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FMT250-5B Automatic Equipment for Medical Dressing Device Materials

Mode: FMT250-5B
Stations: 5 Stations / 10 Spindles
Width range: 150/250/350/550/650mm
Max speed: 70m/min
Cutting precision: ±0.1mm
Dimension: 2690*1175*1920mm
Weight: 0.8T
Certification CE & ISO
Quick-change modular various design



  • Medical RFID.

  • Skin contact tapes and foams.

  • Pharmaceutical filtration components.

  • Thermal management materials.

  • Conductive adhesives.

  • EMI/RFI shielding EMI/RFI.

  • Electrode pads.

  • Probe shields/covers.

  • Protective face shields.

  • Surgical patches.

  • Bonding & surface mount adhesives.

  • Gaskets, spacers & shims.

  • Shock, vibration, & noise dampeners.

  • Energy absorption pads.

  • Electrical insulators.

  • Custom adhesive laminates.

  • Membrane switch components.

  • Instrumentation gaskets and seals.

  • Diagnostic test strip components.

  • Medical device components.

  • Medical electronics components.

  • Cosmeceutical pads.


Medical dressiing Materials:

rotary die cutting machines can be used to cut a wide range of medical dressing materials, including:

1. Gauze: Rotary die cutting machines can accurately cut gauze into various shapes and sizes. Gauze is a commonly used material in medical dressings due to its absorbency andability.

2. Adhesive fabrics: These materials are used in adhesive dressings, such as band-aids or wound dressings. Rotary die cutting machines can cut adhesive fabrics into precise shapes, ensuring a proper fit and secure adhesion to the skin.

3. Foam: Foam materials are often used in wound dressings to provide cushioning and protection. Rotary die cutting machines can cut foam into customized shapes for better wound coverage.

4. Non-woven fabrics: Non-woven fabrics are commonly used in surgical dressings and wound care products. Rotary die cutting machines can accurately cut these materials into desired shapes and sizes.

The rotary die cutting works for these materials because of its precision and efficiency. The cylindrical die, with its sharp cutting edge, can quickly and accurately cut through the material as it rotates against the material feed. The continuous rotary motion ensures a smooth cutting process without the need to stop the machine for each cut, increasing overall production efficiency.

Additionally, rotary die cutting machines can be equipped with various dies, allowing for flexibility in cutting different shapes and sizes. This versatility makes them suitable for cutting various medical dressing materials with different requirements. The waste removal system also helps remove excess clean and precise cuts.

Overall, rotary die cutting machines offer a reliable and efficient solution for accurately cutting medical dressing materials, enabling manufacturers to produce high-quality dressings in a cost-effective manner.

Rotary die cutting machine VS traditional methods


When comparing the production of medical dressing materials using a rotary die cutting machine and traditional methods, several factors should be considered:

1. Speed and Efficiency: 

Rotary die cutting machines are capable of high-speed production, with continuous rotary motion allowing for quick and precise cutting of materials. 

Traditional methods, such as manual cutting or using a cutting press, are typically slower and require more labor-intensive. 

The rotary die cutting machine can significantly increase production speed and efficiency.

2. Accuracy and Consistency:

rotary die cutter offer precise and consistent cuts, ensuring uniformity in the medical dressing materials. 

Old ways often rely on manual cutting, which can result in variations in shape and size. 

The rotary die cutter can provide more accurate and consistent cuts, reducing wastage and ensuring the quality of the end products.

3. Waste Reduction: 

Rotary die cutting machines are equipped with waste removal systems that efficiently remove excess material, reducing waste and optimizing material usage.

Traditional methods may result in more waste due to manual cutting or less efficient removal of excess material.

4. Flexibility and Customization: 

Circle die cutter can be equipped with various dies, allowing for flexibility in cutting different shapes and sizes of medical dressing materials. 

Traditional ways may have limitations when it comes to customization, as they may require additional tools or manual labor to achieve the desired shapes and sizes.

5. Cost-effectiveness: 

While the initial investment in a bobst die cutter may be higher compared to traditional methods, the long-term cost-effectiveness can be significant. The increased production speed, reduced labor, and waste reduction offered by rotary die cutting machines can lead to lower overall production costs.

6. Quality Control: 

Rotary die cutter and embossing machine offer consistent and precise cutting, ensuring high-quality medical dressing materials. 

Traditional methods may be more prone to human error, resulting in variations in quality.

Overall, the use of rotary die cutting machines for the production of medical dressing materials offers advantages in terms of speed, accuracy, waste reduction, customization, cost-effectiveness, and quality control compared to traditional methods. The automation and efficiency provided by rotary die cutting machines make them a preferred choice for manufacturers in the medical industry.


Can differents kinds of medical dressings be produced in one rotary die cutting machine?

Yes, rotary die cutting machines can be set up to produce different kinds of medical dressings. The machine can be equipped with interchangeable rotary dies that are designed for specific shapes and sizes of dressings. By simply changing the rotary die, the machine can be reconfigured to produce different types of dressings, such as adhesive dressings, wound pads, surgical drapes, or ostomy products.

The control panel of the machine allows for customization of various parameters like cutting speed, cutting depth, and material positioning, which can be adjusted according to the specific requirements of each type of dressing. This flexibility allows for efficient and versatile production of different medical dressings using a single rotary die cutting machine.