What are textile blades?
The production of textiles requires the use of thin, sharp blades known as textile blades. They are utilized for cutting and trimming yarn, fabric, and other textile-related materials.
Material cutting edges arrive in various sizes and shapes. The rotary cutter, which has a circular blade that moves along a shaft, is the textile blade that is used the most frequently. Straight blades, shearing blades, and scoring blades are additional textile blades. They are made to cut precisely without fraying or unraveling the material being cut. They are produced using different materials, including hardened steel, fast steel, and tungsten carbide.
Finetech Engineering has emerged as one of the most in-demand suppliers and manufacturers of textile knives thanks to its position as a leading manufacturer of non-woven cutting blades and textile knives. Using high-grade ground hardened tool steels and tungsten carbide grades, Finetech Engineering produces textile knives and non-woven cutting blades of precision quality in both standard and custom sizes. A portion of the material change applications that our material blades and non-woven cutting edges are made for incorporate cutting, cutting, puncturing, guillotine cutting, rewinding, sheeting, and cut off. Our machine blades and modern cutting edges for material changing over are in straight, circular,pointed tip, toothed, serrated, scalloped, punctured and edges by shapes. Ground hardened tool steels like D2 and M2 and C10, C30-C40 Carbide grades are some of the materials we use for textile knives and non-woven cutting blades.
FINETECH CAPACITY & CAPABILITIES
PRECISION GRINDING TECHNOLOGY
When it comes to producing cutting tools, Finetech Engineering offers the best technological competence and capabilities, ranging from high volume production to prototype.
CUSTOM INDUSTRIAL BLADES
Finetech Engineering specialises extensively in producing unique industrial blades. Please get in touch with us right away if you need your knives made according to your specifications.
Personalised circular blades can be used to cut, slit, perforate, rewind, shear, and much more.
Custom circular knives and circular rotary blades made from samples and drawings are our area of expertise. Get a free quote from us right now if you need your knives made to match your exact specifications. Please let us know if you have a drawing, sketch, or written specs for the blade you require.
Our expertise lies in producing personalised circular knives and blades.
Please have a look at some of the circular blades and knives that we frequently produce below.
Please be aware that we have more standard size knives and blades in stock that are not shown here, and we can mail them to customers anywhere in the world, if you can't find what you're searching for here.
CIRCULAR, STRAIGHT, PUNCH, AND CUSTOM BLADES
Circular Blades
Finetech Engineering produces precision circular blades in almost every shape and size possible using almost any material on the market.
Straight Blades
Finetech is equipped to produce industrial blades with precision, regardless of length, with the capacity and sophisticated ability to handle jobs up to 2500mm.
Advantages of using circular blades
The use of circular blades has several benefits:
- Greater efficiency in cutting through materials: When cutting through materials, circular blades can produce a cleaner cut and use less energy than straight blades.
- Compared to other blade types: circular blades produce less waste because they create a narrower aperture, which reduces material loss while cutting.
- Simpler to use (more stability): A circular blade requires less effort to manipulate since it merely needs to be rotated to the required speed before being used to cut through material. Furthermore, it is far simpler than using a saw or knife, which may be very challenging to operate.
How circular blades are manufactured?
- Cutting: The first step in making these blades is to cut a metal sheet into the appropriate shape. A CNC machine is usually used for this technique.
- Heating: The blade is next subjected to a procedure known as heat treatment, which involves quickly cooling after heating to a very high temperature in order to harden and strengthen the steel.
- Brazing is an optional method for joining tiny metal bits to circular, toothed blades.
- Sharpening: The blade needs to be honed to get rid of any flaws after it has reached the correct shape. further to produce the bevel, the sharp edge of the blade. Ultimately, the edge of the blade is sharpened even further by grinding.
- Coating: To aid increase resistance to wear and corrosion, the blade tips can also be coated with various materials.