Solution
Solution
Silicon steel sheet blanking line (first domestic set)
Silicon steel sheet blanking line (first domestic set)
The intelligent composite stamping production line for full-circle stator and rotor laminations is used to produce blanks for large and medium-sized motor stator and rotor laminations. The stamping material is mainly 0.5mm thick non-oriented silicon steel sheets, with a small amount of cold-rolled sheet material not exceeding 1.0 mm in thickness.
For full-circle stator and rotor laminations of motors, coil stock is used through uncoiling, leveling, feeding, shearing, blank receiving, and stacking to achieve efficient and high-quality automated production.
The successful introduction of the silicon steel sheet blanking line meets the stamping industry's demand for automated mass production of large and medium-sized motors, small and medium-sized generators, special and servo motors, and new energy equipment motors, greatly improving production capacity and product quality, and providing strong support for the promotion of intelligent manufacturing in enterprises.
The intelligent composite stamping production line for full-circle stator and rotor laminations is used to produce blanks for large and medium-sized motor stator and rotor laminations. The stamping material is mainly 0.5mm thick non-oriented silicon steel sheets, with a small amount of cold-rolled sheet material not exceeding 1.0 mm in thickness.
For full-circle stator and rotor laminations of motors, coil stock is used through uncoiling, leveling, feeding, shearing, blank receiving, and stacking to achieve efficient and high-quality automated production.
The successful introduction of the silicon steel sheet blanking line meets the stamping industry's demand for automated mass production of large and medium-sized motors, small and medium-sized generators, special and servo motors, and new energy equipment motors, greatly improving production capacity and product quality, and providing strong support for the promotion of intelligent manufacturing in enterprises.
ATLAS multi-station feeding (USA)
ATLAS multi-station feeding (USA)
The American ATLAS multi-station feeding system is a complete set of ATLAS technology introduced by the company. It can be installed on new presses or used to upgrade old presses, transforming old equipment into multi-station presses.
ATLAS multi-station feeding technology is another technological revolution for the huge domestic press user market. It provides press upgrades for both new and old users, filling the gap in the domestic market for universal upgrades of different brands and models of presses, greatly reducing costs for customers, improving production efficiency, and offering strong practicality. It provides high-quality solutions for customers to upgrade in the short term.
The American ATLAS multi-station feeding system is a complete set of ATLAS technology introduced by the company. It can be installed on new presses or used to upgrade old presses, transforming old equipment into multi-station presses.
ATLAS multi-station feeding technology is another technological revolution for the huge domestic press user market. It provides press upgrades for both new and old users, filling the gap in the domestic market for universal upgrades of different brands and models of presses, greatly reducing costs for customers, improving production efficiency, and offering strong practicality. It provides high-quality solutions for customers to upgrade in the short term.
Truck wheel automatic feeding production line
Truck wheel automatic feeding production line
Truck wheel fully automatic feeding production line (first domestic unit), patent has been applied for.
This utility model automatic feeding line is a specially designed feeding production line developed to address the pain points encountered in the actual production process of truck wheels, such as unstable thick plate feeding, low production efficiency, and low raw material utilization rate.
This automatic feeding production line uses modern design techniques and methods to integrate feeding, press, special mechanisms, electrical control, etc., successfully solving the customer's pain point of unstable heavy thick plate feeding.
Truck wheel fully automatic feeding production line (first domestic unit), patent has been applied for.
This utility model automatic feeding line is a specially designed feeding production line developed to address the pain points encountered in the actual production process of truck wheels, such as unstable thick plate feeding, low production efficiency, and low raw material utilization rate.
This automatic feeding production line uses modern design techniques and methods to integrate feeding, press, special mechanisms, electrical control, etc., successfully solving the customer's pain point of unstable heavy thick plate feeding.
Robot automation application
Robot automation application
High-speed notching machine robot loading and unloading, designed with a six-axis robot + dual-station end effector, feeder, centering table, and stacker, integrated with the high-speed notching machine for production, perfectly solving the production difficulties of stator and rotor silicon steel sheets, helping enterprises achieve safe and efficient automated mass production.
High-speed notching machine robot loading and unloading, designed with a six-axis robot + dual-station end effector, feeder, centering table, and stacker, integrated with the high-speed notching machine for production, perfectly solving the production difficulties of stator and rotor silicon steel sheets, helping enterprises achieve safe and efficient automated mass production.
Silicon steel sheet oscillating blanking line
Silicon steel sheet oscillating blanking line
Equipment purpose:
The intended use of this equipment is to cut coils into blanks and perform corresponding stacking.
Equipment process:
Coil loading onto the uncoiler → Uncoiling the coil → Leveling the sheet → Feeding the sheet to the blanking press, with the option of oscillating feed → Cutting the sheet into blanks (round or sector-shaped) in the blanking press → Stacking the blanks in the stacking device. (The receiving shovel has both upper receiving and lower suction functions)
Equipment purpose:
The intended use of this equipment is to cut coils into blanks and perform corresponding stacking.
Equipment process:
Coil loading onto the uncoiler → Uncoiling the coil → Leveling the sheet → Feeding the sheet to the blanking press, with the option of oscillating feed → Cutting the sheet into blanks (round or sector-shaped) in the blanking press → Stacking the blanks in the stacking device. (The receiving shovel has both upper receiving and lower suction functions)
Contact Us
Contact Us
Contact Us Today
Contact Us Today