Hot Cutting Blade/Carbide/Tungsten Steel

The main features of hot cutting machine blades include simple operation, fast speed, high precision, and low power. These features make hot cutting machine blades have efficient and precise cutting capabilities in applications, and are suitable for a variety of materials and scenarios. Specifically, the advantages of hot cutting machine blades include:

Simple operation: The design of hot cutting machine blades makes the operation process simple and easy, and users can easily perform cutting operations without complex skills or training.

Fast speed: Hot cutting machine blades have the ability to cut quickly, and can complete a large amount of cutting work in a short time, improving work efficiency.

High precision: Hot cutting machine blades can provide high-precision cutting, ensure the accuracy and consistency of cutting, and meet the needs of various fine work.

Low power: Hot cutting machine blades consume low power during operation, which helps energy conservation and emission reduction, and also reduces the operating cost of equipment. ‌

These characteristics make hot cutter blades widely used in many industries, especially in situations where fast and precise cutting is required, such as paper printing, rubber strips, ceramic component processing, etc. ‌In addition, the low power characteristics of hot cutter blades also make them an ideal choice for energy saving and environmental protection.

Common size (mm)

Reference picture

1.152*15.8*0.2/0.1

2.152*15.8*0.2/0.03

3.180*22.4*0.1

4.149*22.4*0.1

5.220*22.4*0.15

6.163*22.4*0.1

7.163*22.4*0.15

8.205*22.4*0.1

Remarks: It can be customized according to the customer's drawings or samples

At the same time, the cutting blade can also be designed according to the customer's client's products, with different angles, blade lengths, and blade thicknesses to meet customer requirements.

For cutting chips/inductors/capacitors/package shells/ceramic heating sheets/magnetic beads/passive components/ceramic fuses/sensors