The 100W Fiber Laser Cleaning Machine features precise XY axis motion and visual positioning for accurate, non-contact surface cleaning. Ideal for rust, paint, and oxide removal, it offers high efficiency, low maintenance, and eco-friendly operation. Suitable for metal surfaces, molds, and industrial restoration applications.
Marque :
ACEYNuméro d'article. :
ACEY-G100WPersonnalisation :
OEM&ODM AvailableCommande (MOQ) :
1 SetConformité :
CE CertifiedPaiement :
T/T, L/C, PayPal, West Union, Alibaba Trade Assurance, Etcgarantie :
T/T, L/C, PayPal, West Union, Alibaba Trade Assurance, EtcOrigine du produit :
ChinaEmballer :
Internal: Anti-Collision Protectio, External: Plywood CaseExpédition :
By Air, Sea, Express, etc.
100W Fiber XY Axis Visual Positioning Laser Clean Machine
Product Description
The 100W Fiber Laser Cleaning Machine with XY axis visual positioning is a high-precision, non-contact cleaning system designed for efficient surface treatment. Equipped with an integrated motion platform and industrial camera, it enables automatic identification and positioning of cleaning areas. The fiber laser delivers stable output, fast cleaning speed, and minimal damage to substrates, making it ideal for rust removal, paint stripping, oxide layer cleaning, and pre-weld treatment on various metal surfaces. Compact in design, energy-efficient, and environmentally friendly, this system is widely used in aerospace, automotive, electronics, and mold industries.
Main technical parameters
| Optical maser wavelength | 1064nm |
| Laser power | 100W |
| Laser repetition rate | 20KHZ-80KHZ |
|
Marking speed |
≤8000mm |
| Repeated accuracy |
±0.1mm |
|
Marking line depth |
≤0.5mm |
| Min character |
0.05mm |
| Standard marking range |
500*500mm |
|
Minimum Focused Spot Diameter |
0.005mm |
| Type of cooling | Forced air cooling |
| Power consumption of the whole machine | 500W |
| Power supply |
220V±22V / 50Hz / 12A |
| Machine weight, size | 150KG；900mm*700mm*1600mm |
Product Display
MOTS CLÉS :
© 2025 Acey Technologie Limitée Tous les droits sont réservés.
