Robotics & Automation

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The robotics industry demands extreme precision, complex geometries, and rapid iteration. HBD's metal additive manufacturing systems empower developers to break through traditional manufacturing limits. From lightweight structural components to high-performance actuators, our technology enables the production of topology-optimized designs, conformal cooling, and integrated multi-functional parts. This results in faster R&D cycles, significant weight reduction, and enhanced dynamic performance, bringing your advanced robotics concepts to reality quicker than ever.

Topology Optimization & Lightweighting

Rapid Prototyping & Low-Volume Production

Integrated Functional Structures

3D 프린팅 방법

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Use Case 1: Six-Axis Force Sensor

Challenge: Traditional machining can’t produce complex internal lattice structures needed for high-sensitivity sensors.
Solution: HBD printed a bionic honeycomb sensor (Ti-6Al-4V) as a single integrated part—no assembly required.
Result: 45% weight reduction, improved torsional stiffness, and 30% shorter lead time by eliminating cutting, welding, and assembly.

Use Case 2: Robotic Hand & Leg Guards

Challenge: Protective gear must balance high impact resistance with ultra-lightweight for agile movement.
Solution: HBD printed topology-optimized aluminum (AISi10Mg) guards with internal lattice structures.
Result: Hand guards 57% lighter, leg guards 45% lighter than traditional parts—maximizing protection with minimal weight.

Use Case 3: Mini Hip Rotation Front Support

Challenge: Joint brackets must handle high loads while keeping weight low—traditional multi-part CNC designs create weak points.
Solution: HBD printed a single-piece aluminum (HBCL-QR01) bracket, replacing a multi-part assembly.
Result: 40% weight reduction vs. CNC-machined original, with more uniform stress distribution and higher load capacity.