MENU
Purpose-built core smart workshop solutions accelerate your enterprise’s intelligent and digital transformation
To address the dual challenges of blank‑allowance fluctuation and manual alignment, the DMP series machine tool probe adopts touch‑trigger probe sensing, omnidirectional optical or wireless communication, and in‑machine pre‑scanning algorithms. Before machining, it automatically identifies the actual blank allowance and dynamically adjusts the machining coordinate system, so that the tool cuts according to the real‑world blank status, rather than purely theoretical drawing data.
The selection of machine‑tool probes is essentially an engineering trade‑off between signal penetration and probe interchangeability. Once this decision is made, subsequent machine retrofitting, probe deployment and frequency resource management will be continuously impacted.
The DMP series of high-precision, touch-trigger machine tool probes integrates measurement directly into the CNC machining workflow. Eliminating the need to unload workpieces or wait for inspection reports, these probes enable automatic part alignment and in-process dimensional inspection—with accuracy of ≤1 μm (2σ)—right on the shop floor.
Addressing the challenges of tool setting in the mold industry, the KELCH V3xx features a stable cast-iron body, a high-precision SK50 spindle with precision bearings, and a CCD telecentric optical measurement system.
The KELCH V9xx-S integrates tool measurement, thermal shrink clamping, length presetting, and tool holder cooling into a single workstation, providing an “one-time setup, fully controlled process” tool pre-processing capability for aerospace precision machining workshops.
The KELCH V6xx fully automatic tool presetter adopts a compact cast-iron body equipped with a dual-camera measurement system, achieving a repeat measurement accuracy of ±2 μm.
Home
Product
Service
User
Inquiry
