- Repair shop equipment
- Diagnostic tools
- Car diagnostic equipment
- Other diagnostic equipment
- Diagnostic and repair equipment for engine control modules MetsimPro PRO MAX
-600x600.jpg)
-600x600.jpg)
-600x600.jpg)
-600x600.jpg)
-600x600.jpg)
-600x600.jpg)
-600x600.jpg)
-600x600.jpg)
-300x300.jpg)
-300x300.jpg)
-300x300.jpg)
-300x300.jpg)
-300x300.jpg)
-300x300.jpg)
-300x300.jpg)
-300x300.jpg)
Diagnostic and repair equipment for engine control modules MetsimPro PRO MAX
- SKU: BD16758
- SKU:: MetsimPro PRO MAX
Papildomai galite užsakyti:
Send Message
Inquiry for the Vilnius region
Description
Diagnostic and repair equipment for engine control modules MetsimPro PRO MAX
Country of origin: China, warranty period – 24 months
MetsimPro PRO MAX is professional diagnostic, testing, and repair equipment for engine control modules, designed for auto repair shops, automotive electronics specialists, ECU repair centers, and R&D laboratories. The equipment allows you to test control units on a bench, perform diagnostics without the vehicle, analyze signals, monitor CAN bus activity, and more quickly identify the causes of electronic malfunctions. This is a practical solution for specialists who need a precise, flexible, and professional ECU diagnostics and repair tool.
Technical specifications:
Operating modes: diagnostics, bench-top ECU testing, signal analysis, ECU simulation
Bench testing mode: BenchMaster
Integrated oscilloscope: 2 channels
Integrated CAN analyzer: included
Integrated signal generator: yes
Gateway output: Yes
Real-time voltage comparison of two ECUs: available
ECUInfo function: Available
Plug-and-play connector system: yes
Ability to create custom connection ports: available
ECUSoft integration: yes
Integrated Commander system: yes
The MetsimPro PRO MAX diagnostic and repair equipment for engine control modules is designed for professionals who require more than standard diagnostic equipment can offer. It helps perform ECU testing, signal analysis, communication checks, and control module diagnostics more efficiently when accuracy, speed, and reliable fault detection are critical.








-600x600.jpg)