Explore our high-performance line of diagnostic multimeters, scanners, and automotive testing systems designed for deep-level ECU programming, system analysis, and sensor diagnostics. Engineered under strict international standards to provide high information gain and reliable diagnostic results.
In the global automotive aftermarket, precision measurement and system diagnostics are the cornerstones of effective maintenance and repair. Shenzhen Kore Auto Co., Ltd. stands as a premier diagnostic multimeter manufacturer and exporter in China. We focus on bridging the gap between raw hardware capabilities and high-fidelity diagnostic data. The integration of automotive diagnostic multimeters with multi-functional oscilloscopes and ECU programmers is reshaping how modern workshops trace electrical issues, perform CAN-bus testing, and verify ECU codes.
As vehicles transition to high-voltage electric propulsion and complex Advanced Driver Assistance Systems (ADAS), the demands on test equipment have grown exponentially. Shenzhen Kore Auto Co., Ltd. addresses this development by delivering ruggedized, high-impedance diagnostic multimeters and diagnostic scan tools that ensure maximum accuracy and safety (CAT III 1000V & CAT IV 600V safety levels). Our R&D investments are designed to support complex diagnostic workflows, making us the primary sourcing partner for distributors and service chains across Europe, the Americas, Asia, and Africa.
The rise of China as the leading hub for diagnostic instrumentation is driven by deep supply chain vertical integration, localized raw material sourcing, and specialized engineering expertise in Shenzhen. Shenzhen Kore Auto Co., Ltd. leverages these structural advantages to provide high-quality diagnostic solutions:
By centering operations in Shenzhen, we source components like high-precision ADCs, ultra-stable resistors, and advanced microcontrollers directly from localized premium suppliers, cutting production cycle times by 35%.
Our factory utilizes automated SMT placement lines and robotic multi-point calibration. Each diagnostic multimeter is calibrated against standards traceable to international labs, ensuring accuracy within ±0.1% for DC voltage.
We offer flexible design cycles for automotive diagnostic tool brands worldwide. We can quickly adapt firmware to local languages, integrate specific OBD communication protocols, and custom-mold diagnostic test leads.
Furthermore, China’s industrial ecosystem fosters collaboration between instrument developers and automotive manufacturers. This feedback loop helps us continuously refine and improve device performance. Shenzhen Kore Auto Co., Ltd. operates at the intersection of these two fields, ensuring our diagnostic multimeters and scanners are ready for modern automotive work environments.
Modern automotive diagnostics is experiencing rapid changes. Traditional OBD-II code readers are transitioning into integrated diagnostic ecosystems that combine electrical measurements, bus analysis, and cloud-connected telemetry. As a forward-thinking diagnostic multimeter exporter, Shenzhen Kore Auto Co., Ltd. monitors these trends closely to design tools that remain relevant for years to come:
EVs utilize high-voltage DC systems ranging from 400V to 800V. Traditional automotive multimeters lack the isolation and safety ratings required for this work. Our new-generation multimeters support CAT III 1000V and CAT IV 600V safety specifications, enabling technicians to safely test battery packs, inverters, and hybrid drivetrains.
Many sensor failures occur as transient glitches that standard digital multimeters cannot capture. Integrating 4-channel automotive oscilloscopes (such as the Autel MaxiScope MP408) with high-speed digital multimeters allows workshops to capture signal wave patterns in real time, making it easier to analyze CAN-bus signal integrity and camshaft/crankshaft alignment.
Modern diagnostics requires the ability to send commands back to the vehicle ECUs. Modern diagnostic platforms (like LAUNCH X431 Pro Star and ANCEL X7 HD) offer bidirectional control, ECU coding, and J2534 pass-thru capabilities, enabling workshops to perform key programming and module flash updates without relying on expensive OEM factory tools.
Additionally, the adoption of CAN-FD and DoIP (Diagnostics over Internet Protocol) has made Ethernet-based communication necessary for modern vehicles. Shenzhen Kore Auto Co., Ltd. integrates these high-speed physical layers into our hardware, ensuring compatibility with the newest vehicles on the road today.
Automotive test systems operate in diverse environments. Here is how Shenzhen Kore Auto Co., Ltd.'s diagnostic tools perform in localized and macro application scenarios across the world:
Commercial fleets face high downtime costs. Using heavy-duty diagnostic scanners (such as the Launch X431 HD or ANCEL X7 HD) combined with high-current
Kore Auto
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