The UCAN DTDC1100 High-Precision Pinch and Peel Grinding Machine is purpose-built for high-speed pre-process cylindrical step, taper, and neck grinding of solid carbide round rods for end mills, micro-drills, forming cutters, and precision punches ranging from Φ0.5 mm to Φ20 mm.
Simultaneous Coarse + Fine Dual-Wheel Grinding Doubles Throughput
Unlike conventional cylindrical grinders that require separate roughing and finishing passes, the DTDC1100 feeds a 12 kW coarse wheel (Φ250 mm, >70 m/s linear speed) and a 3.4 kW fine wheel (Φ150 mm, 12,000 rpm) simultaneously on both sides of the carbide blank—balancing radial cutting forces while achieving ≤ 0.003 mm circular runout and Ra ≤ 0.2 μm mirror surface finishes in a single pass.
Product Item 6
Sanev more crena somen nora vema. Macon neso coser meano vame cras, neco omer savem mace nasev canor. Emos vone rone vema cras omer, mosem coner sano monea neva raca
Product Item 5
Sanev more crena somen nora vema. Macon neso coser meano vame cras, neco omer savem mace nasev canor. Emos vone rone vema cras omer, mosem coner sano monea neva raca
Product Item 4
Sanev more crena somen nora vema. Macon neso coser meano vame cras, neco omer savem mace nasev canor. Emos vone rone vema cras omer, mosem coner sano monea neva raca
Product Item 3
Sanev more crena somen nora vema. Macon neso coser meano vame cras, neco omer savem mace nasev canor. Emos vone rone vema cras omer, mosem coner sano monea neva raca
Product Item 2
Sanev more crena somen nora vema. Macon neso coser meano vame cras, neco omer savem mace nasev canor. Emos vone rone vema cras omer, mosem coner sano monea neva raca
Product Item 1
Sanev more crena somen nora vema. Macon neso coser meano vame cras, neco omer savem mace nasev canor. Emos vone rone vema cras omer, mosem coner sano monea neva raca
Rigid FC25 Bed & Active U-Axis Support for Slender Blanks
To prevent deflection when grinding long-overhang or micro-diameter blanks down to Φ0.5 mm, the DTDC1100 incorporates a synchronized U-axis support bracket and automatic Keyence axial length positioning.
