Thank you for visiting UDTECH, the leading provider of advanced laser marking machines specially designed for plastic producers in China. Our sophisticated strategies integrate accuracy, effectiveness, and flexibility to satisfy the rigorous requirements of contemporary plastic manufacturing.
Advance your production levels with UDTECH’s Laser Marking Machine for Plastic, an industry plastic marking laser machine that is accurate and efficient. Equipped with modern technologies that serve industrial purposes, this laser marking machine is superb for plastic manufacturers wanting dependability and quality.
From creating sophisticated patterns to fulfilling bulk industrial requirements, this machine is equipped to tackle a wide range of applications.
This easy-to-use, lightweight, and portable device integrates well into any working environment. Its easy-to-understand interface will increase productivity with little training.
The use of advanced laser optics guarantees exceptional accuracy as this machine achieves a minimum line width of 0.01 mm.
The laser marking process is contactless and does not require the use of any consumables, which reduces material waste as well as the impact on the environment.
It employs sophisticated fiber and MOPA lasers for accurate marking, providing additionally over 100,000 hours of dependable, low-maintenance usage.
This industrial machine combines considerate construction with precision engineering to withstand harsh industrial conditions without compromising performance.
| Category | Specification/Feature |
|---|---|
| Laser Type | Fiber, MOPA, or Ytterbium |
| Laser Power Options | 20W, 30W, 100W |
| Marking Area | Standard 110mm x 110mm (customizable up to 300mm x 300mm) |
| Marking Speed | Up to 10,000 mm/s |
| Min. Line Width | 0.01 mm |
| Marking Depth | Fiber ≤ 1.2mm, CO2 ≤ 0.4mm, UV ≤ 0.1mm |
| Supported Materials | Plastic, metal, ceramics, composites, glass |
| Cooling Mode | Air-cooled system |
| Environmental Tolerance | Operating Temp 0°C to 45°C, <95% relative humidity (non-condensing) |
| Electrical Requirements | 110V/220V AC, 50-60Hz |
| Software Compatibility | Supports EzCAD, LightBurn, various vector file formats (AI, BMP, DXF, JPG, PNG) |
| Weight | 2.5 kg (head unit) |
| Lifespan | Estimated at 100,000+ hours |
Purchase a state-of-the-art Laser Marking Machine for Plastic through UDTECH, an industry leader in China. UDTECH is ideal for laser marking purposes of logos, serial numbers, and many more on a variety of plastics.
Explore our collection of laser marking machines for plastic and enjoy durable engravings with extreme precision. Buy Now!
Listen to how we have aided various customers in overcoming challenges, attaining goals, and discovering new opportunities.
PCB Laser Marking Machine Leading PCB Laser Marking Machine Manufacturers...
Read More
20w Fiber Laser Marking Machine Top 20W Fiber Laser Marking...
Read More
50w Fiber Laser Marking Machine Top 50W Fiber Laser Marking...
Read More
100w Fiber Laser Marking Machine Top 100W Fiber Laser Marking...
Read MoreExplore the newest blog entries featuring insights, advice, and updates on topics of your interest. Keep yourself motivated and up to date!
In search of a dependable Laser Marking Machine for Plastic? 💡 As our machines boast high quality and precise markings, they deliver superior results across numerous industries. Be it engravings for branding, labeling, or functional purposes, the precise and clear engravings will suffice. Get an easy and fast quote now to find the perfect tailored solution for you! 🛠️
A: A laser marking machine for plastic is designed to apply permanent marks, engravings, or etchings on various types of plastic materials using advanced laser technology. It is economical and fast and does not harm the material when labeling, branding, or placing information on it.
A: Fiber lasers, CO2 lasers, and UV lasers are the most suitable options for engraving plastic. Fiber lasers provide excellent high-contrast marking on many plastics. CO2 lasers are versatile and can engrave and cut a lot of plastic materials. UV lasers are suitable for marking heat-sensitive plastics as they do not cause damage.
A: Electronics mark plastic laser engraving machines have numerous advantages in marking different types of plastic such as high precision, fast processing speeds, non-contact, permanent results, and the ability to create complex patterns. Moreover, they can mark different plastic types and colors and can easily be integrated into production lines for efficient plastic engraving.
A: The most commonly used plastics with laser marking are ABS, polycarbonate, polyethylene, polypropylene, PVC, and acrylic. The optimal plastic with enhanced features for laser marking depends on the application. In some cases, special treatments or additives may be necessary to improve laser marking effectiveness.
A: Plastic color greatly influences the process of laser marking as well as the resulting marks. White or frosted markings are often obtained on dark plastics while dark markings are achieved on light-colored materials. Certain techniques like foaming or carbonization will mark plastic regardless of the initial color. Therefore, high contrast marks are obtainable.
A: White marking on plastic is characterized by a high contrast technique that etches white or light marks on dark surfaces. This is often done using a fiber laser source, which triggers a chemical reaction in the plastic material that leads to foaming while creating the mark. Such marking facilitates the creation of easily incorporated visible codes, logos, or text primarily aimed at being placed on dark plastic products.
A: Indeed, numerous CO2 laser marking machines for plastic also accomplish engraving and cutting work. The capability relies on the type of laser source and power output. CO2 lasers are commonly used for engraving or cutting plastic lasers, whereas fiber lasers tend to be used for marking and engraving only. Some equipment provides hybrid options by integrating several laser sources to allow for multiple ways of working with plastic aids.
A: During the operation of a plastic laser engraver, users must always abide by the necessary sterilization measures. Such measures include using the correct protective glasses, ensuring there is good airflow to disperse fumes and particulates, employing a fume extraction unit, maintaining order by cleaning flammable items within the workstation and complying with manufacturer instructions. Furthermore, operators must have received training on laser safety and machine operation.
A: Different types of plastics that would require marking, the speed at which you require it to be marked, as well as how complex your designs are play a huge role in selecting the most appropriate laser marking machine for your products. Different sources of laser, such as fiber, CO2, or UV, would also need to be analyzed in relation to your particular plastic laser marking needs. Other criteria, such as user-friendliness, software features, and after-service support, should also be considered when picking a plastic laser engraving machine.
