Zirconium emerged in 2023 as a groundbreaking startup revolutionizing advanced digital manufacturing for a new industrial era. With a strong focus on delivering disruptive technologies across Medical and Dentistry (ZircLab) and Industrial (ZircTech) segments, Zirconium is setting a new standard for high-efficiency, cost-effective production. Its approach to advanced digital manufacturing promises to redefine productivity, speed, and cost, positioning Zirconium at the forefront of Industry 4.0 solutions. The startup's innovations cater to diverse industrial needs, offering specialized, high-precision solutions for complex manufacturing processes that were previously costly or time-consuming.

ZircLab stands out for its transformative capabilities in dental manufacturing, offering a solution that produces dental prostheses seven times faster and at just 20% of the cost of traditional CAD/CAM processes. It supports the production of high-quality prosthetics, including porcelain, lithium disilicate, and metalloceramic applications, meeting rigorous industry standards while reducing time and cost. In the industrial sphere, ZircTech is the first to manufacture aerospace components in INCONEL through advanced digital manufacturing. The technology enables the production of complex metallic parts in a range of materials like copper, brass, steel, stainless steel, Inconel, silver, gold, and any alloy melting up to 2500ºC. ZircTech also spearheads research and development efforts, launching innovations like multimetallic parts and super-efficient high-temperature sintering centers, driving advanced digital manufacturing into new realms of possibility.

This process is simple and consist in 3 main stages: 

1) Produce Shell mold in High temperature resistant material

2) Fill up the shell with desired powder material

3) Process material in high temperature furnance 

This process is simple and consist in 3 main stages: 

1) Produce Shell mold in High temperature resistant material

2) Place the pellets on the the shell feeding channel 

3) Process material in high temperature furnance 

This process is simple and consist in 2 main stages: 

1) Produce final shape green part 

2) Process material in high temperature furnance