CT200 Ultrasonic Gasoline Injector Cleaner
This ultrasonic injector cleaner can clean both gasoline and motorcycle injectors (motorcycles only supported by Honda, Yamaha, Suzuki, and Sanyang), and even the fuel system and throttle body. This machine is effective at removing carbon from the fuel system to test for leaks and consistency.
- Integrated control panel
- Glass tubes & pressure gauges
- Durable oil supply pipe
- Ultrasonic cleaning trough
- Standard accessories
Multifunctional control panel
The control panel offers several models to choose from. There is also an LED indicator. The clear menu makes operation very easy.
Glass tubes & pressure gauges
This cleaner is suitable for cars with 6 cylinders (also for 4 cylinders after two glass tubes have become clogged). The combination of glass tubes and pressure gauge makes the test more precise and easier.
Durable oil supply pipe
Equipped with a high-quality Siemens pump, the tube is highly durable, corrosion-resistant, and long-lasting. For safe testing and cleaning of auto-injectors.
Ultrasonic cleaning trough
This machine has a built-in ultrasonic cleaning trough that cleans multiple injectors simultaneously and completely removes carbon deposits from the injector.
Standard accessories
Standard accessories included for vehicle cleaning. These various adapters and couplings can facilitate the cleaning of the vehicle's fuel injectors.
Wide application
This machine can be used in car repair shops, garages, and 4S workshops. It is suitable not only for most cars with gasoline injectors, but also for motorcycles from HONDA, YAMAHA, SUZUKI, and SANYANG (additional accessories required).
- 1 x CT200 Injector Cleaner & Tester
- 1 x accessory kit
- Tank capacity: 2000 ml
- Capacity of the measuring cylinder: 125 ml
- Speed range: 0 - 7500 rpm
- Injection times: 0 - 9900 Step: 100 ms
- PWM pulse: 0 - 20.0 ms Step: 0.1 ms
- System pressure: 0 - 0.6 MPa (adjustable)
- Time: 0 - 20 minutes (adjustable)
- Ultrasonic cleaning power: 70 W
- Ultrasonic cleaning frequency: 28 kHz ± 0.5 kHz