High Performance Sintering Furnace Process Furnace Applicable Forming Agent Wax / Tree Agent

High Performance Sintering Furnace Process Furnace Applicable Forming Agent Wax / Tree Agent

About MIM

Metal Injection Molding (MIM) Debinding Sintering Furnace

MIM debinding sintering furnace is mainly used for debinding sintering process of stainless steel, ferrous, titanium, alloy steel and high speed steel metal injection molding parts.

Advantages of MIM Part prototyping

• MIM offers rapid prototyping now, with costs much less than typical proto-metal houses.
• Ability to produce high volumes of complex parts
• Relatively low production cost compared to several other metalforming technologies
• If your part is destined for mass production in MIM, the ability to resolve manufacturability issues during the design/prototype stage using the same process as you will use in production, is a big advantage.
• Produces a clean surface finish
• MIM is a Consistent and reliable process.

Technical parameters:

MIM Debinding Sintering Furnace Technical Features

1. The MIM debinding and sinter furnace uses special hot zone structure and heating element design, assuring good temperature uniformity.

2. Special designed debinding muffle is adopted with good sealing and complete bind removable, preventing inside components pollution.

3. The touch screen operation and PLC central control are used to make the operation simple and reliable.

4. MIM debinding sintering furnace has functions of slow vacuum, minor positive pressure sinter, partial pressure sinter, minor negative pressure debinding and minor positive pressure debinding.

5. The furnace adopts advanced refractory structure and materials, which features good insulation performance and less heat absorption. It can save more than 20% energy compare o previous design.

6. The furnace has the functions of over temperature and over pressure fault alarm, mechanical automatic pressure protection and interlocking, which forms a highly safe furnace.

7. It has remote control operation, remote malfunction diagnosis and remote program update functions.