MINI-X1-Y1-Z1 series six axis fiber coupling platform

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The MINI-X1-Y1-Z1 series six axis fiber optic coupling platform is designed specifically for fiber optic coupling. It innovatively integrates a three-axis micro precision adjustment mechanism on the basis of the ART130 series large stroke motion table (XYZ axis stroke can be customized according to customer needs), achieving an integrated operation of "wide range coarse adjustment+nanometer level fine adjustment". The repeated positioning accuracy of each axis can reach; #177; Within 100nm. The product is suitable for the vast majority of optical communication module applications and has industrial integration advantages of high precision, high stability, and high cost-effectiveness.

Product Details

MINI-X1-Y1-Z1 series six axis fiber coupling platformSpecializing in the design of fiber optic coupling links, we innovatively integrated a three-axis micro precision adjustment mechanism on the basis of the ART130 series large stroke motion table (XYZ axis stroke can be customized according to customer needs), achievingThe integrated operation of "large-scale coarse adjustment+nanoscale fine adjustment" ensures that the repeated positioning accuracy of each axis can reach within ± 100nmThe product is suitable for the vast majority of optical communication module applications and has industrial integration advantages of high precision, high stability, and high cost-effectiveness.

Unlike previous piezoelectric micro stage adjustment schemes, we still use self-developed linear motors and cross roller guides. The micro motion stroke of MINI axis can achieve ± 1mm, and the motion setting time can reach 200 μ m @ ± 50nm @ 30ms.MINI-X1-Y1-Z1 series six axis fiber coupling platformThe ultra-high precision and compact size, lighter weight and wider range of travel make it more suitable for coupling scenarios that require frequent, fast, and large-scale back and forth movement.

MINI XYZ in-situ stability

MINI X-axis setting speed

MINI Y-axis setting speed

MNI Z-axis setting speed

Axis name	X	Y	Z	MINI-X	MINI-Y	MINI-Z
itinerary	60mm	60mm	35mm	1mm	1mm	1mm
Electronic resolution	5nm
定位精度	±250nm	±250nm	±250nm	±200nm	±200nm	±200nm
Repetitive positioning accuracy	±100nm	±100nm	±100nm	±100nm	±100nm	±100nm
straightness	±1.5μm	±1.5μm	±2μm	N/A	N/A	N/A
flatness	±1.5μm	±1.5μm	±2μm	N/A	N/A	N/A
Pitch	10arcsec	10arcsec	10arcsec	N/A	N/A	N/A
Yaw	10arcsec	10arcsec	10arcsec	N/A	N/A	N/A
Minimum step	50nm
Positioning stability	±50nm	±50nm	±50nm	±50nm	±50nm	±50nm
Exercise setting time	/			200μm @± 50nm@30ms	200μm @± 50nm@30ms	200μm @± 50nm@30ms
Mini axle load weight	500g
maximum speed	500mm/s	500mm/s	500mm/s	50mm/s	50mm/s	50mm/s
Platform weight	11kg
Platform material	aluminium
averageStable movementtime	27,000 Hours

Note:

(1) Adaptation - AS feedback, linear amplifier;

(2) No load, corresponding power amplifiers need to be configured;

(3) The default test point position is 25mm above the tabletop;

(4) The rest of the itinerary can be customized.

MINI axis parameters

Axis name	MINI-X	MINI-Y	MINI-Z
itinerary	1mm	1mm	1mm
Electronic resolution	5nm
定位精度	±200nm	±200nm	±200nm
Repetitive positioning accuracy	±100nm	±100nm	±100nm
Minimum step	50nm
Positioning stability	±50nm	±50nm	±50nm
Exercise setting time	200μm@± 50nm@30ms	200μm@± 50nm@30ms	200μm@± 50nm@30ms
load weight	500g
maximum speed	20mm/s	20mm/s	20mm/s
Continuous thrust	8.4N
Peak thrust	66.5N
Platform weight	1.3kg
Platform material	aluminium
Average stable exercise time	27,000 Hours

Note:

(1) Adaptation - AS feedback, linear amplifier;

(2) No load, corresponding power amplifiers need to be configured;

(3) The default test point position is 25mm above the tabletop.