M6 Single Laser Nozzle For Three Dimensional 3D Lazer Cutting Machine

M6 Single Laser Nozzle For Three Dimensional 3D Lazer Cutting Machine

Product Details:
Place of Origin: China
Brand Name: QTC
Certification: ISO
Model Number: 3D
Payment & Shipping Terms:
Minimum Order Quantity: 50 pieces
Packaging Details: plastic case
Delivery Time: 3-5 days
Payment Terms: Western Union, MoneyGram, T/T
Supply Ability: 1000 pieces per day

Description:

Material: T2 Red Copper Type: Three-D
Thread: M6/M8 Chrome Coating: Customize
Aperture: 0.8 - 5.5mm Layer: Double/Single
E-mail: [email protected] Wsap: +86 18652986859
High Light:

M6 Single Laser Nozzle

,

Nitrogen Single Laser Nozzle

,

M6 3D Laser Cutting Nozzle

M6 Single Laser Nozzle For Three-Dimensional 3D Lazer Cutting Machine

Series Type Model Height Thread Single/Double Chromed Caliber

 

 

 

 

 

 

 

 

D28 SERIES

 

 

A

D28-A-15-S H15

 

 

 

 

 

M11

Single × 0.8-5.0
D28-A-15-D H15 Double 0.8-5.0
D28-A-11-D H11 Double 1.0-4.0

 

 

B

D28-B-15-S H15 Single × 0.8-4.0
D28-B-15-D H15 Double 0.8-5.0
D28-B-15-Dp H15 Double 1.0-5.0

 

C

D28-C-11-S H11 Single × 0.8-4.0
D28-C-15-S H15 Single × 0.8-4.0

 

D

D28-D-15-S H15 Single × 1.0-4.0
D28-D-15-D H15 Double × 1.0-4.0

 

 

 

 

D32 SERIES

 

A

D32-A-15-S

 

 

 

 

H15

 

 

 

 

M14

Single × 0.8-5.0
D32-A-15-D Double 0.8-5.0

 

B

D32-B-15-S Single × 1.0-3.0
D32-B-15-D Double 1.0-3.0

 

C

D32-C-15-S Single × 0.8-3.0
D32-C-15-D Double 0.8-3.0


General laser cutting nozzles are divided into single and double layers.
Single-layer nozzles are used for melting and cutting, nitrogen is used as auxiliary gas, it is used to cut stainless steel, aluminum alloy, brass, etc.
Double-layer nozzles are generally used for oxidative cutting, using oxygen as an auxiliary gas, usually used for cutting carbon steel.
Single-layer: Melt cutting; Nitrogen; Stainless steel, Aluminum 1. 4-3.0mm
Double layer: Oxidative cutting; Oxygen; Carbon steel;1.5-3.0mm

All of our items ensure you have the best cutting quality with the Original nozzles from TRUMPF®,Bystronic®,Precitec®,Raytools®.

When the nozzle diameter is different, the cutting quality of the fiber laser cutting machine will have the following effects:
The nozzles have different diameters, such as φ1.0mm, φ1.5mm, φ2.0mm, φ2.5mm, φ3.0mm. At present, the nozzle aperture usually uses two sizes: φ1.5mm and φ2mm.

1.Sheet thickness below 3mm
The diameter of the copper nozzle is φ1.5mm, which is more suitable for the plate below 3mm, and the cutting surface is thinner. If you use a copper nozzle with a diameter of φ2mm, the cutting surface will be thicker and the corners will melt easily.
2.Sheet thickness above 3mm
When cutting plates with a thickness of more than 3mm, due to the high cutting power, the heat dissipation time is longer, and the cutting time is relatively increased. If a copper nozzle with a diameter of φ1.5mm is used, the gas diffusion area is small and unstable in use, but it can be basically used. However, if a copper nozzle with a diameter of φ2mm is used, the gas diffusion area is large, the gas flow rate is slow, and the cutting is stable.
3.Sheet thickness above10mm
The copper nozzle with a diameter of φ2.5mm can only be used for cutting 10mm or thicker plates.
In short, the size of the nozzle seriously affects the cutting quality and perforation quality. Currently, laser cutting uses nozzles with φ1.5mm and φ2mm apertures.

Nanjing RTS laser technology co., LTD. (hereinafter referred to as RTS laser) is a high-tech enterprise which has a innovative and professional technical team in the fiber laser field, our members who formerly worked for famous laser enterprises both at home and abroad have decades of work experience and a wealth of experience of on-site troubleshooting with reasonable price and short maintenance cycle. In addition, RTS laser has set up a research center, which makes us a supplier who integrates the development R&D, production and service of materials, device integration and laser source related products such as optical fiber.

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