Cnc Z-axis Wired Tool Setter Large Strok Cost-Effective

This style is high-precision, cost-effective for automated tool measurement in machining centers. It was built for tough shop-floor conditions, it features an IP68 protection level that helps prevent coolant, chips, and dust from affecting performance. The robust sealed structure supports reliable operation in daily production, even in wet and contaminated environments.

Designed with an 11mm large-stroke measuring range, the unit offers ample travel for stable, repeatable checks across a wide variety of tool types and setups. With precision up to ≤0.5μm, it supports tight-tolerance machining where accurate tool offsets directly impact part quality and surface finish.

At its core is a high-precision photoelectric sensor trigger. It performs consistently in complex machine conditions, helping maintain stable measurement results across shifts and reducing the need for frequent adjustments.

In use, the tool setter automatically measures tool length, tool diameter, and tool deflection, enabling faster setup and in-cycle verification. By integrating tool measurement into CNC routines, can improve tool detection speed and accuracy, reduce offset errors, and catch wear or breakage earlier. It helps minimize scrap and rework, protects expensive workpieces, and increases overall productivity by keeping the machine cutting instead of stopping for manual checks.

Another advantage of this model is its optimized performance and dimensions that deliver strong real-world capability at a more favorable price point. Compared with the DTS200, it is tuned to provide excellent cost-effectiveness—ideal for shops that want photoelectric accuracy and IP68 durability while keeping budgets under control. It’s a smart choice for expanding multi-machine tool-setting coverage, upgrading older equipment, or standardizing across production lines.

With dependable wired signal transmission, straightforward integration, and durable construction, this tool setter provides a practical path to more consistent offsets, faster changeovers, and stable quality—without overpaying for features you don’t need.