Progressive Stamping Motor Laminations
With more than a decade of experience in progressive stamping motor laminations, Our skilled technicians and advanced stamping equipment can produce laminate stacks that meet the needs of clients.
progressive stamping services
Precision And Innovation
Lamnow offers progressive die design and manufacturing services for the customized customer. Various tonnage high-speed presses stamping high-quality electric motor lamination meet your needs.
Customize Electric Steel Laminations Of Progressive Stamping
Our motor lamination stamping products cater to diverse application areas, including home appliances, power tools, new energy vehicles, industry, rail transportation, and aerospace.
Servo Motor Laminations For Progressive Stamping
Iron core for servo motors applied to various industries, including automatic production lines, robotic arms, aerospace drones, industrial machinery, etc.
Stepper Motor Stator Rotor For Progressive Stamping
Stamping stepper motor rotor and stator laminations are widely used in printers, digital cameras, medical devices, vending machines, and manufacturing.
BLDC Motor Lamination For Progressive Stamping
Brushless DC motor cores mainly apply to automotive motors, such as seat motors, wiper motors, EPS motors, oil pump motors, fan motors, etc.
DC Motor Lamination For Progressive Stamping
DC motor laminate core applications are very wide, including industry, transportation, household appliances, medical equipment, and UAVs.
AC Motor Lamination For Progressive Stamping
It is widely used in air conditioning, washing machines, refrigerators, dehumidifiers, compressors, fans, pumps, conveyors, harvesters, wind turbines, etc.
Inverse-Speed Motor Iron Core For Progressive Punching
Progressive dies punching inverse-speed motor core lamination is widely used in power tools, industrial robots, machine tools, and other fields.
Shaded Pole Motor Lamination For Progressive Stamping
The stator rotor of shaded pole motor is widely used in household appliances, automobiles, railway traffic, aerospace, conveying equipment, and robots.
Linear Motor Lamination For Progressive Stamping
The linear motor core is widely used in maglev trains, subway trains, wind power generators, solar tracking systems, elevators, digital scanners, and printers.
Tubular Motor Stator Rotor For Progressive Stamping
Progressive stamping tubular motor stator rotor cores are used in rolling shutter doors, medical robots, conveyor belts, printers, scanners, etc.
Induction Motor Lamination For Progressive Stamping
Induction motor cores are widely used in electric vehicles, railway locomotives, fans, compressors, washing machines, water pumps, and industrial machinery.
Progressive Toolings Design And Manufacture
With a keen focus on innovation, our expert team employs state-of-the-art technologies to design and fabricate progressive stamping tools that elevate production capabilities.
From concept to completion, our design and manufacture phase integrates advanced CAD/CAM software, wire cutting, and grinder to optimize tool geometry and enhance overall performance.
The manufacturing process leverages high-quality steel and carbide materials and meticulous craftsmanship to produce durable, reliable, and high-speed stamping dies.
Our progressive die stamping tooling has 600 per minute stamping speed and reaches 200 million strikes life.
Lamination Stacks Progressive Stamping Process
Progressive stamping produces a complete part with no secondary operation. It is a cost-effective way to mass-produce motors, generators, and transformers. Though dies take a long time to build and cost more, the electric motor laminations produced in this way have a very good consistency.
Electrical steel material is precisely slit to the desired width and then loaded into the progressive stamping system. This involves processes like slitting, de-coiling, and flattening or straightening to ensure optimal material readiness.
The feeding stage initiates as the prepared material is introduced into the high-speed press stamping system. Progressing through various stations, each dedicated to shaping specific part features, the material undergoes a seamless transition.
The heart of the process lies in stamping, where the steel strip moves through die stations. Each station imprints different features on the material until, in the final station, the part is punched from the strip and carefully harvested from the die.
Post-stamping processes add refinement to the laminations. Welding, bonding, and other finishing techniques are employed to guarantee that the final products meet the stringent requirements and standards outlined in the manufacturing process.
Benefits Of Progressive Die Stamping Motor Core
Progressive die stamping for motor laminations offers a myriad of benefits, making it a preferred manufacturing process in the power tools and automotive industries. Here are some key advantages:
Cost Efficiency
The progressive die stamping process produces high quantities, reducing the per-unit cost of motor laminations. The efficiency of the process minimizes material waste, contributing to overall cost-effectiveness.
Precision&Accuracy
Progressive dies are designed with precision, ensuring consistently accurate and uniform motor laminations. Tight tolerances and intricate part features can be achieved with high repeatability.