Non-adhesive material cutting machine

Discover our cutting machines for non-adhesive materials, designed to cut textile tapes, sleeves, films, or cords accurately using cold, hot, or sensor-based cutting while improving consistency and productivity in industrial production.

Cold cutting

Hot cutting

Sensor cutting

The "Cutting of non-adhesive materials" category includes industrial machines designed for the precise and automated cutting of technical materials such as textile ribbons, tubing, films, or cords. It includes cold and hot cutting equipment, as well as machines with sensors for optimal positioning.

Designed for industrial environments, these machines ensure a clean, consistent, and repeatable cut. They improve productivity, optimize operational precision, and adapt to a wide variety of materials and applications, while guaranteeing reliability, efficiency, and consistency on production lines.

TBC50-S

TBC50-S - Label cutting machine with photo sensor

TBC552-L

TBC552-L - Extra wide 200 mm ribbon cutting machine

TBC553L

TBC553-L - Extra wide 300 mm ribbon cutting machine

TBC50-H

TBC50-H - Industrial hot cutting machine

TBC50-HX

TBC50-HX - Industrial Oblique Hot Cutting Machine

TBC50

TBC50 - Non-adhesive industrial cutting machine

TBC52-RT

TBC52-RT - Ribbon cutting machine with rounded cut

TBC55-SK

TBC55-SK - Label cutting machine with automatic stacking

Frequently asked questions about non-adhesive material cutting machines

What is a non-adhesive material cutting machine?

A non-adhesive material cutting machine is an industrial equipment that allows for the unwinding, measuring, and automatic cutting of strips or supports that are free of glue. The operator typically programs the desired length and quantity, and then the machine performs regular and repetitive cuts. It is suitable for workshops and production lines that require precision, speed, and consistency.

What materials can be cut with these machines?

Depending on the model, these machines can cut textile ribbons, straps, sleeves, cords, elastic bands, Velcro®, plastic films, tubes, zippers, or other technical supports. Compatibility depends particularly on the width, thickness, rigidity, and material of the product to be cut.

What is the difference between cold cutting and hot cutting?

Cold cutting uses a non-heated blade to cleanly section the material. It is suitable for supports that are not likely to fray after cutting. Hot cutting uses a heated blade that cuts the material while sealing its edges. It is particularly suitable for textiles and synthetic materials that are prone to fraying.

Can a straight, angled, or rounded cut be made?

Yes, depending on the chosen machine. The straight cut is suitable for the majority of band preparation operations. An angled cut can be used to facilitate insertion or provide a particular finish. The rounded cut allows for ends without sharp angles, especially for certain ribbons, tubes, sleeves or components intended for assembly.

What is the purpose of the photoelectric sensor on a cutting machine?

The photoelectric sensor detects a printed mark, a contrast or the space separating two elements on the substrate. It allows the machine to automatically position the cut in the right place, without relying solely on a programmed length. This function is particularly useful for cutting printed labels or materials with visual markers.

Are there machines for wide materials?

Yes. Some machines are designed to cut wide bands and technical materials. Depending on the model, they can handle substrates that are 200, 300 or 400 mm wide. They are particularly suitable for films, textile bands, protective materials, non-woven materials or industrial substrates that cannot be processed by a standard width machine.

How to choose a cutting machine for non-adhesive materials?

The choice depends on the material, its width, thickness, the length of the pieces and the quantity to be produced. It is also necessary to determine the type of cut required: cold, hot, straight, angled, rounded or sensor-controlled. DERFI can conduct tests with the material used to check the drive, precision and quality of the cut before selecting the machine.