Technical Parameters:
Maximum operating speed | 300mm/s(X) ;100mm/s(Y)for option ;100mm/s(Z);600rpm(θ) |
Positioning accuracy | ±1um(X);±3um(Y)for option;±3um(Z);±15arcsec(θ); |
Repetitive positioning accuracy | ±0.2um(X);±1um(Y)for option;±1um(Z);±3arcsec(θ) |
Cutting seam width | 15um~25um |
Consistency of reinforcement width | <±5um; |
Machining material | 316L & Ni-Ti & L605 & Fe & Mg & Zn and other alloy materials |
Tube blank length | <2.5m (customized support fixture) |
Processing wall thickness | 0~0.3±0.02mm; |
Processing pipe diameter | Φ0.1~Φ7.5±0.02mm; |
Single processing range | 0~300mm (longer products will be machined by segmented splicingmethod); |
Laser type | Fiber laser; |
Laser wavelength | 1030-1070±10nm; |
laser power | 100W&200W&300W for option; |
Equipment power supply | 220V± 10%, 50Hz;AC 20A (main circuit breaker); |
File format | DXF、DWG; |
Equipment dimensions | 2000mmx1000mmx1600mm; |
Equipment weight | 1500Kg; |
Sample Exhibition:
316L & L605 bare
metal coronary stent
Ni-Ti- Φ 2.7mm-
WT0.2mm coronary stent
L605- Φ1.8mm-WT0.15mm
drug coated coronary stent
microstructure
Ni-Ti- Φ 2mm-L100mm
-WT0.2mm coronary stent
Ni-Ti- Φ 3.4mm-WT0.2mm
coronary stent
Φ2.03mm-WT0.2mm
venous filter microstructure
Application scope
օ Laser micromachining of bare metal stent and drug coated stent such as coronary artery stent and vein filter
High precision machining
օ Small cutting seam width: < 20um
օ High machining accuracy: ≤ ± 5um
օ Good quality of incision: no burr & smooth incision
օ High machining efficiency: one-off cutting through one side pipe wall & continuous automatic feed machinin
Strong adaptability
օ Have the ability of laser dry cutting & wet cutting & drilling & blind slotting and other fine machining technology
օ Support the centripetal, vertical and compound opening feature machining of equal diameter tube, variable diameter tube and plane instrument
օ Can machine 316L & Ni-Ti & L605 & Fe & Mg & Zn and other alloy materials
օ Compatible with precision D-type chuck & ER series chuck & three-jaw chuck and other precision thin-walled tube clamping system
օ Adopt the combined precision thin-walled tube shaft sleeve support system with self-adaptive shape tolerance variation
օ Provide the matching scheme of precision thin-walled tube continuous automatic feeding machining & dry / wet cutting and sealing material receiving
օ Equipped with self-developed 2D & 2.5D & 3D CAM software system for laser micromachinin
Flexible design
օ Follow the design concept of ergonomics, delicate and concise
օ Equipped with machine vision system to real time online monitor the laser dynamic machining process
օ The software and hardware functions match flexibly, support personalized function configuration & intelligent production management
օ Support forward innovative design from component level to system level
օ Open type control & laser micromachining software system is easy to operate & intuitive interface
Technical certification
օ CE
օ ISO9001
օ ISO13485