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Details Product Parameters Samples Video
1. The whole machine has stable performance, compact structure, small volume, light weight and easy to carry.
2. It adopts built-in laser diode technology to avoid the effect of fibre jitter on the output laser.
3. it is cooled laser, marking on heat-sensitive plastic material is very good and smooth, and will not cause any damage to the material surface.
4. The heat-affected zone is extremely small, avoiding deformation, damage or burning of the processed material, and the finished product rate is high.
5. Stable performance, no consumables, low cost of use, maintenance-free.
6. High photoelectric conversion rate, output wavelength 355nm, beautiful engraving effect, good touch, high anti-counterfeiting effect.
1. Laser source
The core component is the laser, which is responsible for generating a high-power, high-stability laser beam, allowing the laser beam to perform marking operations with higher speed and accuracy.
2. Laser scanning galvanometer
The optical scanning galvanometer is also the core component of the laser marking machine. It is mainly used for rapid and precise positioning of the beam. The performance of the galvanometer determines the accuracy of the marking machine.
3. Focus system
The focusing system focuses the parallel laser beam on a point, mainly using f-θ lens (also called field lens). Different field lenses have different focal lengths, and the marking effects and ranges are also different. You can choose according to your own products and required marking range. Matching mirror model.
4. Laser power supply
The input voltage of the laser power supply is AC220V. There is a switching power supply for the peripheral of the small computer, which is convenient for portability, emergency stop, etc.
5. Marking software
The laser processing system is combined with computer numerical control technology to form an efficient automated processing equipment that can print various texts, patterns, symbols, one-dimensional codes, two-dimensional codes, etc. It is easy to use software to design marking patterns, change marking content, and adapt to modern production. High efficiency and fast pace requirements.
6. Computer control system
It is the control and command center of the entire laser marking machine, and is also the carrier of software installation. The workpiece marking process is completed through the coordinated control of the acousto-optic modulation system and the galvanometer scanning system.
● High-quality marking: Using high-quality laser with shorter wavelength and higher energy density, high-quality marking can be achieved. It can realize small and fine text, patterns and logos, and is particularly effective for precision marking tasks with higher requirements.
● High contrast: The light generated during the marking process has high contrast, making the marking effect clearer and more distinct. It has great advantages especially for some application scenarios that require high contrast, such as medical equipment and electronic components.
● Lower heat impact: It has a lower heat affected zone, which can avoid overheating of materials and reduce damage to materials. This is very important for some applications with high material requirements, such as plastics, electronic components, etc.
● High-speed marking: Equipped with a high-speed galvanometer system, which can quickly position, scan and mark. Therefore, it has fast marking speed, improving production efficiency and throughput.
● Applicable to multiple materials: Suitable for marking a variety of different materials, including plastics, metals, ceramics, etc. It has strong adaptability and wide application fields.
● High energy consumption ratio: It has high energy utilization efficiency. Compared with traditional mechanical or chemical marking methods, it can save energy and reduce operating costs.
It is suitable for almost all materials. Widely used in metal (all metals such as iron, copper, aluminum, magnesium, zinc, etc.), glass, crystal, PCB, plastic, fiber, paper, paint, silicon wafer, LCD, polyamide, wire, plug and other polymer materials.
Especially suitable for the high-end market of ultra-fine processing, skin care cosmetics, medical drugs, food, silicon wafer micro-hole, blind hole processing, glass products, metal products, plastic buttons, electronic components, gifts, communication equipment, building materials, etc.
Model | ST-UV03P | ST-UV05P |
Laser Power | 3W | 5W |
Max. marking range | 110*110mm | 150*150mm |
Output power | >3W@30KHZ | >5W@40KHZ |
Maximum pulse energy | 0.1MJ@30KHZ | 0.12MJ@40KHZ |
Pulse duration | <15NS@30KHZ | <18NS@40KHZ |
1/e2 beam diameter at output | 0.7mm | 0.8mm |
Laser Type | UV laser | |
Laser source | GAIN (JPT and other brand optional) | |
Control Software | EZCAD | |
Cooling Mode | Water Cooling | |
Beam diameter | ≤ 10mm | |
Working Accuracy | ±0.002MM | |
Marking Speed | 1-12000mm/s | |
Repetition Frequency | 20-100KHz | |
Laser Wavelength | 355nm | |
Minimum Font for Marking | 0.01mm | |
Working Voltage | 220V+10% 50/60 Hz | |
Graphic Format Supported | AI, PLT, DXF, BMP, DST, DWG, DXP | |
Applicable Material | all metal material and all non metal material | |
Spare Parts Come with the Machine | Protective glasses, Metal business card, Foot switch, Hex socket wrench, Power cord | |
Optional Accessories to Purchase | D80 Rotating Shaft/ D57 Small Chuck/2D Table (X.Y direction)/ Cutting Fixture | |
Net Weight (KG)/ Gross Weight | 38KG / 48KG | |
Packaging Dimension | 320mm*7549mm*668mm (L*W*H) |
Details Product Parameters Samples Video
1. The whole machine has stable performance, compact structure, small volume, light weight and easy to carry.
2. It adopts built-in laser diode technology to avoid the effect of fibre jitter on the output laser.
3. it is cooled laser, marking on heat-sensitive plastic material is very good and smooth, and will not cause any damage to the material surface.
4. The heat-affected zone is extremely small, avoiding deformation, damage or burning of the processed material, and the finished product rate is high.
5. Stable performance, no consumables, low cost of use, maintenance-free.
6. High photoelectric conversion rate, output wavelength 355nm, beautiful engraving effect, good touch, high anti-counterfeiting effect.
1. Laser source
The core component is the laser, which is responsible for generating a high-power, high-stability laser beam, allowing the laser beam to perform marking operations with higher speed and accuracy.
2. Laser scanning galvanometer
The optical scanning galvanometer is also the core component of the laser marking machine. It is mainly used for rapid and precise positioning of the beam. The performance of the galvanometer determines the accuracy of the marking machine.
3. Focus system
The focusing system focuses the parallel laser beam on a point, mainly using f-θ lens (also called field lens). Different field lenses have different focal lengths, and the marking effects and ranges are also different. You can choose according to your own products and required marking range. Matching mirror model.
4. Laser power supply
The input voltage of the laser power supply is AC220V. There is a switching power supply for the peripheral of the small computer, which is convenient for portability, emergency stop, etc.
5. Marking software
The laser processing system is combined with computer numerical control technology to form an efficient automated processing equipment that can print various texts, patterns, symbols, one-dimensional codes, two-dimensional codes, etc. It is easy to use software to design marking patterns, change marking content, and adapt to modern production. High efficiency and fast pace requirements.
6. Computer control system
It is the control and command center of the entire laser marking machine, and is also the carrier of software installation. The workpiece marking process is completed through the coordinated control of the acousto-optic modulation system and the galvanometer scanning system.
● High-quality marking: Using high-quality laser with shorter wavelength and higher energy density, high-quality marking can be achieved. It can realize small and fine text, patterns and logos, and is particularly effective for precision marking tasks with higher requirements.
● High contrast: The light generated during the marking process has high contrast, making the marking effect clearer and more distinct. It has great advantages especially for some application scenarios that require high contrast, such as medical equipment and electronic components.
● Lower heat impact: It has a lower heat affected zone, which can avoid overheating of materials and reduce damage to materials. This is very important for some applications with high material requirements, such as plastics, electronic components, etc.
● High-speed marking: Equipped with a high-speed galvanometer system, which can quickly position, scan and mark. Therefore, it has fast marking speed, improving production efficiency and throughput.
● Applicable to multiple materials: Suitable for marking a variety of different materials, including plastics, metals, ceramics, etc. It has strong adaptability and wide application fields.
● High energy consumption ratio: It has high energy utilization efficiency. Compared with traditional mechanical or chemical marking methods, it can save energy and reduce operating costs.
It is suitable for almost all materials. Widely used in metal (all metals such as iron, copper, aluminum, magnesium, zinc, etc.), glass, crystal, PCB, plastic, fiber, paper, paint, silicon wafer, LCD, polyamide, wire, plug and other polymer materials.
Especially suitable for the high-end market of ultra-fine processing, skin care cosmetics, medical drugs, food, silicon wafer micro-hole, blind hole processing, glass products, metal products, plastic buttons, electronic components, gifts, communication equipment, building materials, etc.
Model | ST-UV03P | ST-UV05P |
Laser Power | 3W | 5W |
Max. marking range | 110*110mm | 150*150mm |
Output power | >3W@30KHZ | >5W@40KHZ |
Maximum pulse energy | 0.1MJ@30KHZ | 0.12MJ@40KHZ |
Pulse duration | <15NS@30KHZ | <18NS@40KHZ |
1/e2 beam diameter at output | 0.7mm | 0.8mm |
Laser Type | UV laser | |
Laser source | GAIN (JPT and other brand optional) | |
Control Software | EZCAD | |
Cooling Mode | Water Cooling | |
Beam diameter | ≤ 10mm | |
Working Accuracy | ±0.002MM | |
Marking Speed | 1-12000mm/s | |
Repetition Frequency | 20-100KHz | |
Laser Wavelength | 355nm | |
Minimum Font for Marking | 0.01mm | |
Working Voltage | 220V+10% 50/60 Hz | |
Graphic Format Supported | AI, PLT, DXF, BMP, DST, DWG, DXP | |
Applicable Material | all metal material and all non metal material | |
Spare Parts Come with the Machine | Protective glasses, Metal business card, Foot switch, Hex socket wrench, Power cord | |
Optional Accessories to Purchase | D80 Rotating Shaft/ D57 Small Chuck/2D Table (X.Y direction)/ Cutting Fixture | |
Net Weight (KG)/ Gross Weight | 38KG / 48KG | |
Packaging Dimension | 320mm*7549mm*668mm (L*W*H) |
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