- Description
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Aluminum substrate is a "platform" used in circuit production, widely applied in the LED lighting industry, consisting of a circuit layer, metal base layer, and insulation layer. It has a good reputation in the electronics, digital, mobile, and especially lighting industries due to its excellent heat dissipation capabilities.
During the production process of aluminum substrates, cutting, drilling, and other processing techniques are often required. Traditionally, external force was applied using punching machines and similar equipment for processing. However, due to the increasing market demand for product quality and competitiveness, improving product quality can only be achieved through refined processing in the production process, and more importantly, it is necessary to enhance production efficiency.
Working principle of laser cutting aluminum substrates:
Laser has good monochromaticity and directly irradiates the aluminum substrate using a non-contact beam. At this time, the aluminum substrate absorbs part of the laser energy, generating heat inside the aluminum substrate, causing the temperature to rise, and then achieving melting or vaporization, ultimately resulting in cutting or drilling. Of course, these operations require the cooperation of other auxiliary systems to complete.
Advantages of using a professional aluminum substrate laser cutting machine:
1. High laser power allows for easy melting or vaporization of hard and brittle materials, with fast speed, high efficiency, and good cutting quality, free of burrs and carbonization.
2. Non-contact processing eliminates the loss of other consumables, such as tools, molds, drill bits, or other materials.
3. The beam spot is small, and the heat-affected area is minimal, making it suitable for precision processing industries.
4. Due to the ease of automating laser output control, combined with other modular subsystems, it can perform fast and precise processing, including laser cutting, scribing, heat treatment, welding, marking, drilling, etc.!
Basic features of SHINHOP aluminum substrate cutting machine:
Using high-quality fiber laser, natural granite base, and precision stable work surface, it can efficiently cut metal sheets such as aluminum alloy, carbon steel, alloy steel, stainless steel, and silicon steel. This equipment has fast processing efficiency, good quality, high precision, and stable performance, mainly applied in the PCB industry, precision hardware processing, and 3C electronic products. It can cut products such as aluminum substrates, copper substrates, and after replacing some modules, it can also cut/drill ceramic substrates.
Basic parameters of the equipment (non-standard products, customized according to actual demand parameters, here are just reference data)
Maximum average laser power: 750W/1000W/2000W/3000W/
Maximum processing size: 680mm×580mm
Maximum operating speed: 500mm/s
Platform repeat positioning accuracy: ±0.005mm
Comprehensive processing accuracy: ±0.08mm
Power supply and power: AC380V 50Hz/5.5kW (excluding fan and chiller)
Dimensions: 1650mm×1600mm×1750mm
Weight: 1460kg
Control system: Imported CNC system
CCD resolution: 15 micrometers
Alright, this concludes the introduction to the aluminum substrate cutting machine. If there are any users who still have questions, you can contact SHINHOP Laser Equipment Company. Our aluminum substrate application engineers will provide you with relevant knowledge and some technical insights regarding laser cutting processing of aluminum substrates.
Aluminum substrate laser cutting machine
Aluminum substrates often require processing techniques such as cutting and drilling during production. Traditionally, external force methods like punching machines have been used for processing. However, due to the increasing market demands for product quality and competitiveness, the working principle of laser cutting aluminum substrates is as follows: lasers have good monochromatic lines and directly irradiate the aluminum substrate in a non-contact manner. The aluminum substrate absorbs part of the laser energy, causing heat to be generated inside the aluminum substrate and raising its temperature!
Classification:
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A scientific and technological enterprise specializing in the research and development, production and sales of industrial laser processing equipment, has been deeply engaged in the new energy industry for 20 years, focusing on the non-standard customization of automatic lithium battery cell assembly line and module PACK production line, and has successively obtained the national high-tech and specialized new enterprise certification.
FAQ
Q1: What is the training duration?
A: Our 3-5 day intensive program with operation manuals ensures independent operation capability.
Q2: What after-sales support is included?
A: Lifetime unlimited technical support directly from our engineering team.
Q3: Do you provide training for other brands' equipment?
A: Training services are exclusively available for SHINHOP laser systems.
Q4: How are training sessions arranged?
A: We offer completely customized training schedules based on your production plan.
Q5: Are processing solutions included?
A: Yes, including complete technical documentation and industry-specific parameter databases.
Q6: What are the training fees?
A: - Free remote guidance services - On-site training requires covering engineers' travel expenses
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Contact Details
Hotline
Address
Building 4, Jingneng Technology and Environmental Protection Industrial Park, 3 Baolong 2nd Road, Longgang District, Shenzhen, Guangdong Province，China
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