Special Cutters

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[INQ. NO. 2606E19] DTR Co. is consistently expanding its high-quality products, new technologies, total services, and eco-friendly businesses in order to lead change and innovation, and for responding to customers’ needs.

Master Gears
DTR’s Master Gear is the precision tool used to confirm gear accuracy in the automobile and aerospace industries. The master gear is normally used to check gears according to the high quality required in a transmission plant.
The classes of the gears are M1, MO, and MOO, respectively, and they are generally produced by the specifications of DIN 4 [JIS 0]. The master gear can be produced with special designs as customized specifications are used.
It is also possible to make it with lead crowning and profile crowning. Depending on the jig of the master indicator, normally one teeth taper and straight bore is used. Master gears can be affected by increased abrasion, and corrosion resistance by PVD coating.

Broach Cutter
A broach cutter is the cutting tool machining continuously cleaning the internal surface or external surface of the workpiece by several roughing & finishing teeth. It achieves high-precision machining through shorter work time.
Complex machining surfaces are possible as the axes coincide. Skilled labor is not needed for machining, as various conditions like cutting depth per teeth and total cutting depth are set in design & production. Superior finished surfaces with stable dimension accuracy are possible. Workpieces are fixed by the pressure in cutting.
“Since 1976, we have been solely committed to the field of gear-cutting tools, and have now developed new eco-friendly business through continuous research and development. We will not be satisfied with the present, and to achieve this we would rather work closely with our customers,” remarked the company’s CEO.


 
 
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Environmental Analyzers

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[INQ. NO. 2606E18] DXG unveiled its technological capabilities contributing to the realization of carbon neutrality by showcasing various analyzers and environmental monitoring solutions at ENVEX 2026, recently held at COEX in Seoul.
The flagship product presented at ENVEX 2026 was the DGA-X, an in-situ type analyzer utilizing a UV light source. This device, capable of simultaneously measuring three components — NOx, SO2, and NH3 — is DXG’s representative model, boasting a track record of over 1,000 units delivered nationwide. This model is applicable to various processes, including TMS, SCR, and FGD.

Notably, the DGA-X has secured reliability to comply with domestic and international environmental regulations by obtaining domestic-type approval, as well as international certifications such as Germany’s TUV and China’s CCEP. Based on a design tailored to the operating conditions of diverse industrial sites and stable long-term operational performance, it is being utilized in power plants and industrial facilities.

In addition, DXG also introduced the DSM-X, an extractive-type multi-analyzer. The DSM-X integrates UV, NDIR, and Zirconia measurement principles into a single product, thereby enabling simultaneous measurement of NO, NO2, SO2, CO, CO2, and O2 gases. It is characterized by its ability to measure NO and NO2 individually without the need for an NOx converter.
In addition, DXG possesses a diverse range of environmental measurement solutions, including the IoT-based Green Link system for air-pollutant emitting facilities, the TRD-11 online analysis system for the oil-dissolved gases created in transformers, and the VMD-X, which allows for odor monitoring and remote sample collection. Based on these capabilities, DXG is currently exporting to countries in the Middle East and Asia, including Saudi Arabia, India, and Thailand.

Through this exhibition, DXG had the opportunity to promote its automated chimney- measurement technology, aligned with the trend toward carbon neutrality, and to expand exchanges with relevant domestic and international companies in the environmental industrial technology sector. By directly introducing its products at the exhibition site, the company was able to identify new projects and expand global partnerships.
“Based on the references we have accumulated in the Korean market and industrial sites, we are expanding our exports, focusing on the Middle East and Asia. The demand for CEMS and gas analyzers is continuously increasing due to stricter air-quality regulations and advanced emission-management standards in each country,” explained the company’s CEO, adding, “We are targeting China, Southeast Asia, and Saudi Arabia as our main markets.”

 
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High-pressure Cleaning Solutions

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[INQ. NO. 2606E17] CLEAN TECH CO., LTD., a company specializing in high-pressure washers, is attracting keen attention in the industry by providing high-pressure cleaning solutions suitable for various sectors, including steel, semiconductors, chemicals, and food — with a focus on the shipbuilding and marine industries.
In particular, CLEAN TECH solves practical problems at industrial sites based on an equipment lineup that delivers high pressure, while possessing excellent mobility and stability.

Leading the Industry with Site-Customized High-Pressure Washers
Established in Pyeongtaek, Gyeonggi-do, in 2008, CLEAN TECH is a company specializing in the design, manufacturing, and sales of high-pressure washers and high-pressure pumps. Based on over 20 years of field experience, the company provides equipment optimized for working conditions across various industries, thus enhancing the competitiveness of client companies by reducing maintenance costs and improving operational efficiency.

CLEAN TECH’s core competitive advantages lie in its high-output performance and industry-specific product lineups. The company manufactures and supplies products optimized for each industry through a diverse range of washer models, including compact high-pressure washers, cold water types, hot and cold-water types, diesel engine types, explosion-proof types, and ultra-high-pressure types.

Maximizing Mobility, Safety, and On-Site Convenience
CLEAN TECH’s flagship product, the ultra-high-pressure washer MEGA-1500/15, boasts high-performance cleaning capabilities capable of removing not only simple contaminants but also paint on ship surfaces, surface rust, and marine organisms, thanks to its high pressure of 1,500 bar and a powerful discharge rate of 15 liters per minute.

In addition to its powerful cleaning capabilities, another strength of its products lies in their mobility and ease of use. Compared to existing 2-3 ton ultra-high pressure washers with comparable performance, the 1,500 bar class model is approximately three times smaller in volume and weight. Equipped with casters, it offers maneuverability that allows for single-person movement. This reduces the hassle of requiring cranes or forklifts, which are common with stationary equipment, and enables flexible deployment and movement even in confined spaces according to the site conditions.
It enables powerful cleaning even in narrow areas, and features a magnetic structure inside the nozzle to enhance durability against foreign substances. In particular, it adopts a dump-gun system that automatically relieves pressure when the trigger is released during the cleaning process, thus minimizing operator fatigue and ensuring safety.
Additionally, the built-in water tank includes a flow-sensor to handle situations where water is insufficient or overflowing.
This prevents over-operation or water-pressure loss, thereby ensuring both operational stability and equipment durability. Furthermore, stainless steel is applied to the front of the pump to maximize resistance to corrosion, and the design incorporates an internal filter to enable stable operation even under contaminated water conditions.
Meanwhile, CLEAN TECH offers a range of products spanning various pressure levels and capacities. The 1,000 bar/13L product boasts high utility in confined facilities or environments requiring frequent movement, thanks to its compact and lightweight characteristics compared to existing high-output equipment. It addresses the limitations of existing equipment, which was often over-specced and bulky, by ensuring high operational efficiency even in medium pressure ranges.
The 700-bar model was created to address the shortcomings of existing 500-600-bar washers and is optimized for light-load industrial cleaning tasks, such as medium-level rust removal and barnacle cleaning. Combining lightweight design with competitive pricing, it is a useful tool for beginners and sites with budget constraints.
“Our ultra-high-pressure washers are primarily utilized in processes requiring high pressure, such as exterior cleaning, paint removal, and hull corrosion removal for shipbuilding or completed vessels. Our high-pressure technology contributes significantly to shortening work times and improving quality,” remarked a spokesperson for the company.

A Cleaning Partner for Various Industries, Including Chemicals and Secondary Batteries
CLEAN TECH’s products are widely used in various fields, including the shipbuilding and marine industries. In the steel industry, surface cleaning of equipment using medium-pressure (500-bar) washers has become commonplace — while in the food industry, low-pressure (200-bar or less) washers are utilized for hygiene management purposes.

In particular, CLEAN TECH’s dual-use of hot and cold-water washers is being utilized in processes where water usage and temperature control are critical. This product has already proven its performance in the market by generating hot water via an electric heater indoors, and a boiler-linked system in outdoor environments for high-pressure spraying.
CLEAN TECH is focusing on the semiconductor, chemical, and secondary battery sectors. These industries feature various storage and transfer tanks, mixers, and tanks equipped with impeller blades. There are also internal facilities, such as concrete mixers, silos, and power plant chimneys that are physically inaccessible to humans, and not just for safety reasons.
CLEAN TECH has introduced 3D nozzles that can be connected to high-pressure washers and has applied them to various fields, including in the secondary battery and chemical sectors.


 
 
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5-Axis Machining Centers

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[INQ. NO. 2606E16] DN Solutions boasts a diverse lineup of 5-axis machining centers of every size — thanks to 50 years of ceaseless development.
“Now you can boost your business’s competitive edge and achieve higher productivity with our world-beating machining centers. Their excellent machining performance and quality have been proven across a wide range of industries,” remarked the company’s CEO.

High-Productivity Vertical-Machining Centers
With a global installed base comprising more than 30,000 machines, DN Solutions’ DNM series is a popular and proven mainstay in DN Solutions’ product line. With a range of different models, sizes and capacities available, there is always a DNM machine that will meet your needs.
The new DNM series machines are equipped with a larger table, with increased Y-axis travel and higher table loads. Higher productivity is achieved by reducing the tool-change time and improving all axis-feed rates, plus acceleration/deceleration times.

DNM 6700XL, the Latest Product in the DNM Series
DNM 6700XL is a highly productive vertical-machining center equipped with a 2100mm X-axis optimized for the cutting of medium- to large-sized display parts. Featuring productivity improvement with the standardized direct-coupled spindle (8000 r/min, 18.5/11 kW), which is crucial to high-precision cutting, DNM 6700XL drastically reduces spindle vibration and noise generated during high-speed cutting.
Equipped with Doosan Machine Tools’ unique thermal error-compensation feature, DNM 6700XL’s direct-coupled spindle fundamentally prevents heat generation from the spindles, thereby ensuring stable machine operation.
The machining center also minimizes non-cutting time due to faster tool-change time (1.2 seconds). This environmentally friendly machine offers easy operability. The DNM 6700XL adopts a grease lubrication system, instead of oil lubrication, to help improve its work environment and reduce maintenance costs by 60% compared to oil lubrication. Significant improvement in the machine’s operability is realized in the machining center thanks to its multi-machine monitor function that allows an operator to oversee the operation of multiple machines at the same time, in addition to the Easy Operation Package (EOP), the iconic software feature of Doosan Machine Tools.
Advanced cutting-edge mechanical structure design technology is also adapted to the machining center, thus meeting the needs of minimum installation space to enable efficient arrangement of an automated production line. Stable machine operation is guaranteed by the excellent precision and calm work environment developed to meet the trends of increasingly larger LCD panels in the IT market — as well as steady growth of the OLED market, and the broader base structure of DNM 6700XL — while ball screw nut cooling for LM guideways helps the machining center maintain high precision, even during extended periods of operation.
“We have targeted the aerospace and defense industries as our future growth engines. We possess high-precision machine tools specialized for the demands of defense equipment, and sales in this sector grew by over 70% last year. In particular, we anticipate potential benefits from the expansion of the space industry centered on the USA and Europe, as well as demand for post-war reconstruction projects in Ukraine. The space and aviation sectors currently account for 8% of our sales,” explained a spokesperson for the company.

 
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Korean Companies Pioneering Global Markets

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Unveiling New Competitive Exports Items

Korea’s exports of May 2026 reached $87.75 billion, breaking the all-time monthly record. Driven by a super-cycle of demand, the semiconductor sector also recorded its highest-ever performance.

Monthly exports have exceeded $80 bil. for three consecutive months since first surpassing the $80 bil. mark in March.
Exports of non-semiconductor items also showed a steep upward trend, rising by an average of 16%.
As unit prices for petroleum and petrochemical products rose significantly due to the impact of the Middle East war, exports of petroleum products increased by 46.6% to $5.25 bil., while exports of petrochemicals rose by 11.1% to $3.7 bil.
However, automobiles, a key export product, fell by 5.9% to $5.83 bil. due to reduced working days, fires at domestic parts suppliers, and logistical disruptions caused by the Middle East war.

Korean exporters are ceaselessly releasing new products. In their efforts toward accomplishing their export performance goals for this year, creative steps are being taken to pioneer their own potential buyers and markets.

DN Solutions’ DNM 6700XL is a highly productive vertical-machining center equipped with a 2,100mm X-axis optimized for the cutting of medium- to large-sized display parts. Featuring productivity improvement with the standardized direct-coupled spindle, which is crucial to high-precision cutting, DNM 6700XL drastically reduces spindle vibration and noise generated during high-speed cutting.
DXG’s flagship product DGA-X is an in-situ type analyzer utilizing a UV light source. This device, capable of simultaneously measuring three components — NOx, SO2, and NH3 — is DXG’s representative model, boasting a track record of over 1,000 units delivered nationwide. This model is applicable to various processes, including TMS, SCR, and FGD.


 
 
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Hyundai Motor’s

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Hyundai Motor’s New GV70 EV to be Produced in Ulsan

[INQ. NO. 2605M15] Hyundai Motor Company plans to establish a production base at its plant in Ulsan, South Korea, for its GV70’s Extended-Range Electric Vehicle (EREV) — instead of North America. The GV70 EREV is currently under development as a core model for its next-generation electric vehicles. By adding a key future vehicle production line as part of the reconstruction of the Ulsan plant, the company is strengthening its strategy to establish Ulsan as a ‘Mother Factory.’
According to sources in Korea’s automotive industry, Hyundai Motor Company is considering producing the GV70 EREV at its Ulsan plant, a project originally intended for local production in North America. By shifting the base for next-generation electrification production from the United States to Korea, the company is also introducing changes to its global supply strategy.
EREV is an electrification technology where the engine acts as a generator when battery power is insufficient. Unlike Plug-in Hybrid Electric Vehicles (PHEVs), the engine does not directly intervene in propulsion but is used solely for battery charging. It is considered a next-generation electric vehicle that takes conventional hybrid-vehicle power technology to the next level.

Hyundai Motor Company is currently preparing a briefing for the labor union regarding the production of the GV70 EREV at the Ulsan plant. Specifically, plans are underway to soon hold a meeting through labor-management consultations to discuss production volume allocations, deployment plans, and employment impacts.
Given that commercialization of EREVs will take time, Hyundai Motor Company has decided to locate the related facilities at its Ulsan plant, which is currently undergoing reconstruction due to aging infrastructure, instead of at its existing North American plants. This strategy is expected to be fully realized once the new Ulsan EV plant begins operations in the second half of this year.

Reconstruction of Existing Plant Following the New Ulsan Plant
Hyundai Motor’s decision to revise its Extended-Range Electric Vehicle (EREV) strategy and proceed with the production of the GV70 EREV in Ulsan is interpreted as a result of a combination of strategic judgments: redefining next-generation EV production hubs, and strengthening the so-called ‘Korean Mother Factory.’
Initially, Hyundai Motor Company had designated the GV70 EREV as a strategic model for North America and considered local production in the United States. Production at the Alabama plant or the Hyundai Motor Group Metaplant America (HMGMA) in Georgia was considered with a target sales date of 2027. However, the actual production strategy has been readjusted toward a more realistic direction.
As a state-of-the-art production facility equipped with AI-based intelligent control systems and eco-friendly manufacturing methods, the new electric vehicle (EV) plant in Ulsan is expected to gradually expand production from the Genesis GV90 to next-generation electrified models, including future EREVs. By establishing a production system that links the renovation of the existing plant with the new facility, Ulsan is highly likely to be reorganized from a simple production base into an integrated production hub for future vehicles.

Based on this, Hyundai Motor Company plans to diversify its production bases, reduce global supply-chain risks, and simultaneously lay the groundwork for expanding exports of EVs. In the mid- to long-term, the company is considering launching EREV models in the Chinese market. To this end, utilizing production bases in Korea would enhance geographical accessibility, thereby securing logistics and supply efficiency.
Hyundai Motor Company has recently announced plans to invest KRW 125 trillion in the domestic market over the next five years, starting this year ― and is accelerating the modernization of its production lines and the transition to electrification. The company also aims to more than double exports of electrified vehicles from 690,000 units last year to 1.76 million units by 2030.
Hyundai Motor Company had previously embarked on efficiency improvements last year by halting production of the electrified model of the GV70 at its Montgomery plant in Alabama.
Furthermore, the fact that the Genesis brand’s recognition and sales base in the North American market have not yet expanded sufficiently is also acting as a variable. The judgment is that it is more effective to first establish the premium electrified model, the GV70 EREV, in the domestic market ― where brand recognition and sales base are relatively more robust than in North America.
On the other hand, Hyundai Motor Company plans to proceed as scheduled with local production of the Santa Fe EREV, a representative sports utility vehicle (SUV) with a solid demand base in the North American market.


 
 
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EV Fleet Charging Solutions

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[INQ. NO. 2605M14] PUMPKIN Co., Ltd. is Korea’s leading provider in the electric-bus charging market, delivering optimized charging technologies tailored for electric buses and commercial electric vehicles (EVs) ― along with integrated solutions based on Mobility-as-a-Service (MaaS).
Powered by its big data-driven eBAB integrated control system, PUMPKIN offers a comprehensive, one-stop solution that includes real-time charging monitoring; remote fault management; charging efficiency optimization; fire prevention; and maintenance support. Having recently obtained European CE certification, PUMPKIN is now fully prepared to expand into the global market.

Rapid Chargers for Electric Buses
PUMPKIN has manufactured and deployed over 4,000 electric-bus chargers, operating reliably year-round without interruption. Backed by extensive experience and technological expertise, the company leads the industry in electric-bus charging solutions.
Its portfolio includes both sequential and simultaneous charging technologies, with a wide selection of chargers ranging from 140kW to 480kW. Recently, PUMPKIN introduced a high-performance system capable of charging up to four double-decker electric buses simultaneously.

Ultra-Fast Charging System
PUMPKIN’s pantograph-based mobile-robot automatic charging system enables unmanned, high-speed charging for a wide range of large electric mobility vehicles. Utilizing advanced automatic positioning recognition and robotic transport technology, the system ensures precise and efficient operation.
With scalable high-power charging capabilities ― ranging from 480kW up to 600kW ― this solution enhances both safety and operational efficiency. Compared to conventional methods, it reduces maintenance costs, shortens charging time, and minimizes the need for driver intervention.

Integrated Control Solution
The eBAB integrated control platform analyzes over one billion data points in real time, delivering advanced services such as charging history tracking, predictive fault detection, fire prevention, and energy efficiency optimization.
Through these differentiated technologies, PUMPKIN enhances the operational stability of electric buses, reduces overall costs, and maximizes the efficiency of charging infrastructure management ― earning strong trust among its customers worldwide.


 
 
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EV Charging Solutions

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[INQ. NO. 2605M13] Klinelex Co., Ltd. is a leading EV-charging solution provider, actively expanding into India, Southeast Asia, the USA, and the Middle East ― with innovative marketing strategies. Committed to building a sustainable EV-charging infrastructure, Klinelex enhances its global competitiveness through advanced charging technology and operational solutions.
Specializing in EV chargers and smart-charging technologies, Klinelex provides high-quality products and efficient management solutions for corporate- and personal-charging facilities. Klinelex’s offerings include fast and slow chargers, smart charging solutions, control systems, charging apps, and real-time charging information services.

DC Chargers / Fast Chargers
Klinelex manufactures standalone and power-bank-type DC fast chargers with output power of up to 350kW per channel. Its chargers feature compact design, advanced cooling and air conditioning, efficient DC power distribution, and optimized cable management technology, thereby ensuring high performance and reliability.

AC Chargers / Slow Chargers
Klinelex manufactures single- and dual-channel AC chargers with charging speeds of up to 11kW per channel. Its chargers excel in compact design, fault management, efficient AC power distribution, and scheduled charging technology, thus ensuring reliability and user convenience.

Operations Management Solution & Apps
Klinelex provides OCPP-based CSMS, offering a standardized charger interface, charging information management, and driver information management. Its solution ensures seamless integration, smart charging optimization, and efficient data collection & processing.
Klinelex provides Android and iOS-based mobile apps that enable users to conveniently access and manage their charging stations with real-time monitoring and seamless payment options.

AI-Based Intelligent Diagnostics & Technical Support System
Klinelex has revolutionized maintenance quality by developing the industry’s first AI-based EV-Charger Technical Support System. This system integrates over a decade of expertise, including tens of thousands of repair records, technical manuals, and real-time equipment data into a single platform.
When a technician inputs a symptom, the AI analyzes historical data to immediately suggest optimal solutions and necessary parts, thus ensuring high-quality service regardless of the technician’s experience level. By integrating with the CSMS, the system enables real-time status monitoring and proactive maintenance, thereby maximizing charger uptime and customer satisfaction.

Leading the Global EV-charging Industry
Klinelex leads the industry with high compatibility, durability, and reliability. Its SoC display enables easy monitoring, and charging automatically stops at 95% for safety. With Plug & Charge (PnC) functionality, both charging and payment are handled seamlessly.
“All our products meet UL/CE global standards, thus reinforcing our position as a leading export-oriented company. Through continuous technological innovation and AI integration, we are transforming the future of the global EV-charging industry,” said the company’s CEO.


 
 
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Fast Chargers

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[INQ. NO. 2605M12] EVSIS Co., Ltd. is the first electric vehicle (EV) charger company in Korea, and operates the entire value chain ― including EV-charger manufacturing/sales, charging platforms, and maintenance. It is thus currently the No. 1 company in domestic industry sales.
In addition, EVSIS established a U.S. subsidiary and factory in April 2024 to expand its global business, and is currently supplying chargers to other Asian markets such as Japan and Southeast Asia ― in addition to North America.
EVSIS manages global chargers through the global monitoring control system known as the Charge Sync System (C-SYNC), and also performs maintenance.
EVSIS is increasing its global brand awareness through participation in various exhibitions such as CES, EV Trend, Move, and ACT Expo.

Diverse lineups of globally certified DC fast chargers
Based on its manufacturing capabilities of excellent rapid chargers, EVSIS has acquired a diverse lineup of global certifications such as UL, CE, NRTL, NTEP, CTEP, and Energy Star.
The main models are: 30kW (charging time 2 hours) mid-fast chargers (Level 2~3); 100kW (charging time 40 minutes) fast chargers (Level 3); 180/240kW (charging time 20 minutes) fast chargers (Level 3); and 350/400kW (charging time 10 minutes) ultra-fast chargers (Level 4).
Furthermore, EVSIS is on track to complete development and begin supply of its 480kW All-in-One model within Q3,2026, to meet high market demand.
As an integrated system, its 480kW All-in-One model offers superior installation efficiency and supports ultra-fast charging, which positions it as EVSIS’ next-generation flagship model.

EVSIS’ products are equipped with a PLC modem that can communicate with vehicles, allowing the drivers to check their batteries’ real-time charging status and prevent overcharging, thus enabling power control and fire prevention.
The introduction of automatic charging (auto-charging) technology and cable with “Metal Swing” has improved user convenience, and the introduction of an anti-theft system (ATS) has improved safety.
Additionally, in response to the frequent cable thefts in North America, EVSIS successfully developed a specialized cable protection enclosure.
EVSIS has already commenced production and supplied these units to key CPOs, thereby effectively enhancing infrastructure security.
Finally, EVSIS’ models support both the international standard CCS and the North American charging standard NACS, and they are OCCP 2.0.1-certified products, which are the latest communication protocol certifications.
EVSIS’ chargers are standardized products, but EVSIS can also produce customized products according to the requests of the charging business operators.
EVSIS is also supplying charging infrastructure for expanded mobilities such as large-capacity commercial vehicles, heavy equipment, electric buses, and electric ships.
“We are preparing to commercialize a 1MW charger that won the Red Dot Design Award with a charging time of less than five minutes, and we will continue to lead the innovation of charging infrastructure in the future,” explained a spokesperson for the company.


 
 
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Test Equipment for EVs

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[INQ. NO. 2605M11] WOOJIN TECHNOLOGY CO., LTD. is a corporation specializing in automotive test facilities and has been striving to achieve the highest level of technology to ensure customer satisfaction and product quality competitiveness, based on many years of technical cooperation with domestic and overseas companies.
In particular, WOOJIN TECHNOLOGY supplies high-performance dynamometers, including models with 400 kW power, 600 Nm maximum torque, and a maximum speed of 25,000 rpm, for EV motors and ePT development. These are developed in cooperation with overseas companies possessing advanced technologies in EV and HEV test facilities.

WOOJIN TECHNOLOGY continues to grow while taking pride in contributing to customers’ research and technological development by providing high-quality test facilities, including universal inverter drivers and battery simulators (600 kW / 1200 V / 1000 A) for EV powertrain testing.

In addition, WOOJIN TECHNOLOGY offers a module-type bidirectional power supply (hereinafter, ‘multi-charger’), capable of testing various prototype products. The multi-charger is designed to operate 30 kW units (500 V ± 180 A) in configurations of up to three units in series (1500 V), and can be flexibly configured in combinations such as the 2-series 3-parallel, 3-series 2-parallel, and 4-series, etc., as one set.
Furthermore, WOOJIN TECHNOLOGY is developing a mobile charger (50 kW rapid charger) utilizing recycled batteries as part of a government-supported project. This system enables charging in general parking areas and is expected to have strong potential in the future market.
The CEO of WOOJIN TECHNOLOGY stated, “We will continue to fulfill our responsibilities and mission as a company that grows together with our customers by focusing on new technology development, based on our management philosophy of continuous challenge and trust.”
Currently, WOOJIN TECHNOLOGY primarily exports to Japan and is working to expand its export markets to Europe and China in the mid- to long-term.


 
 
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