Superabrasive Wheel Truing & Dressing Machine Models — NEOTEK EliteDress
Three configurations of the NEOTEK EliteDress superabrasive wheel truing and dressing machine share the same core concept, scaled for different levels of automation, enclosure, and control sophistication.
Axes: X (servo), Z (servo), B (manual)
W‑axis: 180 mm / Manual
U‑axis: 140 mm / Manual
Cover: Uncovered
Dimensions: 2106 × 1807 × 1815 mm
Weight: 1600 kg
Axes: X (servo), Z (servo), B (servo + reducer)
W‑axis: 280 mm / Manual
U‑axis: 140 mm / Manual
Cover: Full enclosure
Dimensions: 2173 × 1874 × 1815 mm
Weight: 1750 kg
Axes: X (servo), Z (servo), B (servo + harmonic drive), U/W (servo)
W‑axis: 280 mm / Servo
U‑axis: 140 mm / Servo
Cover: Full enclosure
Dimensions: 1994 × 2209 × 2000 mm
Weight: 2260 kg
DXF profile import & comparison
NEOTEK EliteDress superabrasive wheel dressing machines are distributed exclusively in the United States, Canada, and Mexico by Volumetric Machinery. We serve tool & cutter grinding shops, carbide tool manufacturers, and CNC grinding facilities throughout North America — including the U.S., Canada, and Mexico. All three models — EliteDress 200, 300, and 500 — are available for immediate quotation.
One Machine for Both Wheel Truing and Wheel Dressing
Every EliteDress model is a combined superabrasive wheel truing machine and wheel dressing machine. Truing restores wheel geometry — concentricity, roundness, and profile shape — while dressing conditions the abrasive surface to expose fresh diamond or CBN grain for clean, low-force cutting. On conventional aluminum-oxide wheels these operations blur together, but for superabrasive wheels they are distinct, and the EliteDress handles both in a single programmed cycle: roughing passes for geometric truing, followed by finishing passes for surface dressing.
After the cycle, the CCD camera system (20×–138× magnification) lets the operator confirm that the geometry is true and the surface is properly dressed before the wheel returns to the grinder. The EliteDress 500 adds DXF profile comparison for verifying complex form profiles to micron-level accuracy. For a deeper explanation, see Wheel Truing vs. Wheel Dressing.