Precision UV Laser Marking Machine
Precision UV Laser Marking Machine

Precision 3D UV Laser Marking Machine

The Precision 3D UV Laser Marking Machine is a high-end technical device, featuring precise, efficient and stable marking functions. It is widely used in industries such as electronics, communications, biomedicine, food and daily chemicals. Precision 3D UV Laser Marking Machine adopts advanced ultraviolet laser technology and is capable of achieving high-precision marking at the micrometer level, ensuring the quality and reliability of the products.

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Product Introduction

Products Description

The Precision 3D UV Laser Marking Machine is a high-end device featuring precise, efficient, and stable marking capabilities.It not only meets the diverse needs of various industries, but also helps enterprises save costs and improve efficiency. It is one of the indispensable important devices in modern industrial production. This Precision 3D UV Laser Marking Machine is easy to operate. Just simply set the parameters and the marking work can be completed easily. Meanwhile, this equipment features rapid marking speed and high energy utilization rate, which greatly enhances production efficiency. In addition, the Precision 3D UV Laser Marking Machine features high stability and reliability, and can maintain high-quality marking results even after long-term continuous operation.

Product Features

High precision and stability

The Precision 3D UV Laser Marking Machine features exceptionally high precision and stability. Utilizing advanced laser technology, this equipment is capable of achieving micron-level marking precision and maintaining continuous operation over extended periods, thereby ensuring consistent product quality and aesthetic uniformity.

High efficiency and labor-saving

Building on standard equipment, the Precision 3D UV Laser Marking Machine is equipped with an intelligent integrated system that seamlessly combines visual positioning capabilities with inline marking capability. This system not only significantly reduces labor requirements but also substantially boosts its production efficiency. Compared to conventional machinery,and as verified by rigorous testing,the system's overall efficiency is improved by more than 60%.

High Protective Performance and Safety

As this marking machine uses a UV laser source with inherent radiation hazards, its protective design requirements are necessarily rigorous to prevent any safety risks.The machine's observation window is constructed from high-quality, specialized, radiation-filtering acrylic, ensuring exceptional overall protective performance.

Wide applicability

The Precision 3D UV Laser Marking Machine also has wide applicability and can be used for marking various materials, including metal, plastic, glass and other materials, with strong flexibility.

Products Parameters

Laser source model	DS-LM20-E	DS-LM30-E
Optical properties	Output power	18.5/20W	30W
	Beam quality M2	≤1.4	≤1.4
	Pulse repetition frequency	27-60 kHz	30-60 kHz
	Laser wavelength	1064±5nm
	Output power stability	＜3%
	Working life	About 100,000 working hours (non-lifetime)
	Marking range	100-150mm (range optional)
	Engraving depth	≤1mm (depending on power and time)
	Engraving speed	≤10000mm/s
	Repeat accuracy	±0.002
	Minimum marking line width	0.1mm
	Minimum character height	0.15mm
Use environment	Cooling way	Air
	System power supply	500W / 220V / 50Hz (110V can be connected)
	Temperature humidity	0~40°, 30% RH 85%, air conditioner should be installed when used outside the range
	Oil mist, condensation	Not allow
Other parameters	Support system	Window operating system
	Dimensions	390X210X615 mm
	Packing size	680X5500X270 mm
	Total Weight	About 20kg

Working Environment Requirements

Constant Temperature and Dryness

The Precision 3D UV Laser Marking Regarding temperature, the recommended operating range for the equipment is 16°C to 28°C; it is advised that the workspace be equipped with an air conditioning system to ensure proper temperature control.
Regarding humidity, a range of 45% to 75% is recommended; the critical requirement is the absence of condensation, and issues related to high humidity can be resolved by installing a dehumidifier.

Power supply requirements and fluctuations

The power supply requirements are 220V and 50Hz, with a permissible grid fluctuation range of ±10%. In regions where voltage fluctuations exceed 5%, an electronic automatic voltage and current stabilization device must be installed. Furthermore, the power grid's ground connection must comply with international grounding standards; this is essential not only for safety but also to prevent electrostatic interference.

Signal

Avoid areas with strong magnetic fields whenever possible; the vicinity of the equipment must be free from significant electromagnetic signal interference. The installation site should not be located near radio transmission stations (or relay stations).

Foundation amplitude

Since the laser beam must be positioned with extreme precision on the workpiece surface for marking during operation, strict control of amplitude is required. Amplitude standard: less than 50 µm; vibration acceleration: less than 0.05g.

Dust-Free Equipment Environment

The area must be free of smoke and dust, and-in particular-kept strictly away from dust-generating processes such as metal polishing and grinding.

Air Pressure and Heat Dissipationt

It is recommended to maintain an air pressure environment within the range of 86 to 106 kPa. Additionally, ensure unimpeded heat dissipation for the device by leaving sufficient clearance in the surrounding area and avoiding direct exposure to external heat sources.