Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER

Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER

  • Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER
  • Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER
  • Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER
  • Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER
Summary
YIFI LASER Prismatic Cell Pre-Spot Laser Welding Machine ensures high-precision ≤0.05mm alignment for shell insertion, delivering superior accuracy and reliability in battery cell assembly. Featuring advanced 3D vision inspection, in-housing pressure sensors, and plastic protective contacts, it prevents cell damage and burn-in, ideal for prismatic and blade-type battery manufacturing in EVs, energy storage, and high-capacity battery production lines requiring consistent quality and ≥99.5% yield rate.More
Specifications
Model No.:
YBW-CRP-1S/YBW-CRP-6S/YBW-CRP-12S/YBW-CRP-24S/YBW-BCRP-12S
Dimensions (W x D x H):
3.0*1.6*2.4m/6.0*2.8*2.6m/7.0*3.0*2.6m/7.0*6.8*2.6m/8.5*6.8*2.6m
Production Capacity:
≥1ppm/≥6ppm/≥12ppm/≥24ppm
  • Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER
  • Prismatic Cell Pre-Spot Laser Welding Machine High Precision ≤0.05mm for Shell Insertion YIFI LASER

The YIFI LASER Prismatic Cell Pre-Spot Laser Welding Machine for Shell Insertion is designed to deliver unparalleled precision and quality in cell assembly. With an accuracy of ≤0.05mm for both cover plate and housing positioning, this machine ensures highly accurate pre-spot welding. It features advanced in-housing pressure sensors and protective plastic contact areas to safeguard cells from damage. The integrated 3D vision system meticulously measures step heights and gaps, preventing cell burn-in and ensuring reliable and precise welding for optimal performance.

High Precision:

The Prismatic Cell Pre-Spot Laser Welding Machine for Shell Insertion boasts exceptional cover plate and housing positioning accuracy of ≤0.05mm. This precision is critical for achieving perfect alignment during assembly, ensuring that each cell is assembled with the highest level of accuracy. The cover plate is fixed while the housing applies floating pressure, which helps in maintaining consistency and preventing misalignment.

High Quality:

Equipped with in-housing pressure sensors, the Prismatic Cell Pre-Spot Laser Welding Machine for Shell Insertion protects cells from potential damage caused by excessive pressure. Additionally, the machine uses plastic materials in contact areas of the housing mechanism, which further shields the cells during the assembly process, enhancing overall quality and reliability.

Step Detection:

The 3D vision system of the Prismatic Cell Pre-Spot Laser Welding Machine for Shell Insertion measures step heights and gaps with high precision. This feature prevents cell burn-in by ensuring that all components are perfectly aligned and that no gaps or steps cause issues during the welding process.

Battery Laser Welding Machines,Battery Cell Manufacturing Machines,Battery Pack Manufacturing Machines,Battery Component Manufacturing Machines,Solar Cell Manufacturing Machines,Laser Welding Machines,Laser Marking Machines,Laser Cleaning Machines,Laser Welding Monitoring Systems
Contact Supplier
Download
REQUEST MORE DETAILS
Please fill out the form below and click the button to request more information about
Fill out the form below to make an inquiry
Company*
Country/Region*
FirstName*
LastName*
Business Email*
Whatsapp/Phone*
Your Request*
Verification code*
We needs the contact information you provide to us to contact you about our products and services.
If your supplier does not respond within 24 hours, we will connect you with three to five qualified alternative suppliers.
We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.