How it Works
Holo’s patented additive manufacturing technology is based on a flexible polymer binder platform compatible with a wide variety of proven materials, including copper and other metals, technical ceramics and composites. Holo’s proprietary 3D photolithographic process exposes eight million voxels at a time to build geometries that are chemically processed and sintered to produce high-purity finished 3D printed parts.
Step 1
Step 2
Step 3
Step 4
Technology Advantages
Material Flexibility
Our manufacturing process is compatible with a wide spectrum of proven low-cost, high volume Metal Injection Molding (MIM) powders and technical ceramics. The binder chemistry supports a wide range of materials and results in highly dense final 3D printed parts. Holo excels with copper and other materials, which are traditionally problematic with laser-based approaches.
Minimal Waste
Holo delivers significantly better material utilization than other approaches. 99% of material is fully utilized in production without additional recycling steps, resulting in improved cost efficiency and a reduced environmental impact.
Production Scalability
Holo’s patented additive manufacturing technology is designed with high volume production in mind. High-definition photolithography ensures high accuracy and layer-to-layer repeatability. Standard MIM processes and equipment are utilized to produce finished parts. Compact material handling with low waste streamlines the process and avoids additional material recovery steps.
Get in touch!
Simply send us an email with any questions or inquiries you may have.