The specialization in the repair of supercharged ships allows us to offer complete high quality technical support to the turbocharger.
Turbochargers improve the performance of an engine by forcing more air into the engine cylinders during the combustion process. The turbocharging process means more fuel can be mixed with the greater quantity of air, allowing more energy to be released which produces higher power.
The growing demands of diesel engines for higher returns have created the need for high quality services that our customers find in us through our high technical training and high-tech investments, respecting the environment.
We have applied to our production process
  1. LASER GLADDING
  2. CNC & MILLING MACHINE
  3. GRIDDING
  4. ULTRASONIC CLEANING
  5. BALANCING
  6. MEASURING
  7. TECHNICAL SUPPORT TO OUR CLIENTS
Laser cladding
Laser cladding is a method of depositing material by which a powdered or wire feedstock material is melted and consolidated by use of a laser in order to coat part of a substrate or fabricate a near-net shape part 
Advantages
  • Best technique for coating any shape => increase life-time of wearing parts.
  • Particular dispositions for  repairing parts.
  • The most appropriate technique for graded material application.
  • Well adapted for near – net – shape
  • Low dilution
  • Low deformation
  • High cooling rate
  • Built part is free of crack and porosity.
Ultrasonic Cleaning
Ultrasonic cleaning is the most effective solution for thorough cleaning of the turborcharger, because it removes burnt oils regardless of the complexity of the supercharger structure. It is the best environmental technique for the cleaning of turbocharger.
Gridding machine
To achieve concentricity bearing seat and the correct surface bearing seat  Rz, Rk, Rpk
Balance
Vibration are the result of unbalanced turbochargers.
Vibration absorbs great portion of the energy produced by the turbo, this energy is wasted because it does not contribute to the overall performance of the engine. Instead, vibration becomes the main source of premature failure in an engine.
 In addition, vibration destroys  the mechanical parts and becomes their main source of premature failure. Sliding, rolling, wing, etc. bearings are destroyed.
Quality Control
During the repairing process, the spare parts is under industrial metrology and spectroscopy . So we use  probes for machine tools, calibration systems to increase the quality of the repair.
SolidWorks is the better choice when working on 3D design it is a strong modeler that is used for 3D design applications and a parametric framework. … Automate repetitive design tasks and improve productivity. Design faster with a massive library of CAD models of commonly used parts and components.