Case Studies

Personalized Porous Titanium Alloy Orthopedic Implants
Medical Implants

Personalized Porous Titanium Alloy Orthopedic Implants

Me

Using SLM metal 3D printing, we directly printed titanium alloy spinal fusion cages with biomimetic porous structures that promote bone cell ingrowth, greatly improving post-operative osseointegration and stability.

Porosity
Precisely Controlled at 65%
Customization Cycle
Only 48 Hours
Full-Scale Aerodynamic Wind Tunnel Model for Concept Sports Car
Automotive R&D

Full-Scale Aerodynamic Wind Tunnel Model for Concept Sports Car

Au

We provided SLA industrial-grade photopolymer resin 3D printing, creating 1.5-meter front grille and diffuser in one piece, delivering highly faithful validation models for wind tunnel testing.

R&D Cost
Saved 60%
Seamless Joints
0mm Monolithic
Limited Edition Blind Box Collectible for Major Theme Park IP
Cultural & Creative

Limited Edition Blind Box Collectible for Major Theme Park IP

Cu

Partnering with a renowned IP for limited collectibles, high-precision wax resin printing for master molds captured fine details and perfectly reproduced complex hair and fabric fold textures from the original artwork.

Surface Detail
0.02mm Resolution
First Sample Delivery
24 Hours
Conformal Cooling Mold Inserts with Internal Cooling Channels for Special Equipment
Complex Piping

Conformal Cooling Mold Inserts with Internal Cooling Channels for Special Equipment

Co

Traditional machining cannot create conformal cooling channels. We used metal 3D printing to manufacture mold inserts with conformal water paths, significantly reducing molding cooling time.

Cooling Time
Reduced by 30%
Mold Capacity
Increased by 25%
Rapid Forming of Foam Structure for Premium Custom Sneaker Soles
Consumer Products

Rapid Forming of Foam Structure for Premium Custom Sneaker Soles

Co

Using SLS laser-sintered nylon powder, we printed lattice sole structures with gradient elasticity, eliminating complex traditional molding workflows and enabling personalized mass production.

Rebound Performance
Increased by 15%
Weight
Reduced by 20%
Carbon Fiber Composite Arm Enclosure for Commercial Agricultural Drones
Drones

Carbon Fiber Composite Arm Enclosure for Commercial Agricultural Drones

Dr

Short-chopped carbon fiber reinforced nylon FDM printing produced drone arms with exceptional strength while reducing weight compared to traditional injection-molded parts, improving payload capacity.

Weight Reduction
45g Per Part
Impact Resistance
Increased by 30%