Laser Marking and Engraving machine

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Models : BCJ20W

Application :Laser Marking

Leadtime : 8-12days

Certificate : CE

Voltage :110V/1P/50Hz(option:220V)

Customized :Size Can be customized

Warranty : 18 months guarantee of the whole machine,

Supply Ability :

Oversea Warehouse&Office : Dubai,Wittingen Germany, Birmingham UK

E-mail: admin@bcamcnc.com

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1/With BCAM laser machines, you can laser-cut, engrave or mark many materials, including: plastics, wood, rubber, leather, metals, textiles and many others.
2/In the table below, you can see details about the material processing capabilities of our laser engraving and laser cutting machines.
3/The list of materials is structured according to processing type (cutting, engraving, marking).

	Laser tube 1.When the working current is 4mA and the tube is in the state of pre-ionization, the laser can be used for high-frequency impulse engraving. 2.The product is featured for working under large power rate and long service time, which is suitable for the cutting of knife mold machine and thick acrylic sheet.

	Japan Omron Electronic components

	Taiwan Rail It features equal load ratings in the radial, reverse radial, lateral directions, and self-aligning to absorb installation-error. Thus, the linear guideline is characterized with long service life with high speed, high accuracy and smooth linear motion.

	4.Stepper motor Low Noise Low Vibration Smooth Operation High Torque Higher Acceleration Ability Better Precision Better Acceleration Performance

BCJ20W Laser Marking and Engraving machine BCJ20W is a state of the art high precision, high performance, turnkey laser system for engraving/etching onto almost any type of materials, including but not limited to gold, platinum, silver, brass, stainless steel, carbide, copper, titanium, aluminum, medical grade alloys, and plastics. Ideal for a wide range of industries and integration applications, where non-contact, abrasion-resistant, permanent laser engraving/etching is required. It provides over 100,000 hours of maintenance-free fiber laserengraving/etching, of the highest quality. Complete ready to run.

● Working area:1300*900mm
● Raycus 20w laser power
● Control system: PCcontrol system (easy to learn and operate)
● Red point
● USB offline
● NG:40KG

Model		BCJ20w
Working Area		110110mm (200200mm,300*300mm)
Laser type		Raycus Fiber laser 20w
Cooling Type		air cooling
Transmission		X
Engrave speed		0-60000mm/min
Resolution ratio		0.05mm
Control System		PC control system
Table structure		high presicion aluminium table
Laser power		10w/20w/30w/50w/100w
Resolution ratio		0.01mm
Power supply		220V/10A
Operating temperature		0-45°C
Operating humidity		5-80%
Graphic format supported		BMP, JGP,PNG,DXF.etc

/upload/202104/15/202104151543452614.mp4

What materials can a Fiber laser cutting machine process? BCAM fiber laser cutting machines offer small and large companies the ability to affordably laser cut metal such as stainless, carbon steel, galvanized, and even aluminum materials. As a result companies have a great opportunity to cost effectively and efficiently laser cut highly intricate metal parts, prototypes, and customized pieces in house including: ►stainless steel ►soft steel ►Cabon steel ►aluminum ►Titanium ►brass ►copper ►thin sheet metal ►superior speed for&and;5mm ►operating cost effeciency ►greater reliability ►greater service life BEST LASER TYPE FOR CUTTING METAL Today, when it comes to cutting metal there's actually over 100 different types of metals you could process.Depending on what industry you are in you probably have at least one or more types of metal you need to laser cut. FIBER or GAS (commonly CO2) laser represent the two most common processes for processing metal whether it be ferrous or non-ferrous metals. YAG or crystal laser technology has been used in the past primarily for thick metal cutting, but it is more expensive and offers a significantly shorter service life compared to CO2 and fiber laser processing. If you're wanting to laser cut thick metal (over 5mm) then CO2 will be more efficient and faster as far as straight line speeds and piercing times at the beginning of the cut. Additionally, the downside and upside is that CO2 is really only able to process stainless steel, but also organic materials like wood, acrylic, leather, fabric, stone, etc. Fiber laser beam offers a metal friendly wavelength that is metal absorbs more efficiently. The smaller spot size (1 micron wavelength), and excellent beam profile make it ideal for cutting most any metals. Most notably compared to CO2 fiber has straight line speed that's 2-3x faster when cutting thin sheet metal at 3mm or less. As far as operating costs fiber needs only about 1/3 the operating power compared to CO2. Also, fiber offers lower down time, less ongoing maintenance all translates to increased productivity. For this reason fiber has been quickly displacing the traditional CO2 laser in most metal cutting applications.

What materials can a Fiber laser cutting machine process?
BCAM fiber laser cutting machines offer small and large companies the ability to affordably laser cut metal such as stainless, carbon steel, galvanized, and even aluminum materials. As a result companies have a great opportunity to cost effectively and efficiently laser cut highly intricate metal parts, prototypes, and customized pieces in house including:
►stainless steel
►soft steel
►Cabon steel
►aluminum
►Titanium
►brass
►copper
►thin sheet metal
►superior speed for&and;5mm
►operating cost effeciency
►greater reliability
►greater service life
BEST LASER TYPE FOR CUTTING METAL
Today, when it comes to cutting metal there's actually over 100 different types of metals you could process.Depending on what industry you are in you probably have at least one or more types of metal you need to laser cut. FIBER or GAS (commonly CO2) laser represent the two most common processes for processing metal whether it be ferrous or non-ferrous metals. YAG or crystal laser technology has been used in the past primarily for thick metal cutting, but it is more expensive and offers a significantly shorter service life compared to CO2 and fiber laser processing.
If you're wanting to laser cut thick metal (over 5mm) then CO2 will be more efficient and faster as far as straight line speeds and piercing times at the beginning of the cut. Additionally, the downside and upside is that CO2 is really only able to process stainless steel, but also organic materials like wood, acrylic, leather, fabric, stone, etc.
Fiber laser beam offers a metal friendly wavelength that is metal absorbs more efficiently. The smaller spot size (1 micron wavelength), and excellent beam profile make it ideal for cutting most any metals. Most notably compared to CO2 fiber has straight line speed that's 2-3x faster when cutting thin sheet metal at 3mm or less.
As far as operating costs fiber needs only about 1/3 the operating power compared to CO2. Also, fiber offers lower down time, less ongoing maintenance all translates to increased productivity.
For this reason fiber has been quickly displacing the traditional CO2 laser in most metal cutting applications.

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