Fully 3D-Printed Linear Actuators – Durable, Precise, and Sim-Ready
Step into the future of motion control with our fully 3D-printed linear actuators, engineered for strength, precision, and seamless integration. Built using high-durability composite materials and manufactured with the most advanced equipment available, these actuators deliver reliable performance in demanding environments—from racing simulators to robotics and automation systems.
Each unit is custom-designed and printed for purpose, using reinforced polymers selected for load-bearing capacity, thermal stability, and long-term wear resistance. The result: a lightweight, high-strength actuator that performs like metal but offers the flexibility of additive manufacturing, and fully customizable colours
Key Features:
• 🧩 Fully 3D-Printed Construction – No generic enclosures; every part is purpose-built.
• 🛠️ High-Durability Materials – Engineered to withstand mechanical stress and continuous use.
• 🎯 Precision Manufacturing – Produced with top-tier 3D printers for tight tolerances and smooth motion.
• ⚙️ Universal Mounting Compatibility – Designed to fit any racing simulator platform available on the market.
• 🔌 Customizable Interfaces – Compatible with stepping motors, servos, and control modules.
Whether you're building a motion rig, upgrading a sim platform, or prototyping automation systems, these actuators offer unmatched versatility and performance—ready to mount, ready to race.
Fully 3D-Printed Linear Actuators – Durable, Precise, and Sim-Ready
Step into the future of motion control with our fully 3D-printed linear actuators, engineered for strength, precision, and seamless integration. Built using high-durability composite materials and manufactured with the most advanced equipment available, these actuators deliver reliable performance in demanding environments—from racing simulators to robotics and automation systems.
Each unit is custom-designed and printed for purpose, using reinforced polymers selected for load-bearing capacity, thermal stability, and long-term wear resistance. The result: a lightweight, high-strength actuator that performs like metal but offers the flexibility of additive manufacturing, and fully customizable colours
Key Features:
• 🧩 Fully 3D-Printed Construction – No generic enclosures; every part is purpose-built.
• 🛠️ High-Durability Materials – Engineered to withstand mechanical stress and continuous use.
• 🎯 Precision Manufacturing – Produced with top-tier 3D printers for tight tolerances and smooth motion.
• ⚙️ Universal Mounting Compatibility – Designed to fit any racing simulator platform available on the market.
• 🔌 Customizable Interfaces – Compatible with stepping motors, servos, and control modules.
Whether you're building a motion rig, upgrading a sim platform, or prototyping automation systems, these actuators offer unmatched versatility and performance—ready to mount, ready to race.