Horizontal CNC Pu Foam Cutting Machine With Oscillating Blade 1200mm

Horizontal CNC Foam Cutting Machine With Oscillating Blade For Special Shape Foam

Features :

1. the cnc router machines’ body is strong, rigid, high precision, reliable and durable.

2. Imported high-precision ball screw gap, smooth movement, to ensure that the machine tools high- precision.

3. cnc router using well-known domestic brands of air-cooled brushless spindle,

low noise, strong cutting ability, to ensure the long time working.

4. High-performance driven motor to ensure that the machines high speed and accuracy.

5. Designer perfectly, select the best machine accessories , to minimize the failure rate preferred.

6. Breakpoint specific memory, power outages continued carving, processing time forecast,

and other functions to ensure that accidental processing.

7. Compatibility, compatible Type3/ Artcam/ Castmate/, and so on a variety of CAD/CAM design soft ware.

First, Computer-Aided Design (CAD) software is used to create and optimise a design based on the object the foam packaging is intended to hold. Once this design is finalised, Computer-Aided Manufacturing (CAM) software is used to turn the dimensions of the design into detailed numerical instructions for the CNC machine to understand. The file information must also be converted into a language that CNC machines understand. This language is called G-code.

The G-code essentially tells the machine what operations to perform, such as the dimensions and depth of a cut, as well as the toolpath to follow. Once the CNC machine has received the G-code and has been set up with the appropriate router bit and material, it is then time to cut the final product out of foam. Precise mechanisms and sharp blades enable the operator to cut any shape out of the foam, as long as the thickness corresponds to the thickness of the material.

Using a CNC machine is one of the best ways to cut high-density foam and the technology has a number of benefits. Using CNC machine yields highly accurate results with consistent product quality. This makes CNC machining particularly useful in the programming of products with complex shapes. The process can also be easily replicated as the same design or template can be used multiple times over to produce products with the exact same specifications, making it an advantageous technique in cases of mass production.

CNC machines also improve production speed and cost-efficiency. CNC machines operate at incredibly high speeds of over 1500 inches per minute and, unlike with traditional machinery, one operator can run several CNC machines at once. On top of the precision and efficiency advantages, CNC machining is much safer than manually operating machines as the machinery operates behind a safety guard.

Special shape sponge