WN07GA15 Motorized Goniometer Stages Manufacturer

WN07GA15 Motorized Goniometer Stages

: http://optical-equipment.com/1-3-2-motorized-goniometer-stage.html

WN07GA15 motorized goniometer stage is suitable for providing rotation angle control by electric control in automatic displacement control in scientific research, full-automatic measuring and testing equipment, industrial automation and other fields. It is small and light, and is suitable for low speed and low load situation.

Parameter table of WN07GA15 motorized goniometer stage

Structural parameter

Angle range	Table size	Worm gear ratio	Height of rotation center	Guide type	Stepper motor (1.8°)	Center load capacity	Weight
±15°	100×130mm	304:1	120 mm±0.2 mm	Cross roller guide	SST57D2121	15kg	9kg

Accuracy Parameter

Resolution		Rotation center deflection accuracy	Speed	Repeatability	Positional accuracy	Backlash	Step-out
≈0.007°≈25″(Non-MS driver)	≈1.3″(20 MS driver)	0.03 mm	10°/sec	±3″	±8″	±3″	2″

Features of WN07GA15 motorized goniometer stage

WN07GA15 motorized goniometer stage use precision worm and worm gear structure, it is stable and could rotate forward or backward with minimal backlash.
Due to delicate backlash eliminating structure, the backlash caused by long-term operation could be adjusted.
The special design could ensure the extremely low pitching and yawing of the motorized stage's platform, making the rotation more stable.
Connected the stepper motor and worm by high quality flexible coupling, good for eliminating eccentricity and greatly reducing eccentricity disturbance, lower noise.
WN07GA15 motorized goniometer stage could be used horizontally or vertically, and could be combined with other motorized stages to form integrated multi-axis stages.
WN07GA15 motorized goniometer stage can be used in conjuction with each other or separately. After conjuction, it can make two dimensional orthogonal rotation around a common pivot point.
The motorized goniometer stage could be customized, such as adding limit function, setting the initial zero, changing the servo motor, and adding the rotary encoder.