60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine

June 30, 2020

Model NO.: JL-K6040
Laser Classification: Gaseous Laser
Engraving Method: Vector Engraving
Color: Blue and White/ Orange and White/ Black and Red
Laser Tube Power: 40W, 50W, 60W, 80W, 100W, 130W
Accessory Bag: Manual Book, Software CD, USB Line, Power Line, Us
Machine Parts: Water Pump, Air Pump, Smoke Pipe, Honey Comb
Driving System: Digital Subdivision Stepper Motor
Location Way: Red Light Positioning
Working Table: Electric up&Down Worktable(0-30cm)
Software: Corellaser, Laserdrw, Winsealxp, Coreldraw X4 Sp2
Power Supply: AC110V/220V ±5% 50/60Hz
Working Area: 600*400mm
Trademark: JULONG
Transport Package: Thickening Wooden Cases
Specification: CE, ISO9001, SGS, TUV, FDA, ROHS
Origin: Liaocheng, Shandong, China
HS Code: 8456110090
Product Show:

60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine

60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine
Machine Parameters:
Model JL-K6040
Power supply AC110V/220V±5% 50/60HZ
Total power ≤200W
Laser type Metic CO2 glass tube
Laser power 40W/ 50W/ 60W/ 80W/ 100W/ 130W
Tube trigger Volt 20KV
Tube operating Volt 15KV
Current 0~22mA
Maximum working area 600*400mm
Working speed 0-500mm/s (adjustable)
Location precision ±0.1mm
Min. shaping character 1mm*1mm
Motor system Stepper motor system
Cooling way Water cooling
Operating temperature 5-40(ºC)
Humidity 0-95%(RH)
Lighting system LED light with high-brightness
Certification CE, ISO9001
Color Blue and white/ Black and red/ Orange and white
Accessory bag Manual book, Software CD, USB line, Power line, USB-Key
Machine parts Water pump, Air pump, Smoke pipe
Support software and Graphic Format  Core LASER/ Laser DRW/ Win seal XP/ Core DRAW X4 SP2 can identify
Dimension(L*W*H) 1020*740*640mm

Applicable materials:

Nonmetal materials such as acrylic, double color board, plexiglas, common glass, bamboo and wood, rubber, marble, granite and tiles, leather cloth etc.

Applicable industries:

Advertising industry, billboards, artistic gifts, crystal ornaments, paper-cut, bamboo and wooden product, garment and leather, embroidery, decoration and upholster industry.

Sample Show:

60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine

Our Certifications:

60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine

Our Company:

Liaocheng Julong Laser Equipment Co., Ltd

We are professional largescale laser equipment R&D and trading manufacturer. 
We stick to our enterprise spirit of "Customer First, Quality First and Reputation First".
Our business concept is "to win the market with advanced technology, high quality products and good service".
Our Service goal is "Whatever our customers need is what we need to strive for."

60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine

Packing List:

Machine parts
Tools bag
Name
Amout
Units
Name
Amout
Units
Water pump
1
PC
Power line
1
PC
Air pump
1
PC
USB line
1
PC
Smoke pipe
1
PC
Instruction book
1
PC
Honey comb
1
PC
Software CD
1
PC
Tool bag
1
PC
USB-Key
1
PC
 
 
 
Focusing scale
1
PC
More parts can provide to you as your request.

Packing material :

Wooden case and carton with foam inside.

Shipping:

Ship out in 3-7 day after payment confirmed.

Contact Us:
60W 6040 CO2 laser Cutter Silicone Wristband Laser Engraving Machine
We are also finding overseas distributor of our co2 laser engraving /cutting machine. If you are interested in our machine, please contact me anytime.

Gas-shielded, flux-cored arc welding (FCAW-G) is a very popular and versatile welding process. It is used with mild steel, low-alloy steel and other alloy materials in a variety of applications, such as heavy fabrication, structural, shipbuilding and offshore. The two most common (but not exclusive) shielding gases used with the FCAW-G process are carbon dioxide (CO2) and a binary blend of 75% argon (Ar) / 25% CO2. Other blends, such as 80% Ar / 20% CO2, can also be used.
  
So which shielding gas, 100% CO2 vs. an Ar/CO2 blend, should you choose for your flux-cored welding? Each type offers some advantages and disadvantages. The factors of cost, quality and productivity should be considered when manufacturing decisions are made. The choice of shielding gas affects each of these factors, sometimes in a conflicting way. The merits of the two basic gas options for FCAW on steel applications will be the focus of this article.

Choosing a Shielding Gas for Flux-Cored Welding

Figure 1: Gas-shielded, Flux-Cored Arc Welding

Before getting into the particular advantages of the gas options, it is appropriate to review some basics. It should also be noted that this article only focuses on a few types of gases. As a more comprehensive reference, ANSI/AWS A5.32/A5.32M [Specification for Welding Shielding Gases," prescribes the requirements for shielding gases, defining requirements for testing, packaging, identification and certification. Additionally, it contains helpful information on ventilation during welding as well as general safety considerations.

How Shielding Gas Works
The primary function of all shielding gases is to protect the molten weld puddle and electrode from the oxygen, nitrogen and moisture in air. Shielding gases flow through the welding gun and exit the nozzle surrounding the electrode, displacing the air and forming a temporary protective pocket of gas over the weld puddle and around the arc. Both CO2 and Ar/CO2 blends shielding gases accomplish this purpose.

Some shielding gases make it easier to create the arc plasma, providing a current path for the welding arc. The choice of shielding gas also affects the transfer of thermal energy in the arc and forces on the puddle. For these issues, CO2 and Ar/CO2 blends will behave differently.


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