Engineered for Education Series: Headstock Change Wheels – Control over threading and feed rates
Precision threading and controlled feed rates are vital in turning operations.
Engineered for Education Series: Thread Dial Indicators – Simplicity in screwcutting
Accurate screwcutting requires precise timing between the spindle rotation and the leadscrew.
Engineered for Education Series: Gap Bed Lathes – Increased capacity without increased footprint
Workshop space is always valuable — and so is the ability to machine larger components. The gap bed design, standard across Colchester and Harrison manual lathes, provides both. By incorporating a removable section of the lathe bed directly in front of the headstock, operators gain additional swing capacity for larger diameters without increasing the machine’s overall length or footprint.
Engineered for Education Series: Variable speed spindle drives – Flexibility for every material
Whether teaching students about cutting parameters or fine-tuning a production setup, variable speed control provides the flexibility needed to handle everything from mild steel and aluminium to brass, plastics, and tougher alloys.
Engineered for Education Series: Digital Readouts (DRO) – Accuracy and confidence in every cut
Precision in turning depends not only on operator skill but on how accurately tool movement can be measured and controlled. On Colchester and Harrison manual lathes, this precision is enhanced by the inclusion of Digital Readouts (DROs) as standard across the range.
Engineered for Education Series: Constant Surface Speed (CSS) – Precision through consistent cutting conditions
Constant Surface Speed (CSS) is a core feature of all Colchester and Harrison manual lathes, designed to maintain consistent cutting conditions throughout the machining process.