China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  1. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  2. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  3. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  4. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  5. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  6. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  7. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  8. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale
  9. China Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker for sale

Air Cooling 30w Fiber Laser Engraver 1064nm For Chip Breaker

Price Negotiable
MOQ 1SETS
Delivery Time 5-60 WORKING DAYS
Brand CHN-TOP
Place of Origin CHINA
Certification CE
Model Number ZT-JGDK26
Packaging Details WOODEN CASE
Payment Terms L/C, T/T, MoneyGram, D/A
Supply Ability 30 SETS PER MONTH

Product Details

Product Specification

Place of Origin CHINA Packaging Details WOODEN CASE
PCD Material PCD Blank ,rotary tools Model Number ZT-JGDK26
Supply Ability 30 SETS PER MONTH Certification CE
Brand Name CHN-TOP Payment Terms L/C, T/T, MoneyGram, D/A
Price Negotiable Delivery Time 5-60 WORKING DAYS
Minimum Order Quantity 1SETS Model ZT-JGDK26
Application PCD PCBN diamond laser engraving Fiber type Fiber laser

Product Description

LASER ENGRAVING MACHINE FOR CHIP BREAKER CNC FIBER LASER ENGRAVING MACHINE LASER CUTTING MACHINE FOR PCD PCBN TOOLS

ZT-JGDK26 Ultra-hard tools’ laser engraving machine is mainly used for precision chip breaker and positioned hole machining of ultra-hard tools (PCD, PCBN, SOLID CBN, etc.)

Components: FIBER LASER, COAXIAL MONITORING SYSTEM, PRECISION working table and CNC system

 

 

 

 

 

 

 

 

Design Features

  • CCD Monitorning system , more accurate positioned
  •  
  • German orginal laser source, more stable performance
  •  
  • One button operation interface, more simple operation
  •  
  • Cutting efficiency:1-10um per layer
  •  
  • Max cutting thickness: 1mm
  •  
  • 24 hours working, no consumables, laser maintenance free

 

 

 

 

 

 

 

 

Technical Parameters:

 

1.Main Components:Laser

Laser Type Fiber laser
Laser Power Germany import
Wave Length 1064

 

2.Main Components:Monitor system

CCD Coaxial monitoring sytem
Interface Once buttom
Cutting thickness 1mm
 


 

 

Application

 

FAQ
Q: Are you trading company or manufacturer ?
A: We are manufactory for PCD,CBN diamond tools equipments and service, we have our own R&D

team and production workshop. We can develop our customers' unique products according to their needs.

Q: How long is your delivery time?
A: Generally it is 2-3 days for CNC diamonds tools machining, and 45-60 days for machines.

Q: How about your after-sales system?
A: We have a comprehensive after-sales system, which can provide one-on-one online video service

according to the needs of customers, and one-on-one service to solve customers' worries.

Q: How about your delivery date for PCD/PCBN blank?
A: 1), PCD/PCBN Blank, we have signed a Chinese agency agreement with international big brands,

customers do not need to worry about genuine and delivery problems;
2), We can provide a wide range of products with PCD/ PCBN Blank, customers can choose goods according

to different needs, we also have self-developed domestic PCD with high quality, the price is very competitive.

Q: How about the cutting thickness and width of Laser cutting machine?
A: 1), Cutting thickness, single-sided cutting maximum thickness of 4-5mm, double-sided cutting maximum

thickness of 8 10mm.
2), Slit width: 0.05-0.15mm, accuracy can reach 0.01mm.

 

CHN-TOP SCI&TECH CO., LTD.

Manufacturer, Agent, Importer, Exporter
  • Annual Revenue: 3000000-5000000
  • Employees: 100~120
  • Year Established: 2003