how rotary laser die cutting machine works in the production of ESD protection products?

ESD protection products are widely used in the electronic industry to protect sensitive electronic components from electrostatic discharge. Two primary cutting methods used for the production of ESD protection products are rotary die cutting machine and laser cutting machine. This article will provide a detailed production plan using these two methods and a list of products that can be produced using these machines.

Production Plan:

Step 1: Design and template creation

The first step in the production of ESD protection products is the creation of a design or template. This is usually done using CAD software and is based on the required measurements and specifications.

Step 2: Material selection

The next step is to choose the appropriate material that fits the specification of the product's design. Common materials used for ESD protection products are conductive foam, conductive fabrics, and conductive tapes.

Step 3: Cutting methodology

There are two primary cutting methods used for ESD protection products; rotary die cutting machine and laser cutting machine.

Rotary die cutting machine:

This machine uses a rotating cylindrical die that cuts into the material, creating the desired shape and size.

Laser cutting machine:

This machine uses a high-powered laser beam to cut through the material, creating the desired shape and size.

Step 4: Quality control and sorting

After the cutting process is complete, the material is inspected for quality and sorted for use.

List of Products:

Using the rotary die cutting machine and laser cutting machine, we can produce the following ESD protection products;

1. ESD foam

2. ESD tapes

3. ESD fabrics

4. ESD slip sheets 

5. ESD grounding cords and hooks

6. EMI shielding tapes and sheets

7. ESD storage containers 

8. ESD wrist straps and heel grounders

Conclusion:

The production of ESD protection products using rotary die cutting and laser cutting machines offers various advantages over traditional methods, including speed, precision, and efficiency. By following this detailed production plan and utilizing these machines, manufacturers can produce high-quality products while reducing production costs and saving time.