We
offer two options for Z movement (focus) on microscopes,
a z motor, or a Peizo stage insert. Click below to find
out more about these products.
Focus
Motor - H122
Simple easy and to fit Z solutions for most microscopes.
Most microscopes can be retro-fitted with a motorised focus
option, the standard motorised focus control from Prior
Scientific provides step sizes as small as 0.002µm
and provides excellent resolution for precise focus and
repeatable positioning in the Z-axis. For large movements
when high speed is required, the ProScan™III focus
motor can be driven at speeds of up to 20 revs/s. The H122
range of focus motors are compatible with both rotary encoders
and linear encoder probes.
FB203/4/6
Motorised Single Axis drive system, with option stand for XY stage platform. With 38mm of travel this provides a solution to the focus and XY motion of heavy and large objects under optics. This can also be used for OEM systems where a high accuracy linear axis is required.
ZDeck
The Prior ZDeck Quick Adjust Platform for Olympus BX51WI/BX61WI and Nikon FN1 microscopes enables users to increase their productivity by allowing them to image multiple areas of interest with speed and precision.
Focus
Only Controller
For Focus only solutions Prior provide the ES10ZE controller, an economical encoder ready controller with manual controls and a positional readout.
NanoScanZ – Piezo
focusing stage.
The NanoScanZ Piezo focusing stage provides
up to 1nm resolution and ultra high speed motion. This
is provided in 100, 200, 250 and 500um range solutions and is
compatible with a wide range of microscopes.
Laser
Autofocus
The
LF210 Autofocus System from Prior Scientific combines the
latest in intelligent microprocessor control and advanced
optics to provide the fastest and most reliable laser autofocus
available. Its compact module incorporates precision optics
that easily adjust to different microscopes and optical
systems. It even contains the microstepping drive for the
focus motor. The new optical design eliminates the need
to manually adjust the focus trim and loop gain, which
is done automatically in the processor. The intelligent
digital control automatically senses when the sample has
moved out of the field of view and stops the focus drive
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