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LRXP vertical manual translation platform
DESCRIPTION
Adopting cross roller guide rails, it has strong load capacity and good wear resistance, ensuring key indicators such as product sensitivity
The main material is made of aluminum alloy, with a blackened surface treatment, suitable for use in optical experiments and other fields that require high manual adjustment accuracyThere are two driving modes, namely, the split card and the fine thread pair. Each product is divided into left and right sides, suitable for use as a vertical orZ
The products used for shafts are very flexible and convenient when combined for use
The product has a wide range of sizes, good compatibility, short delivery time, and high cost-effectivenessPrecision manual translation stage LRXPseries It is a precision manual translation stage launched by Huarui OptoelectronicsThe main material is made of aluminum alloy, which has high sensitivity and small external dimensions. It uses cross roller guide rails and is driven by either a splitter card or a threaded pair. This series of products has less than2umSensitivity. The countertop has a variety of sizes and moderate thickness, which can be combined in single or multiple dimensions. This product is particularly suitable for vertical or asZ
When the shaft is in use, it can still maintain strong load capacity.
General parameters: |
PRODUCT MODEL |
table size |
trip |
40LRXP40L× |
40mm |
13mm |
40LRXP40R× |
40mm |
13mm
Technical guidance:Vertical manual translation platform, stroke13mm,40table size×40mm, |
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Drive position on the left side |
trip |
13mm |
40table size× |
40mm |
thickness |
20mm |
rail |
Cross ball guide rail |
Drive mode |
micrometer |
Drive position |
left |
Main material and surface treatment |
Aluminum alloy, black anodized treatment |
Min. reading of fen li ka |
0.01mm |
sensitivity |
<2um |
parallelism |
<30um |
Motion parallelism |
<10um |
yaw |
<25' |
Maximum horizontal load |
3kg |
Maximum vertical load |
2.1kg |
weight |
0.13kg |
Cooperate with the bread board adapter board model |
LRLA01coordinateZ |
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