Small face picosecond laser cutting machine

Small face picosecond laser cutting machine
This is a small surface picosecond laser cutting machine developed for scientific research institutions, with higher accuracy and wider applicability. It is designed for precise cutting and drilling of sensor chips, PET, PI, PVC film materials, ceramic sheets, metal layer silver slurry etching, metal foil and other materials.
Materials that can be processed: electrode chips, FPC shapes, FPC auxiliary materials, PET, PI films, ceramic sheets, various thin films, etc

High processing accuracy: small format platform, automatic positioning and focusing, higher accuracy
Structural optimization: Fine cutting of various materials, etching of lines, and drilling of micro holes are very suitable for shaping
Stable and environmentally friendly: smoking up and down, electrostatic technology, and vacuum adsorption platform are more stable and environmentally friendly
Edge effect: minimal heat effect, smooth and tidy, carbonized 5-20 μ m
Output pulse width ≤ 15ps,
Processing accuracy of 20 ± 5 μ m,
CCD alignment accuracy ± 5 μ m

Applicable scope mainly applies to industries such as PCB, CVL, FPC, RF, etc; Cutting various types of films and auxiliary materials such as FPC soft board, covering film, PET film, PI film, PP film, adhesive film, copper foil, explosion-proof film, electromagnetic film, FR4, 3M adhesive, PI reinforcement, PE film, etc. It can also be used to cut various substrates, such as ceramics, silicon wafers, aluminum foil, PTFE, etc.

##Marble base

Gantry structure, marble columns
The high rigidity of the crossbeam body
Stability and seismic resistance
##Z-axis design
High precision Z-axis design,
Adjust the laser focal length to ensure cutting
The high precision of the product
##Humanized operation
Fully realize equipment automation throughout the process
One click operation, clear button operation,
Within reach
##High strength body
Ductile iron welded body,
Completely eliminate stress and reduce body deformation,
Ensure accuracy remains unchanged for a long time