Laser Engraving Services

What is laser Engraving?

Laser engraving, using advanced CO2 laser technology, delivers a precise and efficient way to engrave custom designs, text, and logos on various materials. By focusing a concentrated CO2 laser beam, the surface of the material is vaporized, leaving a distinct, permanent high contrast mark. This technique is suitable for any application where both durability and precision are required to ensure a clear sharp and long-lasting engraving. The non-contact nature of this process does not damage the integrity of the material while maintaining high-quality results. 

CO2 lasers are ideal for engraving and work well on materials like leather, and some plastics. As such, it is applied in manufacturing, signs, electronic, and retail companies through which it is used in tasks aimed at creating customized products for branding purposes as well as functional signs. Detailed design and customization make the technology suitable for prototype development as well as mass production. 

Key advantages of applying CO2 laser engraving. The technique makes use of extreme precision that makes it possible to ensure proper engraving on complex surfaces. The engraving is permanent, where the marks left are not liable to wear or fade. Laser engraving is highly effective and allows the task to be done fast without making any compromise on quality, thus enabling the optimization of the production time. In the last place, technology is versatile in its applicability to different types of materials, from fragile materials like plastics and leather etc, thus becoming highly effective for different applications in different industries. 

Whether it’s for detailed designs or large projects, we provide high-quality laser engraving services tailored to your needs. 

CASE studies

Category: Laser Cutting, Sheet Metal Fabrication, Turnkey Solution

This project involved designing and fabricating custom wall-mounted steel panels for Raheja Developers, featuring intricate laser-cut marine life art with a rustic patina finish.
Upload CAD files here.
File types: 3DM, 3DXML, 3MF, AI, DXF, EPS, IGES, IGS, IPT, OBJ, PDF, PRT, SAT, SLDPRT, STEP, STL, STP, SVG

Cutting-Edge Laser Engraving Services

Our CO2 laser engraving process excels with non-metal materials such as wood, acrylic, leather, and glass. It’s a quick, accurate, and material-friendly method, making it perfect for intricate designs that require crisp, sharp lines.

For complex designs and fine details, our CO2 plotter system provides exceptional accuracy. It handles a variety of surfaces including plastics, ceramics, and coated metals, ensuring clear, high-quality results every time.

Whether you’re looking for custom designs, signage, or bulk production, we offer reliable and precise CO2 laser solutions tailored to your needs. Additionally, our fiber laser technology provides even more versatility across different material types.

Our CO2 Laser engraving Capabilities

Max Laser Power

150 W

Dimensional Accuracy

0.3 mm

Laser Kerf

0.1 - 0.5 mm

Material Thickness

0.4 - 25 mm

Max Part Size

1500 x 1500 x 30 mm

Min Part Size

6 x 6 x 0.1 mm

Min Feature Size

1.5 x Material Thk. (min 1.5 mm)

Part Qty

1 - 1,00,000

Minimum Lead Time

Next Day

Standard Lead time

3 Days

Materials for Engraving: Acrylic, Wood, Glass, Leather, Paper, Fabric, Rubber, Stone, Cardboard, Anodized Aluminum, Ceramic, Plastic (Non-PVC), Cork, MDF, Bamboo, Felt, Corian, Fiberglass.

Materials for Cutting: Acrylic, Wood, Leather, Paper, Fabric, Rubber, Cardboard, Cork, MDF, Bamboo, Felt, Corian, Fiberglass.

Laser Engraving Compatible Materials

We provide laser engraving services using advanced CO2 laser systems, delivering precise, high-quality engravings on a wide range of materials. Whether it’s intricate designs, text, or logos, our laser engraving ensures sharp, permanent marks without material damage. The table below outlines the compatibility of different materials with laser engraving, highlighting the suitability for various surfaces and the expected engraving quality.

Laser Engraving Compatibility Table: This table shows how different materials interact with the laser engraving process, providing insights into the clarity and durability of the engravings.

 SSAlTiCuCSNi
SS!
Al!
Ti!
Cu!
CS
Ni

 

Symbols:

  • = Good weldability, high strength
  • = Moderate weldability, medium strength
  • = Poor weldability, low strength
  • ! = Challenging weldability, medium/high strength
  • = Difficult weldability, low strength

Laser Cutting thickness on engraving

Material

Maximum Thickness (mm)

Cutting Speed (mm/min)

Notes

Acrylic (PMMA)

15 – 20 mm

100 – 300

Requires slower speed for thicker material.

Wood (Plywood, MDF)

12 – 15 mm

150 – 400

Denser woods may require multiple passes.

Leather

8 – 10 mm

200 – 500

Varies based on type and density.

Paper/Cardboard

5 – 6 mm

300 – 700

Can handle thicker stock; requires caution for
burning.

Textiles (Cotton, Felt)

10 – 12 mm

400 – 800

Ideal for intricate designs and fast cutting.

Rubber (non-chlorinated)

6 – 8 mm

150 – 300

Best suited for engraving or thin rubber cutting.

Foam

15 – 20 mm

300 – 600

Low-density foam cuts faster; thick foam may require
adjustments.

Plastic (ABS, PVC)

6 – 8 mm

100 – 300

Special ventilation required due to toxic fumes.

Glass/Stone (Engraving only)

N/A

N/A

CO2 lasers cannot cut, but can engrave on surface with
precision.