리니어 모터
- Low speed ripple due to minimal cogging- High force, high precision control
- 4 series, 11 types available
- Force range : 30N~4000N
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- Cost effective general purpose linear motors
- High force high speed control
- 3 series, 6 types available – Force range : 78N~2400N
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- Coreless Linear motor operating on a circular track
- High resolution, high precision and stability of control enabled
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- Resolution : 0.1㎛ / 0.5㎛/ 1㎛
– Stroke : 20mm ~ 120mm - Jitter(in-position stability) below 50nm and quick response time
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- Resolution : 0.1㎛ / 0.5㎛/ 1㎛
- Stroke : 10mm ~ 300mm
- Driven by either stepping motor or servo motor
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Optimized & Industry-ready Solutions
공심형
(JTKL series)
– Low speed ripple due to minimal cogging
– High force, high precision control
– 4 series, 11 types available
– Force range : 30N~4000N
– Suitable for precision production equipment for FPD and semiconductors
.
Optimized & Industry-ready Solutions
철심형
(JTKC series)
– Cost effective general purpose linear motors
– High force high speed control
– 3 series, 6 types available – Force range : 78N~2400N
– Suitable for equipment for FPD production and FA
.
Optimized & Industry-ready Solutions
아크모터
(JTKA series)
– Coreless Linear motor operating on a circular track
– High resolution, high precision and stability of control enabled
.
Optimized & Industry-ready Solutions
미니 스테이지
(JSAH series)
– Resolution : 0.1㎛ / 0.5㎛/ 1㎛
– Stroke : 20mm ~ 120mm
– Jitter(in-position stability) below 50nm and quick response time
– Minimal backlash by use of a full closed-loop control of linear encoders
– Component for inspection systems of optical parts, optoelectronic parts, bio materials, printed circuit boards and mobile
phones
.
Specification
*Note1 : Encoder resolution : 1um *Note2 : Encoder resolution : 0.1um
※ Acceleration, Velocity, Accuracy, Repeatability depend upon encoder resolution
Optimized & Industry-ready Solutions
수직 위치 결정
– Resolution : 0.1㎛ / 0.5㎛/ 1㎛
– Stroke : 10mm ~ 300mm
– Driven by either stepping motor or servo motor
– Precision positioning on the Z axis driven by a ball screw
– Minimal backlash and improved accuracy by use of a full closed-loop control of linear encoders (Optional)
.
