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The 3D Printing / Additive Manufacturing Sintering Furnace is a high-performance thermal processing system specifically designed for post-processing, debinding, densification, and high-temperature sintering of additively manufactured metal components.
Engineered for both industrial production and research applications, the system provides excellent temperature uniformity, clean vacuum processing conditions, controlled atmosphere sintering, and stable metallurgical performance, ensuring superior density, dimensional accuracy, and mechanical properties.
It is widely used for the thermal post-treatment of metal 3D printed parts, MIM components, powder metallurgy products, titanium alloy parts, stainless steel components, Inconel structures, and high-performance aerospace and medical parts.
Our additive manufacturing sintering furnaces are designed to perform precise thermal cycles under high-vacuum or protective gas conditions.
The system is specifically optimized for binder removal, stress relief, densification, and final sintering of metal 3D printed parts, helping improve material density, surface quality, and structural integrity.
By effectively eliminating oxygen and reactive gases during the heating cycle, the furnace helps prevent surface oxidation, carbon contamination, and distortion, making it especially suitable for components with strict dimensional and mechanical performance requirements.
The equipment can be configured with graphite or molybdenum hot zones, depending on process temperature, material compatibility, and application needs.
Additive Manufacturing Sintering Furnace is the optimal choice for post-weld heat treatment of 3D printed materials.
The internal furnace chamber utilizes a 3-layer molybdenum metal shield + 3-layer stainless steel insulation structure, coupled with molybdenum belt heating elements, achieving a maximum temperature of 1550℃. The recommended long-term operating temperature is 1350℃.
The effective furnace chamber dimensions are 400x250x250mm; other dimensions can be customized upon request.
Temperature control accuracy is ±1℃.
The PID control system, paired with a 7-inch touchscreen, facilitates easy operation.
Over 30 temperature profiles can be controlled at will.
Up to a three-stage pump system can be added to increase vacuum levels to meet specific requirements.
The additive manufacturing sintering furnace offers significant process advantages for modern advanced manufacturing:
Its robust structure and advanced control system ensure reliable long-term operation with low maintenance requirements.
Suitable for a wide range of additive manufacturing post-processing applications, including:
This equipment is widely applied in:
Compatible with multiple industrial materials, such as:
The additive manufacturing sintering furnace can be equipped with flexible optional modules to meet different materials and process requirements:
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