Year1
- 雕刻范围：
- 100*100
- 雕刻精度：
- 0.002mm
Brand Shanghai Hanyu Optoelectronics
Model Hanyu Optoelectronics
Printing speed
Adjustable printing range
Printing depth
Adjustable printing height< br/> Type of laser coder
One-way printing in printing direction
Suitable for all workpieces
Air source pressure
Weight
Overall dimensions
Automation level Semi-automatic
After-sales service, the whole machine can be guaranteed for free for one year
Laser engraving machine
Working principle
The laser is a gas laser with a wavelength in the infrared band. It uses gas and other auxiliary gases to fill the discharge tube as the laser medium. When a high voltage is applied to the electrode, the discharge management produces a glow discharge, which causes the gas molecules to release laser light. , after amplifying the laser energy, it forms a laser beam for material processing, and the computer controls the galvanometer to change the optical path of the laser beam to achieve automatic marking.
Product Features
The laser marking machine uses segmented far-infrared laser, either a radio frequency laser imported from the United States or a domestic laser, combined with a high-speed scanning galvanometer and a reasonable overall structure. Design, fast speed, high precision, stable and reliable machine, long component life, the software adopts the output files of software such as Number, batch number, date
Barcode and QR code number marking, the software has a graphic reverse printing function.
Product Advantages
The optical device adopts original laser imported from the United States, with stable light output, low failure rate, and a lifespan of up to hours. Use and maintenance Extremely low body design is scientific and reasonable, using the world's advanced concept design, software and control system, galvanometer cooperation, part life is greatly increased
Control computer, industrial control computer (industrial control computer The function ensures that industrial equipment can work stably for a long time in an industrial environment with a low failure rate
The software is powerful and has graphics alignment, hierarchical setting parameters, red light position and red light position preview functions, and graphic calculation Accurate, can mark barcodes and has reverse printing function
Cooling system, using optimized air cooling and water cooling methods to enhance the service life of the laser tube and facilitate operation and use
Laser engraving machine series technical parameters
Model
Maximum laser power
/>
Laser wavelength
Beam expander
times/
Laser Repetition frequency
Standard engraving range
*
Adaptive engraving range
*
*
*< br/> *
Engraving depth
Engraving line speed
(depending on the material)
( (Depending on material)
(Depending on material)
(Depending on material)
Minimum line width
Minimum character
Repeat accuracy
Machine power consumption
Power demand
Permanent markings will not fade due to environmental factors (touch, acidic and degrading gases, high temperatures, low temperatures, etc.). Anti-counterfeiting marks are not easily engraved using laser marking technology Imitation and modification have strong anti-counterfeiting properties to a certain extent. Non-contact laser marking is processed with a non-mechanical light knife, which can print marks on any regular or irregular surface, and the workpiece will not produce marks after marking. Internal stress ensures the original accuracy of the workpiece. No corrosion on the working surface, no tool wear, no toxicity, no pollution. Wide applicability. Laser is used as a processing method and can process a variety of metal and non-metal materials (aluminum, copper, Iron, wood products, etc.) processing. The objects engraved by the laser marking machine with high engraving precision have fine patterns, and the minimum line width can reach clear, durable and beautiful markings. Laser marking can meet the need to print large amounts of data on extremely small plastic parts. For example, it can print two-dimensional barcodes that require more precision and clarity, and has stronger market competitiveness than imprinting or jet marking. Low operating cost: The marking speed is fast and the mark is formed at one time. The energy consumption is small, so the operating cost is low. Although the equipment investment of a laser marking machine is larger than that of traditional marking equipment, in terms of operating costs, the use of laser marking machines is much lower. For example: ① The working speed of the plastic triode marking laser marking machine is pieces/second. If the equipment depreciation is calculated on an annual basis, the marking cost is/piece. If a pad printing machine is used, its comprehensive operating cost is about / piece, or even higher. ② If the bearing surface is marked in three equal parts, with a total number of characters, using a galvanometer marking machine, and based on the service life of the krypton lamp tube in hours, the comprehensive cost of marking each bearing is. The cost of electro-etching engraving is about / piece. Based on the annual output of 10,000 sets of bearings, marking alone can reduce the cost by at least RMB 10,000 per year. High processing efficiency. The laser beam under computer control can move at high speed (up to ~m/s). The marking process can be completed in a few seconds. Due to the fast processing speed, due to the combination of laser technology and computer technology, users only need to program on the computer to achieve laser processing. Print output, and the printing design can be changed at any time, which fundamentally replaces the traditional mold making process and provides a convenient tool for shortening the product upgrade cycle and flexible production.
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