The machine integrates groove detection, stack thickness detection, laser marking, double position paper insertion and automatic feeding and unloading manipulator. When the stator inserts paper, the circumference, paper cutting, edge rolling and insertion are automatically adjusted. Servo motor is used to feed paper and set the width. The interpersonal interface is used to set the required special parameters. The forming die is switched to different grooves by itself.
Advanced Automated Integration
Combines groove detection, stack thickness detection, laser marking, and double-position paper insertion with an automatic manipulator.
Smart Safety Alarms
Features automatic warning systems for paper shortage, groove burrs, core misalignment, thickness anomalies, and paper blockages.
High Performance
Provides rapid operations with a production cycle of 0.4-0.8 seconds per slot, resulting in lower noise and reduced manual oversight.
Frequently Asked Questions
Q: What stator dimensions is the CZ-02-120 compatible with?
A: The machine supports a maximum stator outer diameter of φ150mm, a stator inner diameter of φ40mm, and a feeding length of 12-40mm.
Q: What is the production speed and efficiency of this machine?
A: It features an outstanding production beat of 0.4 to 0.8 seconds per slot, providing fast speed, low noise, and a high level of automation.
Q: What automated features are integrated into the system?
A: This model integrates groove detection, stack thickness detection, laser marking, double-position paper insertion, and an automatic feeding and unloading manipulator.
Q: How does the paper feeding mechanism operate?
A: A servo motor is used to feed the paper and automatically set the width. Crucial operational parameters are configured directly via an intuitive interpersonal interface.
Q: What built-in alarm systems does the machine feature?
A: It includes safety alarms for paper shortage, groove burrs, iron core misalignment, overlapping thickness exceeding standards, and paper plugging issues.
Q: What are the power and air pressure requirements?
A: The machine requires a three-phase power supply of 380V (50/60Hz), consumes 4kW of power, and operates under an air pressure of 0.6MPa.
Kinray Laser
