Using the PO series domestic machine tool probe for centering eliminates the limitations of operator skill levels, transforming the previously experience-dependent and feel-based operations in the calibration process into a scientific, simple, and universally accessible method. Therefore, the use of machine tool probes is becoming the mainstream in CNC machining today.

The PO40 is an infrared-triggered machine tool probe with 3D 5-direction probing capabilities, featuring a compact size, stable transmission, high precision, and strong compatibility. It is widely used in 3-axis and 5-axis machining centers, as well as turning-milling composite machining centers. Using the PO series domestic machine tool probe, alignment, centering, and in-machine measurement can be easily achieved, improving production efficiency.

Receiver Parameters

Name: COMI Receiver

Transmission Type: Infrared Optical Modulation

Working Range: 8m

Weight: 926g

Power Supply Voltage: 12V~30V

Power Supply Current: Transmission <100mA, Reception <40mA;

Cable (to machine control): Dedicated 13PIN shielded cable, 8m or 15m;

Storage Temperature: (-25~70)°C, Operating Temperature: (5~55)°C;

Note: When the voltage is 24V, all outputs are open circuit.

Advantages

1. High Repeatability Accuracy: Unidirectional repeatability accuracy <1μm.

2. Ultra-Long Standby Time: Uses disposable batteries for easy replacement.

3. Full-Enclosure Energy Absorption Design: 360° full-enclosure energy absorption design buffers spindle impact in case of operational accidents.

4. High-Level Protection Design: Probe and receiver body protection rating reaches IP68.

5. Combined Diagnostic LED Indicator: Displays the probe's current working status in real time and accurately.

The PO series domestic machine tool probe is simple and convenient to operate, making it suitable for high-volume, high-precision production needs. It employs a stable three-point trigger structure design. When the stylus is subjected to external force causing radial or axial movement, the triggering mechanism activates, and the probe's internal circuit sends a trigger signal to the receiver. The receiver then transmits the signal to the CNC machine tool to obtain the position coordinates of each axis. Based on data from different measurement points, the required measurement results are calculated.