- Sliding holders
- MX-T triple axis slider
- MY-T single axis slider
- MZ-TS triple axis slider
- MZ-TL triple axis slider
- PZ-TM
- CH-Tslider
Sliding holders
When mounting optical systems on a device that is prone to vibration, lenses and camera systems need to be firmly secured. Moreover, when conducting optical work in a manufacturing environment, workpieces need to be focused and refocused frequently, requiring smooth movement in all directions. Since the Machine Vision Lens sliding holder is capable of highly accurate sliding motion along a single axis or along triple axes, the optical system can be moved easily to any desired observation point. Also, combination with dovetail stages allows for highly versatile sliding action.
MX-T triple axis slider
Triple axis slider with sliding action along the X axis 20mm, Y axis 30mm, Z axis 60mm.
With a φ14 shaft attached, the slider can be set in any direction, making it extremely useful in a wide range of applications.Lens clamps with deeper, longer reaches are also available.
These can be used if the lens interferes with the lighting devices at full extension of the metal frame.
MY-T single axis slider
MZ-TS triple axis slider
Long stroke stand-alone type triple axis slider with sliding action along the X axis 70mm, Y axis 60mm, Z axis 60mm. Ideal for mounting directly onto a device.
The lens clamp length of MZ-TS triple axis slider is 48 mm.Scale is attached to each of the X,
Y and Z axis.(Scale on Z axis is attached to the 2 sides.) Stopper is attached to each of the X,
Y and Z axis.(Two stoppers are attached on X axis.)
MZ-TL triple axis slider
We have prepared MZ-TL slider with a lens clamp length of 78mm. Please use it when illumination device interferes due to the influence of the full length of the metal frame of the lens.
70mm on the X axis, 60mm on the Y axis and 60mm on the Z axis same as MZ-TS.
Scale is attached to each of the X, Y and Z axis. (Scale on Z axis is attached to the 2 sides.)
Stopper is attached to each of the X, Y and Z axis. (Two stoppers are attached on X-axis.)
