Deparaffinisation And Sintering Series

SAM supplies industrial debinding and sintering furnaces used in scientific and technical applications.

Debinding and Sintering Furnaces of the Series – Key Features:

Precise Debinding: Our debinding and sintering series starts with the measured removal of wax from intricate patterns. This removal creates cavities that are later filled with molten material during sintering.

Accurate Sintering: Sintering is a controlled heating process during which materials fuse. This process yields components with measured mechanical properties and dimensional accuracy.

Tailored Performance: Whether the material is metal, ceramic or composite, our series provides debinding and sintering solutions that meet the specific requirements of your project.

Versatile Applications: From jewellery casting to manufacturing machine components, our debinding and sintering series is used in sectors that require accurate manufacturing and extended service life.

Industries We Serve:

Jewellery: Our debinding and sintering procedures support jewellery manufacturing. They enable designers to produce intricate and detailed pieces with precision.

Manufacturing: In industrial contexts, our series aids in producing components that meet required strength and accuracy standards for machinery and equipment.

Research and Development: Researchers utilise our debinding and sintering solutions, which facilitate the production of prototypes and specialised components.

Engineering: Engineers employ our series to produce components with complex geometries and defined mechanical properties.

Why Choose Our Debinding and Sintering Series?

Quality Assurance: Our debinding and sintering procedures adhere to stringent quality standards. This adherence ensures that produced components are consistent and meet industry requirements.

Technical Expertise: Technical specialists provide consultation and assistance to ensure that the project requirements are achieved.

Sustainability: Our procedures contribute to sustainable practices by optimising material usage and reducing waste generation, thereby achieving waste reductions observed at up to 20% in controlled applications.