The MT2 half-notched center is a model-level RFQ product for lathe tailstock support and turning setups where a half-notched center geometry is required. It is selected when the required Morse taper, center dimensions, overall length, clearance and machine fit must be confirmed before supply. Technical Specifications Order No. C151011 Model MT2 D (mm) 18 D1 (mm) 17.78 D2 (mm) 6 L (mm) 100 Selection Information Before requesting a quote, confirm the lathe model, tailstock taper, required center dimensions, clearance around the supported workpiece, available length clearance and quantity. Typical Applications Lathe tailstock support for turning operations Workpiece support where a half-notched center profile is required Machine tool accessory replacement Toolroom and production turning setups Morse taper center selection and specification matching What to Confirm Before Ordering Lathe model and tailstock taper Required center size and half-notched geometry Overall length clearance Workpiece material, diameter and support requirement Quantity and application details Related Resources Lathe Centers Machine Tool Accessories Request a Quote FAQ What is the MT2 half-notched center used for? It is used as a lathe center for tailstock support and turning setups where the taper, center dimensions and half-notched geometry must match the workpiece and lathe. How is a half-notched center different from a standard dead center? A half-notched center has a notched profile for applications where additional clearance around the supported workpiece is required. Final suitability depends on the workpiece and machine setup. What information is needed for a quote? Send the lathe model, tailstock taper, required center dimensions, clearance requirement, workpiece details and quantity. Is this product sold by quote? Yes. This lathe center is handled as an RFQ product because the correct model depends on machine taper, workpiece size and application requirements. Request a Quote Request a quote with your lathe model, taper and workpiece support requirements.
