Manual 6-D Combination Table Multi Dimensional Combined Platform Sliding Table

- Jan 19, 2021-

Manual 6-D Combination Table Multi Dimensional Combined Platform Sliding Table Specification

Model

parameter

PT-XYZθ65-L

PT-XYZθ65-R

XY axis

Minreading

Coarse   adjustment 10 μ M / scale, fine adjustment 0.5 μ M / scale

Platform Size

60*60mm

Trav

Rough adjustment   ± 6.5mm, fine adjustment: ± 0.3mm

Guide

Cross roller   guide

load bearing

5kgf49N

Motion accuracy

Straightness

2μm

Swing up and   down

20’’

Swing left and   right

10’’

Parallelism

30μm

Motion   parallelism

10μm

load Weight

0.35kg

Material surface   treatment

Aluminum black   anodizing

Z Asix

Minimum reading

Coarse   adjustment 10 μ M / scale, fine adjustment 0.5 μ M / scale

Platform size

60*60mm

trip

Rough adjustment   ± 6.5mm, fine adjustment: ± 0.3mm

guide

Cross roller   guide

load bearing

2kgf19.6N

Motion accuracy

Straightness

2μm

Swing up and   down

20’’

Swing left and   right

10’’

Parallelism

70μm

Motion   parallelism

15μm

dead weight

0. 5kg

Material surface   treatment

Aluminum black   anodizing

XYθY Asix

 

Minimum reading

1round0.5mm

Platform Size

40*68mm

Trip

XYXZ:±3°

Guide

Steel ball

Load Weight

1kgf(9.8N)

dead weight

0.3kg

Material surface   treatment

Aluminum black   anodizing

θZ

 

Min reading

33’’/scale

Platform Size

60*60mm

Trip

±4.5°

Guide

V-groove ball   guide

Load weight

5kgf(49N)

dead weight

0.3kg

Material surface   treatment

Aluminum black   anodizing

PT-XYZθ65

Platform Size

42*60mm

Trip

Coarse   adjustment ± 6.5mm, fine adjustment: ± 0.3mm; θ x, θ Y: ± 3 °± 5 °

load bearing

4kgf(39.2N)

Manual 6-D Combination Table Multi Dimensional Combined Platform Sliding Table Product dimension drawing

PT-XYZR65-RPT-XYZR65-L

Beijing PDV Instrument Co., Ltd is a collection of optics, precision machinery, automatic control technology independent high-tech research and development enterprises. Since 2005, we have been serving the scientific research institutes and universities. We have developed the hardware and software system (optical path construction, software development, mechanical circuit design, etc.) according to the needs of customers. Through long-term unremitting efforts, the process of building the system to control the optical path and excellent service to customers, we’ve grown into a well-known manufacturer among scientific research, colleges and universities, machinery automation and many other areas.