CastingS
What Is casting?
CM-TECHNO manufactures aluminium cast components for motorcycle and engineering applications, with a focus on consistent quality, dimensional accuracy and reliable workmanship. We can also develop cast components from customer drawings, specifications or original samples to meet specific requirements.
Different Types of Casting and the Casting Process
Aluminium Sand Casting
CM-TECHNO manufactures aluminium sand-cast components for motorcycle and engineering applications according to customer drawings, specifications or original samples, with a focus on dimensional accuracy, consistent quality and reliable workmanship.
s.g. iron Casting
CM-TECHNO manufactures SG iron cast components for motorcycle and engineering applications, with a focus on strength, dimensional accuracy and consistent quality. Components can be developed according to customer drawings, specifications or original samples.
Gravity die casting
CM-TECHNO manufactures aluminium gravity die-cast components for motorcycle and engineering applications, with a focus on dimensional accuracy, consistent quality and reliable finishing. Components can be developed according to customer drawings, specifications or original samples.
aluminium Sand casting
- WEIGHT RANGE: 10 GRAMS TO 25 KG PER COMPONENT
- NEW PRODUCT DEVELOPMENT TIME: UP TO 30 DAYS, INCLUDING DESIGN AND DIE DEVELOPMENT. PRODUCTION CAN BE COMPLETED WITHIN 60 DAYS.
- METAL RANGE: NON-FERROUS METALS IN VARIOUS GRADES AS PER CUSTOMER REQUIREMENTS, WITH MATERIAL TEST CERTIFICATES FROM NABL-ACCREDITED LABORATORIES.
S.G. IRON Casting
- WEIGHT RANGE: 100 GRAMS TO 150 KG PER COMPONENT
- NEW PRODUCT DEVELOPMENT TIME: UP TO 30 DAYS, INCLUDING DESIGN AND DIE DEVELOPMENT. PRODUCTION CAN BE COMPLETED WITHIN 60 DAYS.
- METAL RANGE: FERROUS AND NON-FERROUS METALS IN VARIOUS GRADES AS PER CUSTOMER REQUIREMENTS, WITH MATERIAL TEST CERTIFICATES FROM NABL-ACCREDITED LABORATORIES.
Gravity die casting
- The die is preheated and a suitable coating is applied to the die cavity before the molten metal is poured.
- The metal is melted to the required temperature and transferred to the preheated die using a ladle, where it is poured into the die cavity under gravity.
- The molten metal is then poured steadily into the die cavity under gravity, ensuring smooth and controlled filling.
- The molten metal is then allowed to cool and solidify completely inside the die.
- Once the metal has fully solidified, the die is opened and the cast component is carefully removed.
- Finally, the cast component is machined and finished as required to meet the specified dimensions and customer requirements.
