MIM3000 Series
The MIM3000 industrial furnace is the premiere batch furnace for secondary debinding and sintering in metal injection molding. Equipped with an all metal Hotzone & Retort and capable of processing up to 339L volume, the MIM3000 is the most versatile tool in the metal injection molding part making process.
System Features
Core Capabilities
Integrated Debind + Sinter Processing
Designed to perform second-stage debinding and sintering within a single thermal workflow, minimizing part handling and improving process consistency.
All-Metal Refractory Construction
Utilizes a metallic hot-zone architecture to support robust, long-life operation under demanding MIM production conditions.
AccuTemp® Six-Zone Control
Employs proprietary six-zone temperature control with ±1 °C uniformity, enabling tight thermal tolerances critical for MIM density and dimensional control.
Optimized Gas Flow Dynamics
Laminar gas-flow design ensures consistent binder vapor removal and uniform atmosphere distribution throughout the process chamber.
Applications
The MIM3000 Series supports:
Metal Injection Molding (MIM)
Second-Stage Debinding and Sintering
Processed Metals include Stainless Steel, Low Alloy Steel, Tool Steel, Carbon Steel, Titanium, Copper, Tungsten Carbide, Aluminum, Precious Metals, and Super Alloys
Annealing, Brazing, Aging, Tempering
Operation under hydrogen, nitrogen, argon,
There are multiple size options available on the MIM3000 depending on requirements and product requirements. With three decades of expertise in debinding and sintering excellence, the MIM3000 platform is built for throughput, scalability, and reliability.
Series Model | Retort Dimensions | Retort Volume | Retort Shelves |
MIM3001L | 10 x 11 x 12 (in) | 18 L | 14 |
MIM3025 | 14 x 14 x 24 (in) | 68 L | 32 |
MIM3045 | 18 x 18 x 24 (in) | 117 L | 44 |
MIM3009 | 18 x 18 x 48 (in) | 234 L | 88 |
MIM3012 | 24 x 24 x 36 (in) | 340 L | Custom |
SYSTEM FEATURES
Superior
Debinding Solutions
Integrated Debind + Sinter Processing
Designed to thermally remove backbone or second-stage binder and sinter metal parts to the highest density and mechanical properties, minimizing part handling and improving process consistency.
All-Metal Hotzone & Retort
Utilizes an all metal Hotzone & Retort architecture to support robust, long-life operation under demanding MIM production conditions. Our innovative design and lanthanated Molybdenum shelves are best-in-class for reliable and predictable results.
AccuTemp® + Offset Manager
Ensures all parts see required temperature, regardless of load size. Employs proprietary six-zone temperature control with ±1 °C uniformity, enabling tight thermal tolerances critical for MIM density and dimensional control.
Superior Gas Flow Dynamics
Laminar gas-flow design ensures consistent binder vapor removal and uniform atmosphere distribution throughout the process chamber. Combined with exceptional thermal management, this allows for superior part processing.
product coverage
Applications
The MIM3000 Series supports:
Metal Injection Molding (MIM)
Second-Stage Debinding and Sintering
Processed Metals include Stainless Steel, Low Alloy Steel, Tool Steel, Carbon Steel, Titanium, Copper, Tungsten Carbide, Aluminum, Precious Metals, and Super Alloys
Annealing, Brazing, Aging, Tempering
Operation under hydrogen, nitrogen, argon,
Retort Dimensions
There are multiple size options available on the MIM3000 depending on requirements and product requirements. With three decades of expertise in debinding and sintering excellence, the MIM3000 platform is built for throughput, scalability, and reliability.
Series Model | Retort Dimensions | Retort Volume | Retort Shelves |
MIM3001L | 10 x 11 x 12 (in) | 18 L | 14 |
MIM3025 | 14 x 14 x 24 (in) | 68 L | 32 |
MIM3045 | 18 x 18 x 24 (in) | 117 L | 44 |
MIM3009 | 18 x 18 x 48 (in) | 234 L | 88 |
MIM3012 | 24 x 24 x 36 (in) | 340 L | Custom |
INDUSTRIES
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Solutions & Information
TECH ARTICLES
February 2, 2026
DeRisking Your MIM Manufacturing Operation
February 16, 2026
Thermal Couple Decalibration
March 16, 2026
The Basics of Debinding & Sintering
March 2, 2026