Metal 3D Printer

Produce complex metal components with lower tooling costs, faster prototyping, and flexible production.

Metal Printer

Industrial Metal Printing Made Accessible

CoLiDo Metal 3D Printer delivers stable and precise metal part printing with reliable extrusion and consistent layer quality, producing high-quality green parts as the first step of a standard metal additive manufacturing process.

Each part is designed for downstream debinding and sintering to achieve final metal components, supporting both prototyping and small-batch production.

Recognized with a Gold Medal at the Geneva International Exhibition of Inventions, CoLiDo reflects strong innovation and engineering excellence in metal 3D printing.

Key Steps in Metal 3D Printing

From Metal Feedstock to Functional Parts

CoLiDo Metal uses a filament-based metal additive manufacturing process that transforms metal feedstock into fully dense functional components through printing, debinding, and sintering. This streamlined workflow combines design flexibility with reliable metal part production.

01 Metal Filament Preparation

Metal powder is combined with a polymer binder and extruded into high-quality metal filament, providing a safe, stable, and easy-to-handle feedstock for printing.

02 Green Part Printing

The metal filament is heated and deposited layer by layer using the CoLiDo Metal 3D Printer, creating a precise "green part" that accurately reflects the final design geometry..

03 Debinding Process

The binder is removed through a controlled debinding process, leaving behind a porous metal structure known as a "brown part" that is ready for densification.

04 High-Temperature Sintering

The debound part is sintered at high temperatures, allowing metal particles to fuse together and form a dense, strong, and functional metal component.

→

AMSS Technology

Advanced Metal Printing, Simplified

AMSS combines filament-based metal additive manufacturing with intelligent process control, providing a safer, more accessible, and cost-effective approach to producing functional metal parts.

PATENTED PROCESS

Proprietary AMSS Technology

Simplified metal printing through extrusion, debinding, and sintering.

QUALIFIED MATERIALS

Engineered Metal Filaments

Validated materials for stable printing and reliable results.

SMART MONITORING

Intelligent Material Detection

Automatic filament monitoring prevents unexpected interruptions.

SELF-CLEANING SYSTEM

Continuous Extrusion Stability

Reduces clogging and maintains smooth material flow.

THERMAL CONTROL

Fully Enclosed Heated Chamber

Improves print consistency and layer bonding.

INDUSTRIAL RELIABILITY

Consistent Production Performance

Designed for dependable and repeatable metal part production.

Support for Diverse Material Requirements

The platform is compatible with a variety of metal materials, including stainless steel, tool steel, aluminum alloys, titanium alloys, and other MIM-based feedstocks. After debinding and sintering, parts can achieve over 97% metal content, delivering excellent mechanical performance and functional properties.

Supported Materials