* TM Qualified: ASTM and ISO compliant | NABL accredited testing



We identify as a Advanced Material Engineering and Development powerhouse with strategic focus on developing and pioneering disruptive materials to redefine industry standards.
Our comprehensive IP portfolio in advanced materials serves as the foundational asset that drives and shapes each ThinkMetal solution.
Every material utilized in our Metal Fusion Additive Manufacturing (MFAM) process is state-of-the-art, rigorously tested, and validated by NABL-accredited laboratories, guaranteeing performance and reliability.
We continuously strive to expand our Material Library with disruptive materials such as Inconel, tool steel, and other advanced cutting-edge alloys, to keep your capabilities ahead of the curve.

An impeller is a rotating component with curved or backward-swept blades that transfers mechanical energy from a motor into fluid flow.
Applications

A bearing bracket is a mechanical support structure that houses and secures a bearing in position. It maintains shaft alignment, absorbs operational loads, and ensures smooth rotational motion
Applications

A spur gear is a cylindrical gear with straight teeth parallel to the shaft axis. It transmits power and motion efficiently between parallel shafts with constant speed ratio.
Applications

A shoulder end mill is a milling cutter designed to machine precise 90-degree shoulders, slots, and step features. It produces flat surfaces with sharp corner geometry.
Applications

A herringbone gear is a double-helical gear with opposing tooth angles forming a āVā shape. This design cancels axial thrust and provides smooth, quiet, high-load power transmission.
Applications

A pinion gear is a small gear that meshes with a larger gear or a rack to transmit motion and torque. It typically acts as the driving gear in a gear set.
Applications

Production of high-strength tooling, mold inserts, jigs, fixtures, and conformal cooling components with controlled densification and predictable mechanical performance, enabling faster turnaround and reduced tooling cost.

Lightweight structural components, functional prototypes, and precision tooling built with qualified advanced materials and repeatable microstructural control for performance-critical applications.

Functional metal components, thermal management parts, and high-temperature tooling engineered for demanding operating environments, with validated material properties and process stability.
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