The FabBot Desktop ATC CNC Router by Forest Scientific is a powerful, easy-to-use CNC machining solution designed for education, prototyping, and small-scale production. Built for accuracy, reliability, and affordability, the FabBot combines industrial-grade performance with a compact desktop footprint, making it ideal for classrooms, labs, makerspaces, and light fabrication environments.

Featuring a 1.5 HP high-frequency automatic tool change (ATC) spindle with a 6-position tool changer, the FabBot streamlines multi-tool jobs and increases productivity while minimizing manual intervention. Its generous 38″ x 24″ x 6″ usable work area allows users to machine a wide range of materials and project sizes with confidence.

The FabBot CNC Router is well-suited for cutting and fabrication applications including sign making, plastics fabrication, furniture components, model making, and STEM or CTE education programs. Designed as a turnkey system, it can be configured with a desktop setup or enclosed stand and integrates seamlessly into instructional and production workflows.

Key Features

• Desktop CNC router with automatic tool change capability

• 1.5 HP high-frequency ATC spindle

• 6-position automatic tool changer

• Usable work area: 38″ x 24″ x 6″

• Compact, space-efficient design

• Ideal for education, prototyping, and light manufacturing

Common Applications

• Sign making and engraving

• Plastics and composite fabrication

• Furniture and woodworking projects

• Model making and prototyping

• Career and technical education (CTE) and STEM labs

Available Options & Upgrades

• 6″ Rotary 4th Axis

• Vacuum table with vacuum pump

• Digital reverse-engineering probe

• Wireless handheld MPG jog pendant

• Quiet air compressor

• Dust collection system

• Custom machine sizes and spindle configurations

The FabBot Desktop ATC CNC Router delivers professional CNC capability in a compact, classroom-friendly system, making it an excellent choice for schools, training centers, and organizations looking to introduce or expand CNC machining with minimal complexity and maximum impact.