CO2 Laser Machine for Tyre Marking Machine CNBM

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1 set
Supply Capability:
50 set/month

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Product Description:

CO2 LASER FEATURES:

Our CO2 Laser Machine for Tyre Marking equipped the importing RF CO2 Laser, High-Speed Resonance Mirror System.

The speed is quicker and the performance is stable.This series Laser Equipments have widely won user’s trust depend on it’s superior performance and reliable quality.

 

MACHING POWER: 10W, 30W, 50W, 100W

 

TECHNICAL PARAMETERS:

Matching TypeBMC10ABMC30A

Technology

 

 

Parameter

Output Power10w30w
Wavelength10.64um
Repeat Frequency≤50khz
Marking Scope110mm x 110mm
Marking Speed≤7000mm/s
Min. Line Width0.015mm
Characters TypeEnglish letters, numbers, production date and punctuations
Marking Depth≤3mm
Max. Production Line Speed30m/ min70m/ min
Coding Lines≤8 lines
Input Power0.6kw1.5kw
Electrical Source220V/ single-phrase circuit/ 50Hz (or 0
3A8A

 


MAIN PARTS LIST:

System NameParts NameAmountStandard ParameterManufacturer
Optical SystemMain Control Box1 setBPC-01ABeijing Boaolaser
CO21 setContinuous laser and average power 10w, 30w, 50w, 100wUSA Synard
High Speed Laser Head1 set±10v<1.2msGS (USA)
Beam Expander 3X/ 4X Beijing Boaolaser
F-q Lens F-110mm RODENSTOCK (UK) 
Control SystemIndustrial Control System 2.0 (socket478)/ 512/ 80G/ CD-ROM Taiwan
Computer Monitor 115''Founder 
Control Software 1 setBoao Laser Marking System Ver2.0 Beijing Boaolaser 
Laser Control Card 1BCC-A, RS232 Beijing Boaolaser 
D/A Control Card 116 bite D/A output, 4 input/ 4 output, I/O Beijing Boaolaser 

Laser Code 
Beijing Boaolaser 
WorktableFrame 
Beijing Boaolaser 



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Q:Material processing technology and machinery manufacturing What is the relationship
Production process: the mechanical product manufacturing, the raw materials or semi-finished products into the product of the sum of the relevant labor process, known as the production process. It includes: preparation of production technology (such as product development and design, process design and the design and manufacture of special process equipment, various means of production and production organization and other aspects of preparation); raw materials and semi-finished products transport and storage; rough manufacturing
Q:How to improve the mechanical properties of materials?
Such as quenching can improve the hardness of the material, quenching and tempering (quenching and high temperature tempering) can improve the stability and toughness of the material to improve the strength of the material processing performance, surface chrome, can improve the surface hardness and wear resistance, corrosion resistance
Q:What are the main considerations when choosing mechanical parts?
Mechanical parts are designed to select the material to take into account factors: the function of the part, the part of the device, its purpose.
Q:What kind of materials can EDM machine
Steel and the like, pay attention to the castings of sand holes
Q:How to choose the material when doing mechanical design
Usually in the design, the need to refer to similar products using the material, first rough classification: such as metal (ferrous metals, nonferrous metals, alloys, stainless steel, rare metals ...), non-metallic (rubber, plastic, wood,
Q:Teflon rod material in the mechanical processing how to get the surface smoothness and clean surface
 In the mechanical processing to pay attention to the requirements of four aspects: processing PTFE requires a sharp tool sharpening, it can not use carbide cutting tools, because the carbide cutter can not sharpen the sharp; second can not add coolant ; The third must have a reasonable speed (through the test); the last point to have a reasonable knife depth and feed (through the test). The surface roughness problem solves the problem that the surface must be clean.
Q:Mechanical equipment (automation equipment) What is the composition of the material, is steel or iron or other?
Parts processed out and can not be finished, the most critical is the final heat treatment process. Including the entire part of the heat treatment and surface heat treatment.
Q:Mechanical material forming cold forming and thermoforming What is the difference, the main processing of what materials
Mechanical material forming Cold forming and thermoforming difference: molding is mainly for forging. Workpiece blank in the state of non-heating is forging molding is cold forming, heating in the state of forging is hot forming, thermoforming and temperature forging and hot forging, the temperature is different. Not only stainless steel, other materials forging this is the case. Mainly used to process steel parts.
Q:What kind of material is used for processing shafts?
Which is commonly used shaft material, of course, there are many materials can do shaft, heat treatment requirements are not the same, the specific circumstances of specific treatment, according to demand materials, can not be said that the shaft must use what material,
Q:Metal materials commonly used in the processing methods which
In addition to the common processing methods, the hot and cold combination molding methods are modern explosion molding, friction welding, rolling, wire cutting, laser surface treatment, high energy ray bombardment, amorphous treatment

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