1200mm 500Kg Pressure Prismatic Battery Pack Stacking And Compression Machine With Computer

1200mm 500Kg Pressure Prismatic Battery Pack Stacking And Compression Machine With Computer

Product Description

ACEY-SP1200 battery stacking and compression machine is designed for stacking, compressing, and strapping prismatic lithium battery cells. The machine supports flexible parameter settings for different battery models, provides high positioning accuracy, and ensures safe operation through multiple protection mechanisms. It is suitable for prismatic battery module assembly processes requiring consistent pressure control and reliable forming quality.

Operation Process

1. The operator manually places the end plates, insulation plates, and individual battery cells in sequence onto the stacking platform.
2. After stacking is completed, the pressing start button is activated. The control system monitors the pressure sensor signal and drives the electric cylinder to perform automatic compression.
3. When the preset pressing force or stroke distance is reached, the system automatically stops the pressing action.
4. The operator manually straps the upper and lower steel bands to secure the formed battery module.
5. After strapping is completed, the return button is pressed, and the electric cylinder releases the pressure and automatically returns to the standby position.
6. The stacking, pressing, and strapping process is completed.

Product Features

• Applicable battery types: prismatic lithium batteries from 100Ah to 280Ah.
• Compatible module dimensions: length 200–1200 mm, width 100–300 mm, height 100–300 mm.
• PC-based control system ensures stable, flexible, and reliable operation.
• Pressing force adjustable from 0 to 500 kg; audible buzzer and red warning light are activated when the preset upper limit is reached.
• Adjustable pressing stroke range of 200–1200 mm to meet different module sizes.
• Real-time monitoring of both pressing distance and pressing force provides dual protection; all parameters can be adjusted via the computer interface.
• Two-hand start operation enhances operator safety.

Main Technical Parameter

Product Display

Acey New Energy is a high-tech enterprise specializing in the research, development, and manufacturing of advanced equipment for the lithium-ion battery industry. Established in 2009, Acey is supported by a professional R&D team and an experienced after-sales service team, each with more than 15 years of industry expertise.

Our business covers the full spectrum of lithium battery manufacturing, from laboratory research and pilot-scale production to battery pack assembly. We provide laboratory-scale fabrication equipment for coin cells, cylindrical cells, and pouch cells, turnkey laboratory and pilot line solutions, battery cell testing equipment, battery pack testing equipment, battery pack assembly equipment, as well as semi-automatic and fully automatic battery pack assembly line solutions for cylindrical, prismatic, and polymer battery packs.

Over the years, Acey New Energy has cooperated with universities, research institutes, and battery manufacturers worldwide, delivering over 300 customized solutions for laboratory research, pilot production, and battery pack manufacturing. Our equipment has been successfully exported to more than 40 countries and regions, including the United States, Canada, the United Kingdom, Germany, France, Spain, Italy, Turkey, Japan, South Korea, India, Pakistan, Iran, Indonesia, and South Africa.

With highly reliable and precise equipment, combined with a customer-first service philosophy, Acey New Energy has earned a strong reputation in the international market and become a trusted partner for many leading battery manufacturers.

Moving forward, we remain committed to continuous innovation and customized solutions, focusing on the lithium-ion battery industry and striving to become a globally leading battery equipment manufacturer. We sincerely welcome customers from around the world and look forward to building long-term partnerships for a more sustainable energy future.