Category: Automotive

  • Extu CEO Nichole Gunn Named 2026 Georgia Titan 100 Honoree for Second Consecutive Year

    Nichole Gunn, CEO of Extu and a member of the Georgia Titan 100 Board, has been named a 2026 Georgia Titan 100 for the second consecutive year

    Each step was intentional, focused on solving the challenges channel business leaders suffer, and building a modern system to address them, and to help them grow.”
    — Nichole Gunn, Global Chief Marketing Officer

    ATLANTA, GA, UNITED STATES, March 4, 2026 /EINPresswire.com/ — Nichole Gunn, CEO of Extu and a member of the Georgia Titan 100 Board, has been named a 2026 Georgia Titan 100 for the second consecutive year.

    The Titan 100 is a national program that recognizes the top 100 CEOs and C-level executives in a particular region. Representing both the private and public sector, these Titans of Industry demonstrate exceptional leadership, vision, passion, and influence in their field.

    This award recognizes Ms. Gunn’s continued advancement of Extu’s platform-first growth strategy, aligning revenue, operations, and go-to-market execution around a single objective: delivering measurable channel performance for manufacturers and distributors.

    She led the vision and evolution of the Partner Experience Platform, a unified Channel Intelligence platform that connects channel marketing, sales incentive programs, and performance data into a structured operating model for B2B manufacturers. The platform was built to address a longstanding challenge in the channel: providing full-funnel attribution and transparency through the channel from a single out-of-the-box solution.

    At the same time, Gunn has guided Extu through a broader strategic evolution, modernizing a decades-old business model into a hybrid of proven profitability and next-generation capability. As the Partner Experience Platform enters the market, the company is scaling the platform, operationalizing AI across core functions, and positioning the organization for sustainable long-term growth.

    Under Gunn’s leadership, Extu has focused on replacing fragmented programs with disciplined systems that connect partner engagement directly to measurable business results. By strengthening accountability across revenue streams and execution, the company reinforced its ability to help customers move from assumptions to proof.

    “Each step was intentional, focused on solving the challenges channel business leaders suffer, and building a modern system to address them, and to help them grow,” Gunn said.

    Gunn’s second consecutive recognition reflects a leadership approach centered on clarity, execution discipline, and measurable outcomes for customers navigating complex channel ecosystems.

    Jenn Burkhardt
    Nebo Agency on behalf of Extu
    extupr@neboagency.com
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  • Truck Drivers Injured by Manual Landing Gear Cranking: New Automation Technology to Be Presented at MATS 2026

    New automated landing gear technology aims to reduce driver strain while improving trailer security; live demonstration scheduled at MATS 2026 ProTalks.

    Automation should protect drivers as much as cargo. EM6000Auto eliminates manual landing gear cranking while securing trailers against unauthorized movement.”
    — Ratan Baid, CEO, Trinetra Guard

    COSTA MESA, CA, UNITED STATES, March 4, 2026 /EINPresswire.com/ — While cargo theft continues to dominate industry headlines, another overlooked operational risk is quietly affecting truck drivers across North America: injuries caused by manual trailer landing gear cranking.
    At the upcoming Mid-America Trucking Show (MATS 2026), Trinetra Guard CEO Ratan Baid will present a technology solution designed to address both cargo security and driver safety during a ProTalk session scheduled for Friday, March 27 at 10:10 AM at the East Hall – ProTalks Stage.

    The session will introduce the EM6000Auto, an automated trailer landing gear system that eliminates the need for manual cranking while also securing trailers against unauthorized movement.
    A Hidden Injury Risk in the Trucking Industry
    Every day across the trucking industry, drivers manually crank trailer landing gear when coupling or uncoupling trailers. For many drivers, this repetitive motion occurs dozens of times per week.
    Over time, the physical strain can lead to:
    • Shoulder injuries
    • Lower back strain
    • Wrist and elbow stress
    • Fatigue-related injuries
    These repetitive strain injuries contribute to lost productivity, workers’ compensation claims, and driver fatigue.
    “Manual landing gear cranking has been part of trucking for decades, but it places unnecessary strain on drivers,” said Ratan Baid, CEO of Trinetra Guard. “Automation can remove that physical burden while improving operational efficiency.”
    ________________________________________
    Introducing Automatic Landing Gear Lift
    The EM6000Auto introduces automated landing gear lift functionality, allowing drivers to raise and lower landing gear without manual cranking.
    The system is designed to improve driver ergonomics while also reducing the time required during trailer coupling procedures.
    Benefits include:
    • Reduced physical strain on drivers
    • Faster coupling and uncoupling
    • Improved driver comfort
    • Lower injury risk
    • Potential reduction in workers’ compensation exposure
    In an industry facing persistent driver shortages, technologies that reduce physical strain may also contribute to improved driver retention.
    Added Security: Preventing Unauthorized Trailer Movement
    Beyond driver safety, the EM6000Auto integrates hardened landing gear security technology designed to deter cargo theft.
    The system automatically locks the trailer landing gear to prevent unauthorized movement. Only authorized drivers can unlock the system using secure access methods such as:
    • Mobile phone authentication
    • RFID credentials
    • One-time passcode (OTP) keypad entry
    • Remote portal authorization
    The device is visibly mounted on the landing gear and built with a hardened structure that makes removal difficult without heavy-duty cutting equipment.
    This visible deterrent increases risk and time exposure for potential theft attempts.
    Addressing Two Major Fleet Risks at Once
    The trucking industry is currently facing two major operational challenges:
    1. Rising cargo theft incidents
    2. Driver injury and fatigue
    The EM6000Auto was designed to address both risks simultaneously.
    “Technology should not only protect cargo — it should protect drivers as well,” Baid said. “By automating landing gear and securing trailers, fleets can improve safety, efficiency, and risk management.”

    MATS 2026 ProTalk Session
    The Mid-America Trucking Show remains one of the largest trucking industry gatherings in North America.
    During the March 27 ProTalk session, Baid will demonstrate how automated landing gear systems and hardened trailer security technology can improve both fleet safety and cargo protection.
    Fleet operators, safety managers, insurers, and technology leaders attending MATS are encouraged to attend the session.

    Event Details
    Event: Mid-America Trucking Show (MATS 2026)
    📍 East Hall – ProTalks Stage
    📅 Friday, March 27, 2026
    ⏰ 10:10 AM
    Product information and video:
    https://trinetraguard.com
    Private meetings and demonstrations can also be scheduled during the show.
    ________________________________________
    About Trinetra Guard
    Founded in 2014, ELD Mandate develops fleet technology solutions focused on compliance, safety, and security. Through its Trinetra Guard division, the company develops trailer protection and automation technologies designed to reduce operational risk and improve fleet efficiency.
    For more information:
    https://trinetraguard.com

    Ratan Baid
    ELD Mandate
    +1 949-257-3772
    email us here
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    EM6000Auto: Automatic Landing Gear Lock That Prevents Trailer Theft

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  • Zonar Accelerates Its Next Chapter with Executive Leadership Appointments Focused on Customers, Innovation, and Growth

    SEATTLE, WA, UNITED STATES, March 4, 2026 /EINPresswire.com/ — Zonar announced today several executive leadership appointments that signal the company’s next phase of growth as a more connected, customer‑driven fleet management technology leader.

    Shelby Noakes will transition into the role of Chief Customer Officer, sharpening Zonar’s focus on customer experience, partnership, and long‑term loyalty. Zonar has also appointed Rob Consoli, Chief Revenue Officer, Rachel Trindade, Chief Marketing Officer, and Michael Chase, Senior Vice President of Operations, to executive leadership roles.

    These changes mark the next evolution of Zonar following the merger with GPS Trackit and acquisition of ez enRoute, as the company brings together expanded platforms, teams, and customers under a single, unified strategy built around customer outcomes.

    “Fleet operators are tired of hype. They want results fast, with a partner who answers the phone and fixes what matters. They want a partner who cares about them long after the ink dries on the contract and who will provide value all the way throughout their journey,” said Charles Kriete, Chief Executive Officer of Zonar. “While Zonar has always been known as the most customer-obsessed company in our industry, these appointments further heighten how Zonar shows up for customers every day, with more speed, more accountability, more insight, and more follow‑through.”

    The Next Evolution of Zonar
    As fleets face increasing complexity, Zonar is moving decisively to optimize collaboration across operations, product, go‑to‑market, and customer experience. The company’s leadership evolution reflects a commitment to creating and driving experiences customers love including fully integrating and optimizing AI capabilities and ensuring continued innovation on the new Zonar Ignition platform.

    Zonar is expanding both its reach and its drive to deliver a more consistent, connected experience across fleet types and market segments. These leadership changes ensure the organization is structured to move faster, listen closer, and deliver more value to customers.

    Executive Leadership Driving Change
    Shelby Noakes, Chief Customer Officer, leads Zonar’s customer experience, success, and engagement strategy. As a dedicated advocate for customers, he ensures customer feedback and outcomes directly shape product development, service delivery, and operational priorities. Before Zonar, Noakes held senior leadership roles at GPS Trackit and T-Mobile, where he led IoT and connected device initiatives, and previously served in leadership positions at Wyless and Rogers Communications.

    Rob Consoli, Chief Revenue Officer, oversees Zonar’s revenue and go‑to‑market strategy across direct and partner channels. He brings a customer‑first approach to building long‑term relationships that deliver measurable value for fleets while supporting Zonar’s continued expansion. Consoli has held executive revenue leadership roles at Element, Skuid, Liaison Technologies, I.D. Systems, SAP, and Assembly Software, helping multiple technology companies scale revenue and achieve successful exits across SaaS and enterprise markets.

    Rachel Trindade, Chief Marketing Officer, leads Zonar’s marketing and brand strategy with a focus on customer insight, differentiation, and growth. She brings deep experience translating customer needs into clear positioning and go‑to‑market execution that helps Zonar stand out in a crowded category. Trindade previously served as CMO at FlavorCloud and Extensiv, and held senior marketing leadership roles at Teletrac Navman and HireRight, leading high growth B2B SaaS organizations through scale, transformation, and integration.

    Michael Chase, Senior Vice President of Operations, brings extensive experience leading operational scale, platform reliability, and cross‑functional execution. He is focused on building the operational foundation that enables Zonar to innovate quickly while delivering dependable performance at scale. Prior to joining Zonar, Michael served as COO of Kinard Technologies and held key leadership roles at Edge Networks and Tessco Technologies.

    A Unified Strategy for Growth and Partnership
    Together, these executive changes support Zonar’s broader strategy to:
    – Deepen customer focus by aligning leadership, operations, and innovation around real customer needs;
    – Drive innovation through tighter collaboration between product, operations, marketing, and revenue teams;
    – Improve customer experience across onboarding, deployment, support, and long-term engagement;
    – Operate with precise focus to challenge the status quo in fleet management technology.

    “This team represents where Zonar is headed,” said Kriete. “We are building a company that listens closer, pays attention, moves faster, and partners more closely with customers who are doing critical work every day.”

    About Zonar
    Zonar combines a unified fleet management platform with reliable telematics hardware and always-on human support, giving mission-critical fleets precise, trustworthy data to improve safety, ensure compliance and reduce operating costs. Proven every day in pupil transportation, where it safeguards millions of children, Zonar’s technology and partnership deliver the trust, transparency and confidence public-sector, field service and vocational fleets need to perform when it matters most. To learn more, go to www.zonar.com.

    Rachel Trindade
    Zonar
    media@zonarsystems.com

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  • Coex Opens AW 2026, Accelerating AI-Driven Industrial Transformation

    This year’s edition marked the largest edition ever, featuring 500 companies from 24 countries across 2,300 booths, with 80,000 visitors expected

    SEOCHO-GU, SEOUL, SOUTH KOREA, March 4, 2026 /EINPresswire.com/ —
    – Boston Dynamics’ “Atlas” (non-commercial model) to be unveiled to the public in Korea for the first time
    – Launch of AI Factory Pavilion and the first-ever China Humanoid Robot Conference
    – More than 200 specialized conferences held concurrently, covering industrial intelligence and AI-driven autonomous manufacturing
    – Expanded demonstrations of humanoid and logistics robots, presenting real-world applications in manufacturing environments

    Coex President Jo Sang Hyeon announced that “Smart Factory + Automation World(AW) 2026, Asia’s leading manufacturing AX expo, will take place from March 4 to 6 at Coex, Seoul. The three-day event will occupy the entire Coex venue and mark the largest edition in the show‘s history.”

    Under the theme “Autonomy, the Driver of Sustainability”, AW 2026 signals a strategic shift from a traditional smart factory and digital transformation(DX) focused exhibition to a next-generation industrial platform centered on AI and humanoid-driven autonomous manufacturing.

    This year’s exhibition will feature 500 companies from 24 countries across 2,300 booths, showcasing advanced AI-powered manufacturing and automation technologies. Key highlights include AI solutions for manufacturing, humanoid robotics, industrial and collaborative robots, digital twins, machine vision technology, and sensor technologies – demonstrating how AI is transforming the smart manufacturing ecosystem.

    Entering the Era of Physical AI: Autonomous Manufacturing (AX) Driven by Intelligent, Self-Learning Systems
    A central theme of this year’s exhibition is ‘Physical AI’ and ‘Humanoids’. Moving beyond software-centric applications, generative and industrial AI are now being embedded directly into robots, production facilities, and assembly lines – bringing intelligence directly into the physical layer of manufacturing.

    Through these demonstrations, the exhibition presents practical models of autonomous manufacturing in which factories operate with greater intelligence and adaptability, with minimal human intervention.

    At the newly established AI Factory Pavilion in THE PLATZ, visitors can experience live demonstrations of AI-powered factory operation models integrating vision AI, digital twins, and data-driven process control solutions. Leading manufacturing AI companies – including POSCO DX, CJ Olivenetworks, and Doosan Corporation Digital Innovation BU – are participating in the pavilion, highlighting how AI is transforming industrial production environments.

    Smart Logistics Pavilion to Feature First-Ever Public Display in Korea of Boston Dynamics’ Non-Operational “Atlas”
    At the Smart Logistics Zone in Hall D, advanced logistics automation technologies take center stage. Hyundai Motor Group’s Robotics LAB will unveil the CES 2026 Best of Innovation Award-winning mobile robot platform ‘MobED’ in Korea for the first time.
    Hyundai Glovis will demonstrate its physical AI-based logistics automation and integrated equipment control system—“End-to-End Automation”—in a live industrial setting. The company will also unveil, for the first time in Korea, a non-operational model of Boston Dynamics’ humanoid robot “Atlas” to the public.
    Hyundai Movex will present its autonomous driving-based logistics automation solutions, while T-ROBOTICS will showcase its self-developed industrial humanoid robot, marking its first public exhibition appearance. In addition, major global robotics companies are participating, including FANUC, the world’s leading industrial robot manufacturer; Universal Robots, a pioneer in collaborative robotics; and Geek+, a leader in autonomous mobile robot (AMR)-based logistics automation. Together, these companies highlight the latest technological advancements shaping the manufacturing and logistics industries.

    AW to Host Its First-Ever “China Humanoid Robot Conference”
    More than 50 global humanoid and robotics companies will participate in this year’s exhibition, underscoring the industry’s growing focus on humanoid-driven autonomous manufacturing. On March 4, AW 2026 will host the China Humanoid Robot Conference, bringing together leading Chinese humanoid companies, including Unitree, Fourier, Leju, and Huawei. The conference will address commercialization strategies and global industry trends in the rapidly evolving humanoid robotics sector.

    The conference will feature keynote sessions by leading executives from major Chinese humanoid robotics companies, including Zhou Bin, Co-founder of Fourier; Ren Guangjie, Head of Solutions at Leju; Jiang Chengyi, Head of Solutions at Unitree; and Daniel He, Senior AI Architect at Huawei.
    Under the theme “How Can Huawei Enable Embodied AI Transformation in the AI Era”, Daniel He will deliver a special keynote addressing the evolution of embodied intelligence and its industrial applications.
    The session will conclude with a panel discussion moderated by Hyung-kwan Shin, CEO of the China Capital Markets Lab, bringing together participating executives to explore commercialization strategies, cross-border collaboration, and the future direction of the humanoid robotics industry.

    Visitors will also have the opportunity to witness live demonstrations of advanced humanoid robots, including AGIBOT’s X2 and G2 models, developed by the world’s leading humanoid robotics company in terms of global shipments and market share. Other showcased platforms include Unitree’s G1 and Leju’s Kuavo 4th Generation Pro humanoid robot, offering attendees a comprehensive look at the latest humanoid technologies in action.

    Beyond the exhibition floor, more than 200 specialized conference sessions will be held during the event, including the 2026 Industrial Intelligentization Conference and the AI Autonomous Manufacturing Innovation Conference. The Korea International Trade Association will also host a 1:1 Business Meeting. A total of 24 buyers from eight countries have been invited to facilitate direct business meetings with participating Korean companies.

    Coex President Jo Sang Hyeon stated, “AW 2026 will serve as a platform presenting the direction of the ‘Physical AI era,’ where AI moves beyond software and integrates directly with industrial environments.” He added, “Coex will continue strengthening its role as a global industrial platform driving AI-powered manufacturing transformation and the expansion of autonomous production systems.”

    AW 2026 is co-organized by Coex, Korea Industry Intelligentization Association, Korea Smart Manufacturing Office, Korea Machine Vision Industrial Association, Chomdan INC., and Korea International Trade Association.

    Jenny Kim
    COEX
    +82 260008092
    email us here
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  • How Bottom Loading Arms Minimize Spillage and Vapor Emissions

    LIANYUNGANG, JIANGSU, CHINA, March 4, 2026 /EINPresswire.com/ — In the modern energy and chemical logistics landscape, the dual imperatives of environmental stewardship and operational safety have shifted industry standards toward more closed-loop, efficient handling technologies. Lianyungang Hechang Machinery Co., Ltd., a global leader in fluid transfer solutions, is highlighting the critical role of advanced bottom loading technologies in achieving these goals. By deploying the Bottom truck loading arm for fuel tankers, terminal operators can drastically reduce hazardous vapor emissions and eliminate the risk of product spillage, ensuring compliance with increasingly stringent global environmental regulations.

    The Transition from Top to Bottom Loading
    Historically, top loading was the industry standard, involving an operator climbing onto a tanker and inserting a downfill tube through an open manhole. However, this method inherently exposes the product to the atmosphere, leading to significant Volatile Organic Compound (VOC) emissions and increasing the risk of static electricity discharge.
    Lianyungang Hechang Machinery Co., Ltd., established in 2009, has been at the forefront of the transition to bottom loading. With over 6,000 successfully completed projects, the company has demonstrated that moving the connection point from the top of the tank to the ground level—utilizing specialized bottom loading arms—is the most effective way to create a “closed-loop” system that protects both the environment and the operator.

    Mechanism of Emission Reduction: The Closed-Loop Advantage
    The primary source of emissions during fuel transfer is the displacement of vapors as the tank fills. In a traditional top-loading scenario, these vapors escape freely into the air.
    1. Integrated Vapor Recovery Systems
    Hechang’s bottom loading arms are designed to work in tandem with vapor recovery lines. As the fuel enters the bottom of the tanker, the rising liquid level pushes the existing vapors through a dedicated return line. This closed-loop prevents VOCs from escaping into the atmosphere, a critical factor for refineries and chemical industrial parks located near urban centers.
    2. Submerged Loading to Prevent Turbulence
    When liquid is dropped from the top of a tank (splash loading), it creates turbulence and mist, which accelerates vapor generation. Bottom loading arms facilitate “submerged loading,” where the product enters from the base and rises smoothly. This minimizes agitation, keeps the liquid surface calm, and significantly reduces the volume of vapor created during the process.

    Engineering Out the Risk of Spillage
    Beyond emissions, liquid spillage represents a direct financial loss and a severe environmental hazard. Hechang Machinery integrates several fail-safe technologies into their loading arm designs to ensure zero-leakage performance.
    1. Dry-Disconnect Couplers
    The “business end” of a Hechang bottom loading arm features high-performance API couplers. These are designed for “dry-disconnect” operation, meaning that when the arm is uncoupled from the truck, the internal valves close before the connection is broken. This ensures that only a few drops of product—rather than a significant spill—are exposed.
    2. Articulated Swivel Joints and Precision Balance
    A major cause of leaks in traditional hose systems is the stress placed on connections due to misalignment. Hechang’s loading arms utilize high-precision swivel joints that offer a full range of motion. These joints allow the arm to follow the “settling” of the truck as it becomes heavier during loading, maintaining a perfect, tension-free seal at the connection point throughout the entire cycle.
    3. Quantitative Loading Control
    By integrating the loading arms with Hechang’s proprietary quantitative loading control systems, the risk of overfills is virtually eliminated. The system monitors the exact volume of fluid transferred and automatically shuts the primary valve before the tank reaches maximum capacity, providing a digital safety net that complements the mechanical hardware.

    Enhanced Operator Safety and Operational Efficiency
    The shift to bottom loading is not merely an environmental choice; it is a profound improvement in workplace safety.

    Ground-Level Operation: Operators no longer need to climb on top of tankers, eliminating the risk of falls from height—one of the leading causes of injury in terminal environments.
    Static Electricity Mitigation: Bottom loading significantly reduces the generation of static electricity compared to splash loading, which is vital when handling high-volatility fuels and chemicals.
    Faster Turnaround Times: Hechang’s intelligent auto-alignment and quick-connect features allow operators to connect multiple arms simultaneously. A single operator can manage several loading bays from a safe distance, increasing the throughput of the terminal without compromising safety.

    Hechang’s Full Life-Cycle Service Commitment
    Lianyungang Hechang Machinery Co., Ltd. does not simply manufacture hardware; it provides comprehensive system solutions. The company’s “Full Life-Cycle” approach ensures that the environmental and safety benefits of bottom loading arms are maintained for decades.
    Engineering Design and Customization
    Every terminal has a unique footprint. Hechang’s engineering team provides technical consulting and custom design to ensure that loading arms—whether standard, gantry, or cryogenic LNG types—fit perfectly within the existing infrastructure of oil and gas terminals or tank farms.
    Inspection, Testing, and Maintenance
    To guarantee the continued minimization of emissions, regular inspection is required. Hechang provides on-site installation guidance and rigorous testing to ensure that all seals and vapor return systems are airtight. Their after-sales maintenance programs include periodic swivel joint servicing and coupler seal replacements, ensuring the system remains “leak-free” throughout its service life.

    Global Impact and Industry Application
    To date, Hechang has served more than 2,000 domestic and international clients. Their products are essential components in:
    LNG Receiving Stations: Where cryogenic integrity is paramount.
    Chemical Industrial Parks: Where zero-emission protocols for hazardous substances are strictly enforced.
    Refineries and Storage Terminals: Where high-volume throughput demands the highest levels of reliability.
    By choosing Hechang’s bottom loading solutions, companies are investing in a future where energy logistics are cleaner, safer, and more profitable. The integration of pneumatic, electric, and hydraulic intelligent systems further positions Hechang as a leader in the “Smart Terminal” revolution.

    Conclusion: Setting the Standard for Fluid Transfer
    As the global energy industry moves toward a “Net Zero” future, the technology used at the loading rack will be under the microscope. Lianyungang Hechang Machinery Co., Ltd. continues to prove that with the right engineering, the industry can eliminate the trade-off between efficiency and environmental protection. Through the use of advanced Bottom truck loading arms, Hechang is helping the world’s leading energy companies minimize their footprint while maximizing their operational potential.
    For detailed technical specifications, project case studies, or to request a consultation for your terminal’s loading system requirements, please visit our official website.
    Contact Information: Lianyungang Hechang Machinery Co., Ltd.
    Official Website: https://www.chinaloadingarm.com/

    Lianyungang Hechang Machinery Co.,Ltd
    Lianyungang Hechang Machinery Co.,Ltd
    + +8615261392066
    lyg_loadingarm@lyghechang.com

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  • Vitrek Launches New Test & Measurement Solutions Catalog

    Showcases Advanced Electrical Safety & High-Voltage Testing Technologies

    LOCKPORT, IL, UNITED STATES, March 4, 2026 /EINPresswire.com/ — Vitrek, a U.S.-based manufacturer of high-performance electrical safety and precision measurement equipment, announced the release of its newly updated Electrical Safety Test & Measurement Solutions Catalog.

    Widely regarded as a trusted industry reference, the catalog supports global manufacturers, national laboratories, government agencies, universities, and distributors who depend on Vitrek expertise in high-voltage testing, noncontact measurement, metrology, engine balancing, and high-speed data acquisition.

    “Vitrek has built its reputation on precision, performance and trust,” said Chad Clark, Vitrek’s Vice President of Sales. “This updated catalog reflects the depth of our portfolio and makes it easier for customers worldwide to identify solutions that meet today’s increasingly rigorous performance and compliance requirements.” The new edition—available online at Vitrek.com and through authorized Vitrek sales representatives—provides comprehensive overviews of the company’s U.S.-designed and manufactured product portfolio, including:

    – Hipot testers, including the new V10x Series
    – High Voltage switching & cable test systems
    – Precision power analyzers
    – High-voltage measurement systems
    – Teraohmmeters and insulation resistance testers
    – DC electronic loads Precision power analyzers
    – QT Insite™ test management software

    Each section includes global standards support, application guidance, key features and benefits, model comparison charts, and detailed specifications—helping engineers, quality managers, and procurement teams confidently select the right solution.

    Vitrek technologies support critical industries including aerospace and defense, automotive, medical device manufacturing, industrial equipment production, calibration laboratories, and research and development. The updated catalog underscores the company’s continued commitment to precision, regulatory compliance, and innovation across highly regulated markets.

    View the new catalog at Vitrek.com

    Suzy Abbott
    Vitrek
    +16095589416 ext.
    email us here
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  • Top Parking Air Conditioner Manufacturers Driving Change in the Commercial Vehicle Cooling Market

    ZIBO CITY, SHANDONG PROVINCE, CHINA, March 4, 2026 /EINPresswire.com/ — The market for parking air conditioners has grown steadily over the past several years, pushed by stricter idling regulations, rising fuel costs, and growing demand from long-haul trucking, construction, and outdoor recreation sectors. What was once a niche product category has become a competitive global industry, with manufacturers across China, Europe, and North America racing to develop more efficient, durable, and cost-effective solutions.

    1. A Market Built on Practical Demand

    Parking air conditioners, also known as no-idle air conditioning units, are designed to cool or heat a vehicle cabin without running the main engine. They are widely used in commercial trucks, RVs, agricultural machinery, and off-road vehicles. The appeal is straightforward: drivers can rest in a comfortable environment without burning diesel or racking up engine hours.

    According to industry research, the global parking cooler and air conditioner market was valued at over USD 1.5 billion in recent years and is projected to continue growing at a compound annual growth rate of around 6 to 8 percent through the late 2020s. The growth is particularly strong in North America and Europe, where anti-idling laws have made no-idle cooling equipment a compliance necessity rather than just a comfort option.

    In the United States, for example, more than 30 states have idling restriction laws for commercial trucks, with violation fines ranging from a few hundred to several thousand dollars per incident. This regulatory environment has been a consistent tailwind for the parking AC segment.

    2. What Leading Manufacturers Are Producing

    The product range within the parking air conditioner category has expanded considerably. Core offerings typically include rooftop-mounted air conditioning units, underbunk systems, compressor-driven coolers, and auxiliary heaters. Battery-powered systems have gained traction as electric and hybrid commercial vehicles become more common, while diesel-powered units remain dominant in markets where grid access is limited or infrastructure is underdeveloped.

    Manufacturers competing at the top of the market generally offer more than just cooling. Many now bundle their parking AC systems with auxiliary heating products. Diesel Air Heater units, for instance, are often sold alongside or integrated with parking cooling systems, allowing fleet operators to address both summer and winter cabin comfort with a single supplier relationship. This kind of product pairing has become a standard sales strategy among leading brands.

    On the consumer and overlanding side, there is also growing interest in compact refrigeration solutions for vehicles. Car Fridge units that can operate efficiently on 12V or 24V power systems have seen strong demand from truck drivers, campers, and off-road travelers, adding another dimension to the broader vehicle thermal management product category.

    3. What Sets Top Manufacturers Apart

    The companies that have established themselves as leaders in the parking air conditioner space share several common characteristics.

    First, they have invested in meeting international certification standards. CE marking is required for products sold in the European Union, while products entering the North American market often need ETL or UL certification. Manufacturers without these credentials are typically locked out of premium distribution channels and fleet procurement programs.

    Second, top manufacturers maintain tighter control over their supply chains. Compressors, condensers, electronic control units, and wiring harnesses each carry their own quality risks. Manufacturers that source key components in-house or from verified long-term suppliers tend to have lower warranty claim rates and stronger after-sales reputations.

    Third, product testing under real-world conditions is a differentiator. Ambient temperature performance, vibration resistance, and noise output are all factors that fleet managers evaluate when sourcing parking AC equipment. Manufacturers that publish verifiable test data — such as BTU output at 45 degrees Celsius or noise levels measured in decibels — tend to win more confidence from institutional buyers than those relying on general marketing claims.

    4. Qingdao Donjelion International Trade Co., Ltd. as a Representative Player

    Among the manufacturers that have built a recognizable presence in the global market, Qingdao Donjelion International Trade Co., Ltd. represents a common profile of a China-based exporter that has expanded beyond domestic sales into international trade channels. The company supplies parking air conditioning products to buyers across multiple regions, with particular activity in markets across Southeast Asia, the Middle East, and parts of Europe.

    What positions companies like Qingdao Donjelion within the competitive landscape is their ability to offer factory-direct pricing on a product range that covers multiple application scenarios, while also maintaining responsiveness to customization requests from wholesale buyers and distributors. For mid-sized fleet operators or regional distributors looking for competitive unit economics without sacrificing basic quality standards, this type of manufacturer occupies a practical middle ground in the market.

    5. Industry Trends Reshaping Competition

    Several trends are actively reshaping how manufacturers compete in this segment.

    Electrification is the most discussed. As battery energy density improves and 48V electrical architectures become more common in commercial vehicles, all-electric parking cooling systems are becoming viable for a broader range of use cases. Manufacturers that have been slow to develop battery-compatible products risk losing ground as fleet electrification accelerates.

    Energy efficiency standards are also tightening. In the European Union, the shift toward lower global warming potential refrigerants — particularly the move away from R134a toward R452A or CO2-based systems — is already affecting product development timelines and costs for manufacturers serving that market.

    Smart connectivity is another area of investment. Parking AC units with remote monitoring, timer scheduling via mobile app, and integration with fleet telematics systems are increasingly expected by larger commercial fleet customers. This is raising the technology floor across the industry.

    Manufacturers that are positioning for the next phase of competition are those that treat these not as optional upgrades but as baseline product requirements for the markets they intend to serve.

    6. Challenges the Industry Faces

    Despite favorable demand conditions, parking air conditioner manufacturers face a set of structural challenges.

    Raw material costs remain volatile. Copper, aluminum, and electronic components have seen significant price swings in recent years, compressing margins for manufacturers that have fixed pricing commitments with distributors. Managing these fluctuations requires either strong hedging strategies or flexible contract structures.

    Logistics and lead times became a persistent issue following supply chain disruptions earlier this decade, and while conditions have improved, buyers in North America and Europe now routinely factor sourcing risk into their supplier evaluations. This has benefited manufacturers with established export experience and reliable freight partnerships.

    After-sales support is also an ongoing challenge for export-focused manufacturers. A unit that underperforms or fails in the field creates not just warranty cost but reputational damage in markets where word travels quickly through distributor networks. Companies investing in localized service arrangements or robust remote diagnostic tools are better positioned to retain business over the long term.

    7. Where the Market Is Heading

    The parking air conditioner market is not on a dramatic growth trajectory, but it is on a steady one. Commercial vehicle fleets are expanding in emerging markets, regulatory pressure on engine idling is unlikely to ease in developed markets, and the broader push toward fuel efficiency keeps no-idle solutions relevant. Product innovation — particularly in battery integration and connectivity — will continue to separate market leaders from commodity suppliers.

    For buyers evaluating manufacturers, the key decision criteria will remain consistent: certifications, tested performance data, supply reliability, and post-sale support. Companies that can deliver on all four, at competitive price points, will hold the strongest positions in the years ahead.

    8. Company Brief

    Qingdao Donjelion International Trade Co., Ltd. is a China-based company engaged in the export of vehicle thermal management products, including parking air conditioners and related accessories. The company serves wholesale buyers and distributors across multiple international markets and operates from Qingdao, Shandong Province. Its product portfolio covers a range of applications in commercial trucking, recreational vehicles, and off-road equipment.

    Address: No.150, Zhangbei Road, Guoli Town, Huantai County, Zibo City, Shandong Province
    Official Website: www.trucksparkingac.com

    Zhang
    Qingdao Donjelion International Trade Co., Ltd.
    sales@qd-djl.com

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  • Operational Safety Guide for Automatic Marine Quick Release Hooks in Ports

    LIANYUNGANG, JIANGSU, CHINA, March 4, 2026 /EINPresswire.com/ — As global maritime trade scales to unprecedented volumes, the safety and efficiency of mooring operations have become the cornerstone of modern port management. Lianyungang Hechang Machinery Co., Ltd., a premier provider of energy-industry handling solutions, is proud to release its latest comprehensive operational safety guide. This guide is specifically designed to optimize the use of the Automatic marine quick release hook made in China, ensuring that terminal operators can balance rapid turnaround times with the highest standards of personnel and asset protection.

    The Evolution of Mooring Safety
    Traditional mooring methods often involve manual labor in high-risk zones, where the snap-back of mooring lines poses a lethal threat. Hechang Machinery, established in 2009, has dedicated over a decade to engineering systems that remove the operator from the “danger zone.” By integrating advanced hydraulic and electronic release mechanisms, the modern quick release hook (QRH) has transformed from a simple mechanical fastener into a sophisticated safety device.
    With a portfolio spanning more than 6,000 successful projects, Hechang leverages its deep expertise in oil, gas, and chemical terminals to define the gold standard for QRH operations.

    Core Safety Pillars for Automatic QRH Operations
    1. Pre-Operational Inspection and Testing
    Safety begins long before a vessel approaches the berth. The “full life-cycle service” philosophy championed by Hechang emphasizes that equipment readiness is the first line of defense.
    Visual Integrity: Operators must inspect hooks for signs of metal fatigue, corrosion, or debris that might impede the locking mechanism.
    Load Cell Calibration: For hooks equipped with integrated tension monitoring, ensuring that load cells are calibrated is vital. This prevents “false positives” or undetected overloads during high-wind events.
    Hydraulic Fluid Levels: For automatic release systems, maintaining fluid pressure and cleanliness is essential to ensure the hook opens instantly when the command is given.
    2. Intelligent Tension Monitoring
    One of the primary advantages of Hechang’s automatic systems is the ability to monitor mooring line tension in real-time.
    Threshold Alerts: The system should be programmed with tiered alarms. A “Warning” alert triggers when tension reaches a certain percentage of the Safe Working Load (SWL), while an “Action” alarm indicates immediate risk.
    Dynamic Response: In ports with high tidal ranges or surge issues, intelligent monitoring allows the crew to adjust lines before they reach a breaking point, preventing catastrophic failures.

    3. The Protocol for Emergency Release
    The “Quick Release” function is the most critical safety feature of the hook. However, its use must be governed by strict protocols to prevent accidental deployment.
    Two-Step Verification: Hechang’s automatic systems utilize a coded signal or a physical two-step process (e.g., “Lift Cover & Press”) to initiate a release. This prevents accidental triggering via the Remote Control System (RCS).
    Emergency Power Backup: Safety guidelines dictate that the automatic release must remain functional even during a terminal power failure. Hechang’s systems often include Uninterruptible Power Supplies (UPS) or manual overrides to ensure the vessel can be cast off in an emergency.

    4. Environmental Adaptability and Maintenance
    Operating in harsh saline environments requires specialized care. Whether it is an LNG receiving station or a chemical industrial park, the QRH must withstand corrosive atmospheres.
    Lubrication Schedules: Regular lubrication of pivot pins and moving parts is non-negotiable.
    Explosion-Proof Compliance: Given Hechang’s specialty in the oil and gas sector, all electronic components of the QRH must be maintained to meet ATEX or IECEx standards to prevent ignition in volatile environments.

    Integration with Smart Port Ecosystems
    As ports move toward “Smart Terminal” status, the QRH is no longer a standalone component. Hechang’s fully automatic intelligent loading systems and quick release hooks are designed to interface with the broader port management software. This integration allows for:
    Remote Monitoring: Supervisors can view the status of every hook on the jetty from a centralized control room.
    Data Logging: Post-mooring analysis helps in understanding the stress patterns on the berth, which informs future engineering designs and maintenance cycles.

    About Lianyungang Hechang Machinery Co., Ltd.
    Since its inception in 2009, Lianyungang Hechang Machinery Co., Ltd. has grown into a global leader in storage and transportation system solutions. Specializing in the oil, chemical, and energy sectors, the company provides a comprehensive suite of products, including:
    Marine Loading Arms: Including cryogenic LNG and intelligent auto-alignment models.
    Mooring Solutions: Advanced quick release hooks and gangway systems.
    Loading Systems: Quantitative control and fully automatic intelligent loading systems.
    Infrastructure: Hose handling systems, steel trestles, and floating pontoons.
    With a track record of serving over 2,000 domestic and international clients, Hechang’s commitment to quality is backed by “full life-cycle services.” From the initial technical consultation and engineering design to on-site installation and long-term after-sales maintenance, Hechang ensures that every piece of equipment performs with precision and safety.
    Industry Impact
    Hechang’s products are the backbone of critical infrastructure worldwide, including refineries, pharmaceutical plants, and metallurgy projects. By focusing on innovation—such as the pneumatic and hydraulic intelligent auto-alignment loading arms—the company continues to push the boundaries of what is possible in maritime logistics.

    Conclusion: A Commitment to Zero Accidents
    The safe operation of automatic marine quick release hooks is a combination of superior Chinese engineering and rigorous operational discipline. As Lianyungang Hechang Machinery Co., Ltd. continues to innovate, its primary goal remains clear: to provide the global energy industry with the most reliable, efficient, and safest handling solutions available.
    For more information on the full range of marine and onshore handling equipment, or to consult with an engineering expert on your next project, please visit the official Hechang website.
    Contact Information: Lianyungang Hechang Machinery Co., Ltd.
    Website: https://www.chinaloadingarm.com/

    Lianyungang Hechang Machinery Co.,Ltd
    Lianyungang Hechang Machinery Co.,Ltd
    +86 152 6139 2066
    lyg_loadingarm@lyghechang.com

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    EIN Presswire provides this news content “as is” without warranty of any kind. We do not accept any responsibility or liability
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  • Accuracy and Reliability Analysis of China Fuel Loading Metering Skid Systems

    LIANYUNGANG, JIANGSU, CHINA, March 4, 2026 /EINPresswire.com/ — I. Introduction: China’s Integrated Solution in the Era of Digital Energy Trade
    As global oil, chemical, and LNG markets accelerate toward digitalized and data-driven operations, the requirements for custody transfer accuracy have become increasingly stringent. Energy companies, terminal operators, and regulators now demand not only precise measurement but also full-process traceability, system integration, and intelligent control. Against this backdrop, the China fuel loading metering skid with custody transfer has rapidly emerged as a competitive and reliable solution in international markets.
    A fuel loading metering skid system is a highly integrated, skid-mounted package that combines flow meters, control valves, piping modules, instrumentation, and automation systems into a compact and factory-tested unit. Compared with traditional field-built installations, skid-mounted systems offer faster deployment, improved consistency, and reduced commissioning risks.
    Today, the Fuel loading metering skid system made in China is gaining global attention for delivering high accuracy, operational stability, and strong cost-performance advantages—even in complex and demanding petrochemical environments. Manufacturers such as Lianyungang Hechang Machinery Co., Ltd. are playing a pivotal role in advancing this technological shift.

    II. Accuracy Core: Multi-Dimensional Error Control Technologies
    Precision in custody transfer depends on the coordinated performance of sensors, control algorithms, and compensation models. Chinese metering skid systems have evolved significantly in this regard.
    High-Precision Sensor Integration
    Modern systems typically employ mass flow meters or turbine-type (helical rotor) flow meters depending on fuel viscosity and operating conditions.
    Mass Flow Meters: Particularly suitable for high-value refined fuels and variable-density media. They provide direct mass measurement, minimizing the need for conversion.
    Helical Turbine Flow Meters: Preferred in stable, lower-viscosity applications where high repeatability and cost efficiency are priorities.
    By carefully matching meter technology to fluid characteristics, Chinese skid manufacturers achieve high repeatability and low uncertainty across diverse fuel types.

    Quantitative Loading Control (Batch Controller)
    One of the most critical contributors to metering accuracy is the batch controller. Advanced algorithms developed by companies such as Hechang enable millisecond-level shutoff response. This rapid control capability ensures that the final delivered volume closely matches the preset target.
    Key innovations include:
    Predictive flow cut-off logic
    Adaptive valve timing
    High-speed signal processing
    Overshoot minimization algorithms
    These features significantly reduce end-of-batch errors.
    Multi-Stage Valve Opening and Closing
    Traditional single-step valve operation can create hydraulic shock (water hammer), which introduces measurement disturbance and mechanical stress. Modern Chinese systems adopt multi-stage valve control strategies:
    Soft opening sequences
    Progressive closing curves
    Flow stabilization windows
    This effectively suppresses water hammer effects and maintains metering stability during high-frequency loading operations.
    Temperature and Pressure Compensation Algorithms
    Fuel density varies with temperature and pressure, directly affecting volumetric measurement accuracy. Advanced metering skids continuously monitor process conditions and apply digital compensation to convert volumetric flow into standardized mass values.
    Typical functions include:
    Real-time temperature tracking
    Precision pressure sensing
    API-compliant correction formulas
    Dynamic density calculation
    These capabilities ensure fairness and transparency in commercial custody transfer transactions.

    III. Reliability Analysis: Full Life-Cycle Performance Under Harsh Conditions
    Beyond accuracy, long-term reliability is essential for terminals operating 24/7 under challenging environmental conditions.
    Structural and Material Engineering
    Skid-mounted systems used in coastal refineries and marine terminals must withstand vibration, salt corrosion, and thermal cycling. Hechang’s engineering approach emphasizes:
    High-strength skid frames
    Marine-grade anti-corrosion coatings
    Industrial stainless-steel piping
    Vibration-resistant instrument mounting
    This robust construction enhances durability and reduces lifecycle maintenance costs.
    Core components—including loading arms and quick couplings—are typically validated through rigorous fatigue testing to ensure long-term mechanical integrity.
    Explosion-Proof and Safety Compliance
    Safety remains paramount in oil, gas, and chemical environments. High-quality Chinese fuel loading skids are designed to comply with major international explosion-proof standards such as:
    ATEX
    IECEx
    In addition, integrated safety mechanisms often include:
    Emergency Shutdown (ESD) systems
    Static grounding monitoring
    Overfill protection interlocks
    Hazardous area instrumentation
    These features collectively protect personnel, assets, and the environment.
    Intelligent Maintenance and Life-Cycle Services
    A key differentiator for leading manufacturers like Hechang is the emphasis on full life-cycle service. Through preventive maintenance planning and remote diagnostics, operators can detect anomalies early and minimize unexpected downtime.
    Typical smart maintenance capabilities include:
    Remote performance monitoring
    Predictive maintenance alerts
    Historical data analysis
    Spare parts lifecycle tracking
    This proactive approach significantly improves system availability in high-throughput terminals.

    IV. Industry Applications and Market Validation
    China-built fuel loading metering skid systems are now widely deployed across major energy infrastructure sectors.
    Typical Application Scenarios
    These systems are commonly used in:
    Refineries
    Oil and gas terminals
    LNG receiving stations
    Tank farm depots
    Chemical industrial parks
    Energy engineering facilities
    Their modular design allows flexible adaptation to both truck loading and marine transfer operations.
    Proven Field Performance
    With service provided to more than 2,000 domestic and international clients and over 6,000 completed projects, Hechang’s track record demonstrates the maturity of Chinese skid technology in real-world conditions. These deployments often involve:
    High-flow continuous loading
    High-frequency batch operations
    Multi-product handling
    Harsh coastal environments
    Operational feedback from these projects confirms stable accuracy performance and strong mechanical reliability.
    Intelligent Auto-Alignment Technology
    Hechang’s broader intelligent loading ecosystem incorporates automatic alignment solutions. Using machine vision and sensor feedback, the system can assist in precise positioning during loading operations, reducing human error and improving both safety and efficiency.

    V. Conclusion: From Made in China to Setting Global Benchmarks
    The evolution of China’s fuel loading metering skid systems reflects a broader transformation in the country’s industrial capabilities. Through vertical integration of engineering design, manufacturing, automation, and lifecycle services, Chinese suppliers are helping global energy companies reduce capital expenditure while maintaining high technical standards.
    Looking ahead, the next wave of innovation will focus on:
    Green and low-carbon fuel handling
    Hydrogen energy transfer systems
    Ultra-low-temperature LNG applications
    IIoT-enabled smart terminals
    AI-driven predictive maintenance
    As these trends accelerate, China’s skid-mounted solutions are expected to play an even larger role in shaping the future of global energy logistics.

    VI. Company Profile and Contact
    Founded in 2009, Lianyungang Hechang Machinery Co., Ltd. specializes in loading, unloading, and storage & transportation system solutions for the oil, chemical, gas, and energy industries. The company provides full life-cycle services covering technical consulting, engineering design, equipment manufacturing, inspection and testing, on-site installation guidance, and after-sales operation and maintenance.
    Hechang’s product portfolio includes marine loading arms, tanker loading arms of multiple types, fully automatic intelligent loading systems, quantitative loading control systems, quick release hooks, gangways, hose handling systems, steel trestles, and floating pontoons. These solutions are widely applied across refineries, terminals, LNG facilities, and energy projects worldwide.
    For more information, please visit: https://www.chinaloadingarm.com/

    Lianyungang Hechang Machinery Co.,Ltd
    Lianyungang Hechang Machinery Co.,Ltd
    + +8615261392066
    lyg_loadingarm@lyghechang.com

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    EIN Presswire provides this news content “as is” without warranty of any kind. We do not accept any responsibility or liability
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  • ARS Towing Enhances 24/7 Emergency Roadside and Specialized Transport Services in Southampton

    ARS Towing is a premier provider of professional towing.

    Our priority is transforming a stressful roadside breakdown into a seamless recovery experience through rapid response times, transparent pricing, and damage-free vehicle transport services.”
    — Steven Kuro

    SOUTHAMPTON, PA, UNITED STATES, March 4, 2026 /EINPresswire.com/ — ARS Towing, a premier provider of professional towing and recovery solutions, is proud to announce the expansion of its specialized roadside assistance and long-distance transport services. Operating out of its headquarters at 505 Keystone Rd, Suite E, ARS Towing continues to set the standard for rapid-response vehicle recovery across Bucks County, Montgomery County, and the Greater Philadelphia area.

    In an industry where every minute counts, ARS Towing has integrated advanced dispatch technology to ensure faster arrival times for local drivers stranded on major routes like Street Road and Second Street Pike. The company specializes in:

    Damage-Free Flatbed Towing: Ideal for luxury, AWD, and electric vehicles.

    Specialized Equipment Transport: Reliable hauling for toolboxes and heavy machinery.

    24/7 Roadside Essentials: Including jump starts, lockout services, tire changes, and fuel delivery.

    “Our goal is to be more than just a towing company; we aim to be a dependable partner for our neighbors during stressful situations,” said a spokesperson for ARS Towing. “By maintaining a modern fleet and a central location in Southampton, we provide the safety and transparency that local drivers and businesses deserve.”

    ARS Towing’s commitment to “5-star service” is backed by upfront pricing and a team of licensed, insured technicians trained in the latest recovery techniques. Whether it is a local accident recovery or a long-distance vehicle relocation, ARS Towing ensures every asset is handled with the utmost care.

    About ARS Towing:
    ARS Towing is a family-owned and operated towing and recovery company based in Southampton, PA. Providing a comprehensive suite of services ranging from emergency roadside assistance to specialized equipment hauling, ARS Towing serves the Philadelphia, Bucks, and Montgomery County communities with 24/7 availability.

    Name: Steven Kuro
    Title: Owner
    Phone: 267-230-3637
    Email: dispatch@arstow.com
    Website: www.arstow.com
    Address: 505 Keystone Rd, Suite E, Southampton, PA 18966

    SOUTHAMPTON, PA – As traffic density increases across Bucks and Montgomery Counties, ARS Towing is redefining local roadside response times from its strategic headquarters at 505 Keystone Rd, Suite E. With a focus on “damage-free” recovery and 24/7 availability, ARS Towing has launched a new initiative to provide rapid-response assistance to commuters on high-traffic corridors, including Street Road and Second Street Pike, ensuring that stranded drivers are never left waiting.

    About ARS Towing: > Founded in 2009, ARS Towing is a family-owned and operated leader in professional towing and recovery. Based in Southampton, PA, the company provides a full range of services, including flatbed recovery, specialized equipment hauling, and 24/7 roadside assistance. With a commitment to transparent pricing and state-of-the-art equipment, ARS Towing serves the Greater Philadelphia area, Bucks County, and Montgomery County. For more information, visit www.arstow.com.

    24-Hour Emergency Towing: Rapid response for accidents and breakdowns.

    Flatbed Transport: Safe hauling for all vehicle makes and models.

    Roadside Support: Battery jumps, flat tire changes, and fuel delivery.

    Specialized Hauling: Professional transport for toolboxes and heavy machinery.

    Steven Kuro
    ARS Towing
    +1 267-230-3637
    email us here
    Visit us on social media:
    Instagram
    Facebook
    YouTube
    TikTok

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