The YIFI LASER Cylindrical Cell Casing Insertion Machine is engineered for accurate and damage-free shell insertion. Featuring a servo-controlled thrust system and a mirror-polished mold interior, it ensures precise operations with concentricity within ±0.05 mm. The machine incorporates overpressure monitoring with ±0.3 N precision, automatic alarms for overpressure, and a quick tool change system with specialized calibration jigs. The flexible, non-metallic pushing mechanism prevents overpressure, making it ideal for high-quality and reliable battery cell casing insertion.
Servo Control for Insertion:
Utilizes servo torque control to monitor and prevent excessive thrust, with a set torque of 0.01 N·m. The mechanism automatically stops if overpressure is detected.
Damage-Free Shell Insertion:
Mirror-polished mold interior with a surface roughness of Ra0.8 minimizes the risk of scratching and ensures smooth insertion of battery cells.
Overpressure Monitoring for Shell Insertion:
Features a pressure sensor that alerts the system with an accuracy of ±0.3 N if overpressure is detected, ensuring safe and controlled insertion.
Tool Change and Calibration:
Includes specialized calibration jigs for efficient and precise adjustments during tool changes, enhancing flexibility and reducing downtime.
Concentricity Assurance for Shell Insertion:
Ensures concentricity within ±0.05 mm using a V-shaped guide mold and a shell mouth reference, maintaining high alignment accuracy during insertion.
Flexible Pushing for Shell Insertion:
Employs a non-metallic, flexibly floating pushing mechanism to avoid overpressure, ensuring gentle and effective insertion without damaging the cells.
