- sales@aurasign.ae
- +971 4 572 1179
- Al Qusais 4, Dubai
Model: HY-JA Laser Source Brand: Max Sheet Thickness: 0.5-3.0mm Cail Material Width: 500-1500mm Maximum Speed:1.5G Cutting Precision:120m/min Repeat Positioning Accuracy:土0.03mm Temperature/Humidity Requirement: 50-45℃/35%-70%…
cutting area: 1000mm*1000mm/1500*1000mm/600*600mm Laser Source Brand: Max model : HY-J power(kw): 1.5/2/3 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 4000mm*2000mm Laser Source Brand: Max model number: HY-4020D power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 4000mm*1500mm Laser Source Brand: Max model number: HY-4015X power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 6000mm*1500mm Laser Source Brand: Max model number: HY-6015E power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 13000mm*2500mm Laser Source Brand: Max model number: HY-13025GD power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 6000mm*1500mm Laser Source Brand: Max model number: HY-6015DE power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 4000mm*1500mm Laser Source Brand: Max model number: HY-4015C power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
cutting area: 3000mm*1500mm Laser Source Brand: Max model number: HY-3015A power(kw): 1.5/3/6 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set (Min.…
cutting area: 6000mm*1500mm Laser Source Brand: Max model number: HY-6015B power(kw): 3/6/12/20/30 Customization options: color+$0/set (Min. order: 1 set) logo+$0/set…
1. Permanent & Tamper-Proof Marking Laser marking creates indelible marks by altering the material's surface at a microscopic level. The results…
1. Permanent & Tamper-Proof Marking Laser marking creates indelible marks by altering the material's surface at a microscopic level. The results…