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Biomedicine

SOLUTIONS

Summary

One stop solution for equipment, powder, and process

For medical additive manufacturing (3D printing) applications, Avimetal can provide Titanium and Titanium alloy, Cobalt-Chromium alloy and other advanced medical powder materials, the powder covers all particle size range, The powder products anti-oxidation, corrosion resistance and other comprehensive performance is excellent

Technical advantages

Customized Design

100% actualization of customized design

Lightweight Design

Topology optimization design that simplifies the structure of components and reduces product weight

Rapid Forming

Integrated molding of complex structure: no assembly needed, high product consistency and reliability

Multi-size

Meeting the needs of multi-size forming from millimeter to meter for component manufacturing

High Performance

Rapid forming and repair of any missing or damaged component

Short Cycle

Drastically reducing processes, procedures and supply chain for shorter manufacturing cycle

Low Cost

High material utilization and basic net forming; high manufacturing efficiency and low cost

Application Cases

Dental Crowns

Scheme
Equipment:
MT160
Material Science:
CoCr01
Technology:
SLM printing fixed denture
Result
Adopting the additive manufacturing, the fixed denture is printed by laying powder layer by layer. 246 pieces could be printed in 4.3 hours from a whole plate at a time, with smooth interior of the crown and less sticky powder on the outside, and the comprehensive dimensional accuracy effectively controlled within 0.1mm.

Brackets

Scheme
Equipment:
MT160
Material Science:
CoCr01
Technology:
E-stage support design to ensure the support strength, the convenience to clear powder and support removal and save the use of powder
Result
28 metal brackets of 46mm high could be printed from a whole plate in 7 hours, with smooth surface, no obvious step pattern. The linkage and E-Stage support method ensure a good fitness, maximizes productivity and efficiency, and regulates effectively the comprehensive dimensional accuracy within 0.1mm.

Porous Medical Components

Scheme
Equipment:
MT160
Material Science:
Ti64 G5
Technology:
Optimization of printing parameters and designs of support methods and placement
Result
Using small spot for printing porous lattice structure to ensure the fine rod diameter molding while adjusting the spot compensation and energy density to control the printing size. Using reasonable placement angle and cross support structure to ensure powder saving, good molding and high productivity.
Technical Service
Design & Modeling
Forming Process
Procedure Control
Heat Treatment
Enameling Test
Surface Treatment

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