Our processes are certified according to IATF 16949:2016, ensuring high standards in quality management for the automotive industry and other high-precision sectors.

For orders ≤ 1000 USD, we require 100% payment in advance. For orders ≥ 1000 USD, we require 50% payment in advance and the remaining balance before shipment.

Yes, we offer comprehensive one-stop services for motor core laminations, from prototypes to series production. This includes additional services like aluminum casting, injection molding, winding, and magnetic steel integration.

Simply fill out the "Request a Quote" form on our website. Our team will review your requirements and contact you to discuss possible plans and options to meet your needs. We're here to support you every step of the way.

We primarily use cold-rolled non-oriented silicon steel for our motor core laminations. This steel is chosen for its high thermal conductivity, excellent electrical insulation properties, and low magnetic losses. We also offer the flexibility to meet special material requirements through our close collaborations with steel mills.

We can stamp materials with a minimum thickness of 0.2mm, maintaining a high precision with a minimum tolerance of 0.02mm.

We offer three main stamping techniques: compound stamping, high-speed progressive stamping, and interlock progressive stamping. Compound Stamping: Best for low to medium-volume production, balancing time efficiency and cost. Material loss is moderate. High-Speed Progressive Stamping: Ideal for high-volume production with significant time efficiency and lower material loss, but initial tooling costs can be higher. Interlock Progressive Stamping: Optimized for complex designs with excellent material efficiency, though it may require more time and investment upfront. If you have specific needs, feel free to contact us by filling out the "Request a Quote" form, and our team will help determine the best option for your project.

Glue bonding techniques in motor lamination stamping offer several advantages: Reduced Material Loss: Glue bonding minimizes the need for additional fastening materials like rivets or welds, leading to less material waste. Enhanced Structural Integrity: The bonding process creates a uniform and stable structure, reducing the risk of delamination or vibration during motor operation. Improved Efficiency: Glue-bonded laminations have better magnetic properties due to reduced air gaps, which enhances motor performance. Cost-Effective: By eliminating the need for extra materials and reducing assembly time, self-bonding can lower overall production costs.