Technology / product information

The PT14K Gimbal Mount is a vital structural component used in the attitude control systems of spacecraft and rocket engines. Made from lightweight yet strong AC4C aluminum alloy, it is prototyped using Digital Cast technology. This process leverages 3D printing to create complex shapes without the need for molds, enabling rapid prototyping and easy design revisions. Designed for the extreme conditions of space, this component delivers exceptional precision and durability.

■ Key Features
Lightweight and high strength: Made from AC4C aluminum alloy, it enhances aerospace performance by combining reduced weight with excellent strength.
High-precision molding: Digital Cast technology precisely replicates complex shapes and fine details, supporting accurate shape validation from prototyping to full-scale deployment.
Rapid prototyping: Mold-free production enables quick turnarounds, streamlining development with flexibility for design changes.
Durability: Engineered to withstand the harsh conditions of space, ensuring reliability and long-term performance.

■ Specifications
Material: AC4C (aluminum alloy)
Size: Diameter 94mm (Φ94)
Manufacturing method: Digital Cast (using 3D printing technology)
Applicable industries: Aerospace

■ Applications
The PT14K Gimbal Mount is used in the attitude control sections of spacecraft and rockets, providing support for stability and precise orientation adjustments. As part of the attitude control system, it plays a crucial role in adjusting the direction of the engine, enabling accurate maneuvering in space. This component supports everything from prototyping to operational testing, meeting reliability demands through rigorous performance validation in extreme conditions.

As a high-precision gimbal mount prototype designed to meet aerospace requirements, the PT14K Gimbal Mount is a promising solution for next-generation space exploration systems.

CASTEM (SIAM) CO., LTD. is located in Chonburi Province, Thailand, and provides services nationwide.

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