Acrylic Laser Cutting Engraving

CO2 laser cutting machine are particularly well suited for laser cutting acrylic, Acrylic is a versatile material for laser cutting and engraving. Commonly used as signage, furniture inserts, fish tanks, jewellery and tableware, Acrylic comes in a wide range of colours. It’s even available as mirror material! The possibilities are endless.

With the laser, you can realize even the most delicate geometries or photo-engravings on acrylic.The laser cut produces crystal-clear cutting edges and inner contours and no additional after-treatment of the material is required. When engraving acrylic glass and Plexiglas, the laser removes the surfaces.

You just need to set the speed and power  for your files.It is easy!

Application examples of acrylic cutting:

  • Advertising technology
  • Digital printing
  • Outdoor and indoor signs
  • Acrylic trophies
  • Displays
  • POS materials
  • Architectural model
  • exhibition construction

Anodized Aluminum Laser Marking

Fast, flexible and variable marking of anodized aluminum .
With the laser, you have countless options for marking anodized aluminum. Depending on the batch size or number of units, you can find the ideal flatbed system or fiber laser to meet your requirements. The laser is also very flexible in marking all types of content such as serial numbers, data matrix codes or other variable content. Not only can you engrave anodized aluminum (which removes the anodized layer), you can also produce black markings on the anodized layer. Natural anodized aluminum, in particular, can be marked in all different shades of gray to a rich black.

Application examples of laser marking and engraving aluminum:

Typical applications for laser marking anodized aluminum include high-quality smartphones, promotional items such as ballpoint pens and USB sticks, and industrial applications such as data plates or casings in many other industries.
Promotional items

  • Gifts industry
  • Mechanical engineering
  • Electronics industry
  • Smartphones
  • Tool manufacturing
  • Sheet metal processing
  • Education industry

Laser Marking Metal

Laser marking metal is an extremely precise and clean way to process metals with non-contact, permanent markings. Labels such as serial numbers, data matrix codes and logos can be applied to products and components with a high-resolution finish. Metal marking or engraving is created by the laser using a non-contact process that requires no pre- or post-processing. Markings produced by annealing serve as durable, acid, chemical and corrosion resistant labels that do not damage the metal surface.

Application examples of laser marking metal :

Laser application in marking metals are typicaly used for marking products with traceability features and codes. These applications can be found in the electronics and electrical industry, mechanical engineering and tool manufacturing, in sheet metal processing, medical technology, promotional materials, jewelry and in the automotive industry.

  • Product labeling as an anti-counterfeiting measure,
  • Functional labels such as size, diameter, etc.
  • Production information, such as date of manufacture, batch number, serial number, etc.
  • Traceability codes
  • Data Matrix codes for quality assurance
  • Customization of promotional and gift items made of metals,
  • Dataplates

Leather & Fabric Laser Cutting

Leather is a wonderful material – and not just for clothing and fashion accessories!
With a customized laser engraving machine, you can easily give leather a quality finish. With a Trotec laser, leather is engraved quickly and easily for purses, wallets, bracelets, belts, shoes and more.
Leather types suitable for laser engraving
Natural leather | Suede leather | Napped leather | Nubuck leather | Synthetic leather | Alcantara leather

Application examples of leather cutting:

Leather is used in the production of clothing, gift items and decorations. When cutting leather, the laser is melting the material. This results in clean and perfectly sealed edges. Laser engraving on leather creates an incredibly tactile effect, making it easy to customize or give a special finish to the end product.

  • Briefcases
  • Clothing
  • Promotional items
  • Bracelets
  • Belts
  • Shoes
  • Purses

Leather is tough and offers strong resistance to every tool used on it aside from the laser beam. Laser processing is contact-free and produces consistent results without wear and tear. The laser beam melts the material and produces perfectly clean and sealed edges on the surface of the leather.

Wood Laser Cutting & Engraving

Sinotech woodworking lasers are optimally suited for laser engraving and laser cutting wood and timber, such as toys, decorative items, artistic craftwork, souvenirs, Christmas decorations, gifts, architectural models, and for wood inlays.
Since wood is a natural material, the laser user must consider various characteristics, such as e. g. the density and the resin content, when working with wood. Soft wood types, such Balsa wood, require a lower laser power and can be cut at a higher speed. Hard wood, as an example of dense wood types, on the other hand, requires a higher laser power. When working with MDF, which consists of glued wood fibers, Sinotech laser recommends the use of compressed air.

Application examples of Wood Laser Cutting & Engraving:

  • Advertising technology
  • Toys
  • Furniture construction
  • Interior design
  • Shopfitting
  • School supplies
  • Decorations
  • Gift items
  • Christmas decorations
  • Architectural models
  • Inlays
  • Customized photo engraving

Metal Laser Cutting Application

Laser manufacturing activities currently include cutting, welding, heat treating, cladding, vapor deposition, engraving, scribing, trimming, annealing, and shock hardening. Laser manufacturing processes compete both technically and economically with conventional and nonconventional manufacturing processes such as mechanical and thermal machining, arc welding, electrochemical, and electric discharge machining (EDM), abrasive water jet cutting, plasma cutting, and flame cutting.

Advantage of laser manufacturing:

TIME SAVER:High pressure assist gas, such as oxygen or nitrogen is injected through the metal cutting nozzle. The result is a dross free cut edge which requires little to no deburring.

LOW OPERATING COST:Laser cutting is a non-contact process that eliminates the high costs of replacement die stamps, machine center re-tooling and router bits.

INTRICATE CUTTING: Metal laser cutting machines are capable of cutting thin gauge metal to shape. A beam of only 0.1mm allows for the most intricate designs to be cut.

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