WN08GA10 Motorized Goniometer Stages Manufacturer

WN08GA10 Motorized Goniometer Stages

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Equipped with standard stepper motor and precision worm gear structure, the goniometer stage could rotate forward or backward with minimal backlash. The delicate backlash eliminating structure could adjust the clearance caused by long-term operation.
The table size is 120×130mm with an angle range of ±10°; the speed is 4°/sec; the center load capacity is 30kg.

Model		WN08GA10
Structure	Angle range	±10°
	Table size	120×130mm
	Worm gear ratio	464∶1
	Height of rotation center	210mm±0.2 mm
	Driving gear	Worm gearing
	Guide rail	Crossed-roller bearing
	Stepper motor (1.8°)	SST57D2121
	Material	Aluminum alloy
	Surface	Blackened by anodic oxidation
	Center load capacity	30kg
	Weight	5kg
	Resolution	≈0.004°≈15″(Non-MS driver) ≈2″(20 MS driver)
Accuracy	Rotation center deflection accuracy	0.03 mm
	Speed	4°/sec
	Repeatability	±3″
	Step-out	2″

Features

With stepper motor and RS232 connection.
The motor axis has gone through several precision processes, is featured with high precision, high load and long service life.
Stable operation with precision worm and worm gear structure; the goniometer stage could rotate forward or backward with minimal backlash.
The special design lessens wobble and tilt of the motorized stage's platform to a great extent, making the rotation more stable.
The scale along the outer edge of the motorized stage's platform is a laser marking ruler, and the ruler could rotate relative to the stage, making it easy to return to the initial position and read values.
The stepper motor and worm are connected by high quality flexible coupling, good for eliminating eccentricity and greatly reducing eccentricity disturbance, as well as lowering noise.
WN08GA10 motorized goniometer stage could be used horizontally or vertically, and could be combined with other motorized stages to form integrated multi-axis stages.
WN08GA10 motorized goniometer stage can be used in conjunction with each other or separately. After conjunction, it can make two-dimensional orthogonal rotation around a common pivot point.
The precision goniometer stage could be customized, such as adding limit function, setting the initial zero, changing the servo motor, and adding the rotary encoder.