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Fabrics is most popular manmade nonstructural material in the world! Most clothing are done with one or another type of fabric. Textiles are also very popular material for decorations, for example curtains, wallpapers. Historically textiles have been cut with scissors by hand. Manual cutting is easy but tedious and end result may be different from part to part. In 1900s with industrialization error die cutting was invented and it allowed precision replication of fabric patterns. Such innovation permitted fast and high quality production of textile products but it requires expansive setup and mostly suited for large productions. As laser cutting technologies started to emerge, trimming fabric became much easier. With laser textile can have precise cut exactly as designed in CAD file. What makes it easier to designers then can make their pattern files in their favorite software such as Adobe Illustrator, Rhino, Corel Draw and the laser cut it form any type of fabric.
Prototypes can be tested and adjusted as needed. When final prototype is approved laser cutting machine or die cutter can be used for production. Such process makes it very easy for fashion designers to test and develop their ideas. Aside from prototyping, laser cutting is very helpful when it comes to synthetic woven. Some materials are just too tough to cut with blades and so laser is best options, while other materials are too fragile and thread waves will move if those are cut mechanically; so laser is best option there too. Example of such fabrics is nylon material that is used for military parachutes, when cut mechanically it threads will move and destroy part, other similar material is fiberglass or carbon fiber fabric, its next to impossible to cut perfect circle from carbon fiber with scissors but with laser it is possible as laser provides non-contact cutting. When laser cutter works with synthetic fabric it will seal the edge and it can be very useful for most application.
When it comes to engraving, laser can be used to print artwork directly on fabric. For example CO2 laser engraving over blue denim will discolor inks and make artwork look white on blue backgrounds. Laser engraving can also do edging and wearing off effects for denim such as making holes and having loose threads. Different type of fabrics react differently under different lasers.Laser cutting machines are excellent choice for cutting fabric.



Jacob from United States
I am a beginner at CNC, I’ve never used a CNC machine before and with in a day I was carving. An awesome machine for a beginner to learn as hobbyists. I used the manual and the help video. One hour to assemble and test, very friendly and easy to use. It’s a good buy for the money. I would definitely recommend this machine to someone getting into CNCs.
Weinstein from France
I've been using CNC plasma SYP2060-300A and I am very impressed with this unit.
This unit is of higher quality, made in China. Five stars all the way!
Marble CNC Engraving Machine SYS1560 from 🇫🇷 Pierre Martin | France
Our company works with marble for interior decoration, including engraved panels, customized signs, and ornamental stone products.
We wanted to introduce more digital processing into our workshop while retaining our existing stoneworking methods.
CNC engraving gives us flexibility when preparing designs with intricate lines and repeated decorative elements.
It is particularly useful for projects where customers require personalized designs reproduced according to specific layouts.
Fiber Laser Metal Cutting Machine from 🇹🇷 Ahmet Demir | Turkey
Our metalworking company processes sheet metal for industrial enclosures, brackets, and customized fabrication projects. We were looking for equipment that could handle digital cutting layouts and different component shapes. A fiber laser cutting machine can be suitable for this work when its power, working area, and material capacity match our requirements. The machine offers additional options for processing metal parts, and we emphasize correct setup and operator training.
SYM1325 Wood CNC Router from 🇺🇸 Michael Anderson | United States
We use this CNC router for cutting plywood, MDF, and solid wood panels in our furniture workshop.
The working area is suitable for standard-sized boards, reducing the need for repeated repositioning.
The machine supports our daily production tasks, including cutting cabinet components and engraving decorative patterns.
It has become a practical addition to our workshop, and we appreciate having
technical support available when questions arise.
SYJF50W Fiber Laser Marking Machine from 🇩🇪 Lukas Weber | Germany
Our company manufactures metal components that require identification numbers, logos, and product information.
A fiber laser marking machine provides a practical solution for marking compatible metal surfaces.
We use digital layouts to prepare different marking jobs, helping us organize production more systematically.
Choosing the correct parameters for each material is important, and the machine offers useful flexibility for product identification and customized branding.
SYM1530 CNC Router 4 Axis from 🇨🇱 Diego Morales — Chile
We use the machine for wooden prototypes, decorative parts and 3D models. The 4-axis capability allows us to create shapes that were difficult to produce before.
SYM1325 CNC ATC Router from 🇳🇱 Pieter Jansen — Netherlands
Our production includes cabinet doors, MDF panels and solid wood components. The automatic tool changer makes repeated production much more convenient.
SYJ1325H CO2 Laser Cutter from 🇵🇹 Tiago Costa — Portugal
We use the laser mainly for acrylic letters and display products. The cutting edges are smooth and the machine is easy for our operators to handle.
SYS1530 CNC Marble Engraving Machine from 🇬🇷 Nikos Papadopoulos — Greece
We purchased the machine for marble signs and personalized monuments. Portrait engraving and lettering are much faster compared with our previous manual process.