Hollow Rotating Stage

Products Categories

KST-86D45-E-0001 1.8° Stepper Motor, 6.0A Rated Current, 4.5N·m Holding Torque

KST-60D65-E-0005 1.8° Stepper Motor, 5A Rated Current, 2.8N·m Holding Torque

KST-57D53-EM-0011 1.8° Stepper Motor, 4.2A Rated Current, 2.0N·m Holding Torque

KST-57D33-EM-0013 1.8° Stepper Motor, 4.2A Rated Current, 1.1N·m Holding Torque

KST-57D33-E-0006 1.8° Stepper Motor, 4.0A Rated Current, 1.4N·m Holding Torque

KST-42D41-E-0007 1.8° Stepper Motor, 2.0A Rated Current, 0.72N·m Holding Torque

KST-42D30-EM-0007 1.8° Stepper Motor, 2.0A Rated Current, 0.6N·m Holding Torque

KST-42D30-EA-0014 1.8° Stepper Motor, 2.0A Rated Current, 620mN·m Holding Torque

KST-42D30-E-0005 1.8° Stepper Motor, 2.0A Rated Current, 0.6N·m Holding Torque

KST-28D18-EA-0011 1.8° Stepper Motor, 1.0A Rated Current, 0.05N·m Holding Torque, 24V Precision Control

0102030405

hollow-rotating-stage-1 Hollow Rotating Stage

Integrated entry shaft, high load bearing rigidity, no risk of slipping

The construction of standard parts, reduce design hours, free integration of installation direction, wiring saving 50%, saving equipment space, large diameter hollow rotating platform can be briefly distributed, piping sensitive response, short time positioning, low speed still maintain low vibration, no micro-vibration, no gain adjustment

High precision, low vibration, clearer image

(There is no product you want, it doesn't matter we support customization, please contact us)

Model	Size/mm	Reduction ratio	Motor type	Shaft diameter (Ø)	Output torque (N·m)	Max axial load	Radial force (N·m)	Output speed (rpm)	Positioning accuracy	Repeat accuracy (arc-s)

YKW60F-10A1	60	10	Integrated 42 open-loop stepper motor	28	5	Ka (kg)	5	120	≤3	≤±15
YKW60F-10A2	60	10	Integrated 42 increment closed-loop stepper motor	28	5	10	5	120	≤3	≤±15
YKW60F-10A3	60	10	Integrated 42 absolute stepper motor	28	5	10	5	120	≤3	≤±15
YKW60K-5T1	60	5	φ=8，PCD=φ43.8，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-10T1	60	10	φ=8，PCD=φ43.8，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-5T2	60	5	φ=8，PCD=φ48，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-10T2	60	10	φ=8，PCD=φ48，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-5V1	60	5	φ=8，PCD=φ45，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-10V1	60	10	φ=8，PCD=φ45，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-15V1	60	15	φ=8，PCD=φ45，M=M3	28	5	10	5	200	≤3	≤±15
YKW60K-5V2	60	5	φ=8，PCD=φ46，M=M4	28	5	10	5	200	≤3	≤±15
YKW60K-10V2	60	10	φ=8，PCD=φ46，M=M4	28	5	10	5	200	≤3	≤±15
YKW60R-15T1	60	15	φ=8，PCD=φ43.8，M=M3	28	5	10	5	200	≤8	≤±30
YKW60R-10V1	60	10	φ=8，PCD=φ45，M=M3	28	5	10	5	200	≤3	≤±15
YKW60R-15V1	60	15	φ=8，PCD=φ45，M=M3	28	5	10	5	200	≤8	≤±30
YKW60R-10V2	60	10	φ=8，PCD=φ46，M=M4	28	5	10	5	200	≤3	≤±15
YKW60R-15V2	60	15	φ=8，PCD=φ46，M=M4	28	5	10	5	200	≤8	≤±30
YKW60P-20T1	60	20	φ=8，PCD=φ43.8，M=M3	28	5	10	5	200	≤5	≤±15
YKW60P-20V1	60	20	φ=8，PCD=φ45，M=M3	28	5	10	5	200	≤5	≤±15
YKW85F-18A1	85	18	Integrated 42 open-loop stepper motor	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A2	85	18	Integrated 42 increment closed-loop stepper motor	33	3.2	20	10	200	≤3	≤±15
YKW85F-18A3	85	18	Integrated 42 absolute stepper motor	33	3.2	20	10	200	≤3	≤±15
YKW85K-10T1	85	10	φ=8，PCD=φ66.67，M=M4	33	20	30	20	200	≤3	≤±15
YKW85K-5T2	85	5	φ=14，PCD=φ70，M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-10T2	85	10	φ=14，PCD=φ70，M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-5V1	85	5	φ=14，PCD=φ70，M=M4	33	20	30	20	200	≤3	≤±15
YKW85K-10V1	85	10	φ=14，PCD=φ70，M=M4	33	20	30	20	200	≤3	≤±15
YKW85K-15V1	85	15	φ=14，PCD=φ70，M=M4	33	20	30	20	200	≤8	≤±30
YKW85K-50V1	85	50	φ=14，PCD=φ70，M=M4	33	10	30	20	200	≤8	≤±30
YKW85K-5V2	85	5	φ=14，PCD=φ70，M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-10V2	85	10	φ=14，PCD=φ70，M=M5	33	20	30	20	200	≤3	≤±15
YKW85K-15V2	85	15	φ=14，PCD=φ70，M=M5	33	20	30	20	200	≤8	≤±30
YKW85K-50V2	85	50	φ=14，PCD=φ70，M=M5	33	10	30	20	200	≤8	≤±30
YKW85R-15T1	85	15	φ=8，PCD=φ66.67，M=M4	33	10	30	20	200	≤8	≤±30
YKW85R-15T2	85	15	φ=14，PCD=φ70，M=M5	33	10	30	20	200	≤8	≤±30
YKW85R-15V1	85	15	φ=14，PCD=φ70，M=M4	33	10	30	20	200	≤8	≤±30
YKW85R-20V1	85	20	φ=14，PCD=φ70，M=M4	33	10	30	20	200	≤8	≤±30
YKW85R-15V2	85	15	φ=14，PCD=φ70，M=M5	33	10	30	20	200	≤8	≤±30
YKW85R-20V2	85	20	φ=14，PCD=φ70，M=M5	33	10	30	20	200	≤8	≤±30
YKW85P-20T2	85	20	φ=14，PCD=φ70，M=M5	33	12	30	30	200	≤5	≤±20
YKW85P-20V1	85	20	φ=14，PCD=φ70，M=M4	33	12	30	30	200	≤5	≤±20
YKW130K-10T1	130	10	φ=8，PCD=φ66.67，M=M4	62	45	100	60	200	3	≤±15
YKW130K-18T1	130	18	φ=8，PCD=φ66.67，M=M4	62	20	100	60	200	3	≤±15
YKW130K-10T2	130	10	φ=14，PCD=φ70，M=M5	62	45	100	60	200	3	≤±15
YKW130K-18T2	130	18	φ=14，PCD=φ70，M=M5	62	20	100	60	200	3	≤±15
YKW130K-30T2	130	30	φ=14，PCD=φ70，M=M5	62	45	100	60	200	8	≤±30
YKW130K-10V1	130	10	φ=14，PCD=φ70，M=M4	62	45	100	60	200	3	≤±15
YKW130K-18V1	130	18	φ=14，PCD=φ70，M=M4	62	20	100	60	200	3	≤±15
YKW130K-30V1	130	30	φ=14，PCD=φ70，M=M4	62	45	100	60	200	8	≤±30
YKW130K-50V1	130	50	φ=14，PCD=φ70，M=M4	62	45	100	60	200	8	≤±30
YKW130K-10V2	130	10	φ=14，PCD=φ70，M=M5	62	45	100	60	200	3	≤±15
YKW130K-18V2	130	18	φ=14，PCD=φ70，M=M5	62	20	100	60	200	3	≤±15
YKW130K-30V2	130	30	φ=14，PCD=φ70，M=M5	62	45	100	60	200	8	≤±30
YKW130K-50V2	130	50	φ=14，PCD=φ70，M=M5	62	45	100	60	200	8	≤±30
YKW130R-18T1	130	18	φ=8，PCD=φ66.67，M=M4	62	20	100	60	200	8	≤±30
YKW130R-30T1	130	30	φ=8，PCD=φ66.67，M=M4	62	45	100	60	200	8	≤±30
YKW130R-18T2	130	18	φ=14，PCD=φ70，M=M5	62	20	100	60	200	8	≤±30
YKW130R-30T2	130	30	φ=14，PCD=φ70，M=M5	62	45	100	60	200	8	≤±30
YKW130R-18V1	130	18	φ=14，PCD=φ70，M=M4	62	20	100	60	200	8	≤±30
YKW130R-30V1	130	30	φ=14，PCD=φ70，M=M4	62	45	100	60	200	8	≤±30
YKW130R-50V1	130	50	φ=14，PCD=φ70，M=M4	62	45	100	60	200	8	≤±30
YKW130R-18V2	130	18	φ=14，PCD=φ70，M=M5	62	20	100	60	200	8	≤±30
YKW130R-30V2	130	30	φ=14，PCD=φ70，M=M5	62	45	100	60	200	8	≤±30