Robot Enclosure – SLA 3D Printed High-Precision Aesthetic Part
SLA photopolymer 3D printing precisely reproduces complex robot shell geometries, cooling grilles, and embossed logos. The surface is ready for painting, electroplating, or screen printing, delivering a finish comparable to injection molding.
Case Images
Facing challenges
Humanoid and service robots feature complex curved shells. Traditional CNC prototyping is costly and slow; mold-making for low-volume production costs hundreds of thousands, extending design validation cycles. Appearance parts must precisely replicate details like heat dissipation holes, snap-fit connectors, and buttons.
Solutions
SLA photopolymerization 3D printing precisely reproduces complex robot shell geometries, cooling vents, and embossed logos with layer thickness of 0.1mm for superior surface accuracy. High-strength resin allows direct painting, electroplating, or screen printing to achieve injection-molded aesthetics. Supports 1:1 full-part printing or multi-piece assembly.
Achieve Results
Reduced appearance verification cycle from 4 weeks to 3 days; cut small-batch production costs by 70%; achieved surface accuracy of 0.03mm, enabling direct use as a master mold for silicone molding. Successfully applied to the head, torso, and limb shells of humanoid robots.
Recommended Models
3DSL-600/3DSL-800
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