P/N: 41.129.13GJ, Type:LIMES 124-130-HiDS - Owis United States Sales

BRAND	Owis
Product	P/N: 41.129.13GJ, Type:LIMES 124-130-HiDS
Internal code	ONR1298642
Weight	1
Technical specification	High-precision linear stage with metal covering, 130 mm travel, DC motor with encoder and Hall-effect limit switches, repeatability (bidirectional) < 2 µm

Please Contact Us to Order to offer competitive prices and delivery time for Owis - P/N: 41.129.13GJ, Type:LIMES 124-130-HiDS number, also you may ask some other model number is well. We can offer competitive price, and delivery time with wide products distribution network in United States Industrial products Market.

WE SELL ONLY NEW AND ORIGINAL PRODUCTS!

Our company is not an authorized distributor. All rights are reserved by the manufacturers and their official partners.

More products of Owis

16.362.0300

KT 65 XY stage with fine-thread spindles without slide and end plate

P/N: 31.064.2531 Type: LT 60-25

Präzisions-Lineartisch

31.068.2531

MT 60-25-X-SK-UM Zolltarifnr .: 8479 89 97 Non-magnetic measuring table - 25 mm measuring - Ball bearings with ceramic bearings - measuring screw with 0.5 mm pitch - Sensitivity 2 microns - Capacity max. 90 N - ĩr permeability 1.01? - black anodized

32.063.1281

HV 60-12-MS Elevator stage with 12 mm travel and micrometer

34.060.2502

WV 60-D25-MS Angular adjustment stage with aperture ø 25 mm, retainer ø 25 mm and micrometer

35.690.3040

TP 90-W30-W40 Manual theta-phi-goniometer with 105 mm distance between the mounting surface and the axis of rotation, ±20° adjustment range at GO 65L, ±15° adjustment range at GO 90, without adapter plate

41.083.75GJ

LTM 80-75-HiDS Precision linear stage with 70 mm travel, DC motor with encoder and Hall-effect limit switches

53.20.D301 / KAB-09-HD26-3

connection cable

P/N: 54.35.2490, Type: NT-2490-SV

desktop power supply

55.11.2401

PS 10-DC 1-axis position control for DC servo motors

91.163.0001

X31.064.2531 C

LT 60-25 (31.064.2531)

Präzisions-Lineartisch, manuell, mit 25 mm Stellwe