Metal Debinding + SINTER Services

Toll Debinding & Sintering

You print it. You mold it. We debind and sinter it. DSH Technologies supports MIM and sinter-based metal AM teams with experienced metallurgy, industrial furnace capacity, and process guidance before major capital investment.

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Process Explanation

From green part to finished metal component.

DSH helps customers qualify, troubleshoot, and scale binder-based metal parts by supporting the critical transition from molded or printed parts through debinding, sintering, and final process review.

01 Project Review

Review feedstock, part geometry, material targets, furnace requirements, and quality expectations.

02 Debinding Strategy

Select catalytic, solvent, or thermal binder removal pathways based on the material system.

03 Sintering Strategy

Process parts under controlled furnace conditions with metallurgy-led attention to shrinkage, density, and repeatability.

04 Report & Guidance

Provide process feedback, observations, and next-step recommendations for qualification or production planning.

Materials Supported

Compatible with powder metal feedstock for MIM & Metal AM.

Stainless Steel

Copper

Titanium

Super Alloys

Precious Metals

Carbon Steel

Low Alloy Steel

Tungsten Carbide

Aluminum

DSH FURNACE EQUIPMENT

Industry Leading Furnace Technology & Lab Equipment

DSH combines decades of metallurgical experience with debinding, sintering, and laboratory equipment designed to support metal injection molding, sinter-based AM, and new material qualification.

Industrial Elnik MIM3045 Batch Series Furnaces (2x)
Catalytic Debinding for Polyacetal-Based Feedstock
Solvent Debinding for Wax-Based Feedstock
Water and Thermal Debinding Support
Metallography, Helium Pycnometer, and External Elemental Testing

Explore Elnik Systems

FURNACE CAPACITY

DSH operates two (2) Elnik MIM3045 industrial furnace systems, equipped with 44 shelves and a retort volume of 117 Liters.

We offer small, medium, and large capacity sintering runs. Our team considers the part quantity, atmosphere requirements, first-stage debinding, orientation, and staging.

We take the risk out of your process and will sinter parts to help improve your new material investigation, R&D project, or overflow requests.

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