4.     What is an “integrated adapter”? HAIMER 3D-Sensors are available with either a straight shank arbor (that can be used in conjunction with a collet chuck or end mill style holder) or with an integrated taper of your choice (CAT40, BT40, HSK) for direct placement into your machine.

5.     Is there a way to compensate for runout in the spindle? Yes. All HAIMER 3D-Sensors have adjustment screws that allow concentricity to be adjusted to a specific spindle.

6.     Can it be used in both CNC and manual machines? Haimer sensors are ideal in either environment. With their shock-resistant construction, the sensors can be stored in a tool pocket and tool changed directly into the spindle when needed.

7.     Is there a digital version? Yes. The Digital 3D Sensor features a backlit LED readout easily visible from long distances, such as when mounted in a large machining center.

8.     How accurate is it? Analog sensors are accurate within 0.0004”. Digital sensors are accurate within 0.0002”.

9.     Is it waterproof? All analog HAIMER 3D-Sensors are rated IP67, which means they are protected from dust and capable of withstanding water immersion between 15 cm and 1 meter for 30 minutes. Digital HAIMER 3D-Sensors are IP64 rated – protected from dust and splash from any direction.

10.   What happens if the tip breaks? Haimer's short and long probe tips feature a ceramic shaft that is designed to fracture when over-traveled, thus protecting the sensor itself. Tips feature an internal threaded bore so they can be easily removed and replaced if breakage occurs.

By the way, all HAIMER 3D-Sensors are individually tested and adjusted when being assembled in order to achieve maximum measuring precision (0.01 mm when used with original HAIMER probe tips).

Previously featured on Haimer's Blog.