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Manual crossed roller stages are
widely used where high-level of
precision,
parallelism,
flatness
and accuracy are
required. The applications
include gauging and
fine tuning with optical
instrument, machine tools,
gauging instrument and more.
Optimal
Engineering Systems’ (OES)
manual XYZ and θ (theta) stages
are designed for high precision
alignment applications.
Available in three standard
models, these stacked, crossed
roller stages move in XY and Z
linear axes, and have a θ
(theta) or rotary top stage.
Three standard models
(MXYZAR38-A, MXYZAR60-A,
MXYZAR85-A) have X and Y axis
linear travels from the center
line of +/- 6.5 mm (+/- 0.256
in.), +/- 6.5 mm (+/- 0.256
in.), and +/- 12.5 mm (0.429
in.), and a Z axis travel of +/-
3 mm (+/-0.118), +/- 5 mm (+/-
0.197 in), and +/- 5 mm (+/-
0.197 in). Applications for
these high precision manual
stages include: Gauging and
gauging instrumentation, fine
tuning of optical instruments,
machine tools, micro assembly,
micro machining, and alignment
operations when parallelism,
flatness, and accuracy are
required.
These compact, black anodized
stages measure just 96.25 mm
(3.789 in.) wide, 88.75 mm
(3.494 in.) deep, by 100 mm
(3.957 in.) high (MXYZAR38-A),
117.5 mm (4.626 in.) wide, 109
mm (4.291 in.) deep, by 119.5 mm
(4.705 in.) high (MXYZAR60-A),
and 160.5 mm (6.319 in.) wide,
150 mm (5.906 in.) deep, by 120
mm (4.724 in.) high
(MXYZAR85-A), and rotary table
diameters are 38 mm (1.496 in.),
60 mm (2.362 in.), and 85 mm
(3.346 in.), and they have load
capacities of 0.9 kg (1.98 lb),
3 kg (6.61 lb), and 2.5 kg (5.51
lb) respectively. Additionally,
XYZ and θ (theta) manual stages
can be ordered with linear
encoders and digital readouts,
or customized to meet specific
requirements.
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