During the vehicle R&D stage of the main engine factory:
We start from the initial concept of the customer’s product and cooperate closely with the customer to jointly evaluate the feasibility of product design and the batch stability of subsequent production.
- Rapid prototype test molds: CAD and CAE auxiliary design and analysis to ensure the feasibility of the scheme.
- We can assist main engine factories in the preliminary design and development and process evaluation of alloy parts and structural parts for the power section, and can also quickly develop die-casting molds for test prototypes, providing efficient services for the preliminary testing of the main engine factory’s entire vehicle.
- Complete the production of complex rapid test molds within 5-6 weeks.
- Small-batch production of rapid test prototypes can be completed in 3-5 days, providing main engine factories with the fastest parts that are closest to subsequent production.
For mass production, we have 22 sets die-casting machines. For more information, please contact us here
Motors are the source of power in the industrial field. They realize the mutual conversion of electrical energy and kinetic energy through the action of electricity and magnetism. Motors occupy a very important position in the global industrial automation market and are widely used in metallurgy, petrochemicals, electric power, coal, mining, building materials, papermaking, municipal administration, water conservancy, shipbuilding, port loading and unloading, and other fields.
The traditional method of making motor casings is to first die-cast an aluminum alloy blank with machining allowance, and then process the red surface through a lathe to meet the assembly requirements.
Through technological innovation, we optimize mold design and manufacturing, and achieve one-time die-casting forming, which can meet the assembly requirements without inner hole processing. The processing time for a single motor is reduced by at least 1 minute. If the annual demand for a single product is 100,000 units, it will reduce 100,000 minutes. Calculated at 10 cents per minute, a single product can save at least 100,000 × 0.1 = $ 80,000 per year. If calculated based on 10,000 sets of motor molds per year, it will save more than 8 billion in processing costs.