Additive Manufacturing.
Reimagined.

Slic3D Research engineers advanced additive manufacturing processes for high-performance polymers and ceramics, overcoming traditional limitations.
** The majority of the content is placeholder mock-ups for future products **

The Ceramic Bottleneck

Advanced ceramics offer incredible properties—strength, heat resistance, biocompatibility—but traditional manufacturing is slow, energy-intensive, and geometrically limiting.

Lengthy Processing

Conventional kiln firing cycles take hours, sometimes days, creating significant production delays and limiting iteration speed.

High Energy Costs

Heating large, inefficient furnaces consumes vast amounts of energy, impacting both manufacturing cost and environmental sustainability.

Design Constraints

Slow, uniform heating restricts the complexity of achievable geometries and hinders the creation of functionally integrated ceramic parts.

The Slic3D Breakthrough

Microwave Sintering.
Perfected.

Proprietary microwave sintering technology from Slic3D Research enables direct, rapid, and efficient ceramic processing, bypassing the limitations of conventional furnaces.

  • Sintering in minutes, not hours or days.
  • Significantly reduced energy usage per part.
  • Enabling complex internal structures and geometries.
Dive Deeper into the Tech
Diagram illustrating the Slic3D Microwave Sintering process concept

Transforming Industries

Faster, more efficient production of high-performance ceramics unlocks innovation across the most demanding sectors.

Our North Star

Pioneering the Future of Material Manufacturing

Envision a world where the creation of advanced material components is agile, accessible, and sustainable, empowering engineers and designers to build the previously impossible.

Learn About Our Vision

Engage with Slic3D Research

Connect with us to discuss potential partnerships, investment opportunities, or simply stay informed on our progress.

Engage with Slic3D