Haas TL-1 CNC/Manual Toolroom Lathe

Versatile Precision: The Haas TL-1 CNC/Manual Toolroom Lathe

The Haas TL-1 is an essential asset for our research and development facilities, offering a unique hybrid approach to machining. By combining the ease of use of a manual lathe with the power and repeatability of CNC, the TL-1 empowers students and faculty to tackle complex cylindrical geometries with absolute confidence.

Why the TL-1 Matters for Research

• The Best of Both Worlds: Featuring the Haas Intuitive Programming System, the TL-1 allows users to perform simple tasks manually or use conversational programming for complex operations—no G-code knowledge required for basic parts.

• Precision Turning: Ideal for creating custom shafts, specialized threaded fittings, and precision spacers. The lathe provides the high-torque performance necessary for a variety of materials, from aerospace-grade alloys to laboratory-grade polymers.

• Seamless Prototyping: The ability to switch between manual and full CNC modes makes it the perfect tool for "one-off" research components where dimensions may need to be adjusted on the fly during the experimental phase.

• Enhanced Safety & Control: Unlike traditional manual lathes, the TL-1 includes electronic handwheels and built-in safety interlocks, making it a safer environment for students learning the fundamentals of metalworking.

Bridging the Gap from Design to Discovery

From developing custom components for electrochemical cells to machining high-tolerance hardware for vacuum systems, the Haas TL-1 provides the flexibility required in a high-intensity research environment. It is more than just a tool; it is a gateway for students to master modern manufacturing techniques while producing the physical hardware that drives scientific breakthroughs.

Technical Snapshot:

• Capacity: $16" \times 30"$ ($406 \times 762$ mm) max capacity.

• Spindle: High-performance spindle with variable speed control for superior surface finish.

• Threading: Automated threading cycles that eliminate the guesswork of manual thread cutting.