NanoDED Lab Printer

Highly precise DED printer with optical sensors ensuring optimal energy input for perfect melts.

Ultra-precise technology focused on the creation of intricate details and smooth finishes.

Engineered for rapid prototyping and agile manufacturing processes.

Robotic integration allows for flexibility in printing complex assemblies in a single workspace.

Heavy-duty printer built for continuous operation in demanding manufacturing environments.

Perfect for artists and designers, this printer offers creative freedom with advanced DED techniques.

An intelligent management software that optimizes the deposition process and monitors parts in real time.

Focuses on steel and high-strength alloys, providing excellent build quality and speed.

Focuses on using recycled materials for eco-conscious manufacturing solutions.

Advanced thermal spray-based DED printer delivering exceptional surface finish and layer adhesion.

This robust DED machine supports various materials and offers precise layer deposition for complex geometries.

Focused on titanium alloy applications, known for its precision and reliability.

Manufactures lightweight structures, ideal for drone and aerospace industries.

A versatile DED printer that accommodates multiple feedstock types for diverse applications.

Ideal for lightweight aerospace components, combining speed and flexibility for complex designs.

Capable of printing with ceramic materials for high-performance applications in engineering.

A high-performance directed energy deposition printer for metal applications, featuring advanced software control.

An environmentally friendly DED printer that uses sustainable materials and efficient energy sources.

A hybrid laser and powder DED system that enables rapid prototyping and part repair tasks.

Tailored for graphite materials, delivering high-quality and durable components.

Specializes in high-temperature materials, making it suitable for industrial applications.

Combines traditional 3D printing with DED for enhanced material utilization and performance.

Designed for aerospace and automotive industries, with multi-material capabilities and superior efficiency.

A modular design allows customization and scalability for various industrial applications.