spexor
The new V12.0 has a splendid PA11 nylon cover printed with professional multijet machines, thus improving the beauty of the cover and its resistance. The textured surface increases the grip of the instrument.
The SpeXor is an innovative and powerful tool to measure the thickness of wood in woodturning or violin making.
Gods powerful neodymium magnets and a sensor, specifically sized electronics and a unique algorithm are the heart of the SpeXor which manages to make precise and repeatable measurements especially in the 0-5 mm range, which is why it is ideal for piercing
Another 6 powerful neodymium magnets placed on the back guarantee an excellent grip on your lathe in any position.
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A bright and large display, a W indicates it will calibrate in 5 seconds
One key to zero at any point and carry out a differential measurement
A W indicates that the meter is calibrating, when the ball is at rest, the @ indicates that it has calibrated
What changes in v12?Improved measurement algorithm and increased calculation speed, small structural and mechanical improvements, we have inserted a USB C connector to adapt to the latest smartphone power supplies.
The key is used to reset to zero at any desired point.
Once pressed the DIFFERENTIAL mode is entered and the measurement is brought to zero.
from here on, the tenths and mm of deviation will be measured.
If you stay within 2 tenths of the deviation to the left, OK appears otherwise the + or - sign
Ideal for hollow and closed shapes like the Hollowforms
small thicknesses
© 2021 by SpeXor Measuring Tool.
Version 10.0 is self-calibrating. Each time the marble rests on the tip an @ will appear on the display at the top right if it detects within 5 seconds a difference in magnetism.
The tip should always be used vertically to prevent terrestrial agravity from affecting the measurement.
A 10-minute warm-up is always recommended for precision measurements.
The key is used to reset to any desired point.
Once pressed, you enter DIFFERENTIAL mode and zero the measurement.
from here on, the tenths and mm of deviation will be measures.
If you stay in the 2 tenths of the deviation on the left, OK appears otherwise the + or -