How many layers of denim fabric cut by a computerized automatic cutting machine?

The number of layers of denim fabric cut by a computerized automatic cutting machine is affected by various factors, usually ranging from 50 to 150 layers, depending on the following factors:

1. Main influencing factors
-Denim thickness and weight
The thicker the denim fabric (such as over 14 ounces), the greater the resistance of a single layer, and the fewer layers that can be cut (about 50-80 layers); Lighter denim fabric (such as 10-12 ounces) can cut more layers (approximately 100-150 layers).

-Cutting bed performance
-High end models (such as Lectra Vector and Gebo C series) have high power and pressure, and can cut more layers (over 100 layers).
-Ordinary models are limited by power and typically handle 50-80 layers.
-Blade type and sharpness
Specialized high carbon steel or vibrating blades can penetrate more layers, blunt blades will reduce efficiency and increase errors.
-Cutting accuracy requirements
High precision requirements (such as complex patterns) require reducing the number of layers (30-50 layers), while simple cutting can increase the number of layers appropriately.

2. Practical application suggestions
-Layered cutting: If large-scale production is required, it can be cut in multiple layers to balance efficiency and quality.
-Pressure and speed adjustment: Increasing the pressure of the pressure board or reducing the cutting speed can improve the stability of multiple layers.
Prediction test certificate : Before formal cutting, test the layer limit in small batches to avoid fabric displacement or blade wear.

3. Precautions
-Denim fabric has a stiff texture, and excessive layering can easily cause edge misalignment. It is necessary to ensure that the fabric is flat and fixed.
-Regularly maintain the cutting bed (such as replacing blades, cleaning guide rails) to maintain optimal performance.
Summary: Under normal circumstances, a computerized cutting machine cuts approximately 50-150 layers of denim fabric, which needs to be flexibly adjusted according to fabric parameters, machine performance, and process requirements.