3D Metal Powder IMT CoCrW 15-53 Microns 5 kg

Designed for the fabrication of high-precision dental and skeletal frameworks, the IMT CoCrW 3D Metal Powder 15–53 µm 5 kg delivers exceptional strength and consistent print performance. This cobalt-chromium-tungsten alloy powder gives specialist laboratories unrivalled control over particle granularity, ensuring superior yield rates and reliable mechanical performance in critical medical applications.

Advanced Capabilities of the IMT CoCrW 3D Metal Powder 15–53 µm 5 kg

Producing complex dental frameworks demands a material that balances mechanical strength with straightforward post-processing. This specialist metal powder enables low-temperature annealing, dramatically reducing residual thermal stresses in printed parts. Lower thermal stress means your frameworks retain their precise dimensions once the manufacturing process is complete, significantly reducing failure rates during patient fitting.

Optimised for Dental and Skeletal Frameworks

Framework clasps require high toughness to withstand repeated physical stress without fracturing. The strict particle size distribution of 15–53 µm ensures optimal powder flow and laser melting dynamics, resulting in high-density, fatigue-resistant clasps. Furthermore, the advanced heat treatment technology developed for this alloy guarantees uniform metallurgical properties across every production batch.

Technicians will appreciate the post-processing workflow optimisation this powder enables. Build supports detach with ease, minimising manual work and reducing the risk of damaging delicate frameworks. Once cleaned and polished, the final fused layers deliver a smooth, aesthetically pleasing surface finish that immediately meets the most stringent aesthetic standards in the dental industry.

Technical Specifications of the IMT CoCrW 3D Metal Powder 15–53 µm 5 kg

Particle Flow Characteristics

• Particle size: 15–53 µm
• Hall flow: ≤ 18 s/50g

Chemical Composition (%)

• Cobalt (Co): 61.50
• Chromium (Cr): 27.75
• Tungsten (W): 8.50
• Silicon (Si): 1.50
• Iron (Fe): 0.50
• Manganese (Mn): 0.25

Physical Properties

• Hardness (HV 10): 300
• Elongation (%): 10
• Tensile strength (MPa): 525
• Yield strength, Rp0.2% (MPa): 375
• Modulus of elasticity (GPa): 210
• Corrosion resistance (µg/cm³): < 200
• Coefficient of thermal expansion (20–600 °C) (10⁻⁶/K): 14.1 – 14.3
• Density (g/cm³): 8.4

Sourcing with EXPERT3D

Since 2012, EXPERT3D has supplied professionals with rigorously evaluated, high-performance Additive Manufacturing solutions. Our technical team understands the strict compliance levels and reliability required for continuous dental 3D printing workflows. We ensure that every material batch you receive meets the highest industry standards for smooth, perfectly repeatable production.