DGSMARTWIN KYAC2000 and KYAC4000 Series: Precision-Matching Full-Scenario Vertical Motion Requirements with Differentiated Coreless Architectures
In the field of industrial precision transmission, DGSMARTWIN’s KYAC2000 and KYAC4000 series coreless linear motors form a differentiated product matrix through their coreless technology core and modular design. Tailored for miniaturized integration scenarios and medium-to-large power demand scenarios respectively, they deliver precise and efficient solutions for vertical axis transmission needs across different levels of industrial automation.
KYAC2000 Series: A Benchmark for Miniaturization and Lightweight Design, Adapting to Precision Scenarios in Micro-Spaces
Available in two stator lengths (A1: 120mm, A2: 180mm) with a magnetic pitch of 30mm and a mass of only 5kg per meter, the series offers a range of mover lengths from model 2001 (66mm) to 2004 (246mm). It comes with an LA05 cable option (0.5-meter cable output), making it ideal for space-constrained scenarios such as precision instruments and micro-automation equipment. As a benchmark for miniaturization and lightweight design, it is the perfect choice for small-scale vertical axis transmission.

KYAC4000 Series: A Core for Medium-to-Large Power, Supporting High-Demand Transmission Scenarios
With two stator lengths (A1: 156mm, A2: 312mm), a magnetic pitch of 39mm, and a stator mass of 26.3kg/m for both A1 and A2 specifications, the series covers medium-to-large mover models including 4002 (163mm), 4003 (241mm), 4004 (319mm), and 4005 (397mm). It is equipped with an L05 cable option (0.5-meter cable output). Capable of providing greater thrust and longer stroke support, the series precisely meets the needs of medium-to-large vertical axis transmission scenarios with higher requirements for thrust and stroke, such as semiconductor manufacturing, high-end machine tools, and high-end pick-and-place machines, ensuring motion smoothness under high dynamic response.

The choice between the KYAC2000 and KYAC4000 series is a precise engineering decision based on load mass, motion stroke, installation space, and dynamic performance requirements. For ultra-precision micro-operation scenarios that pursue extreme space savings, drive extremely light loads such as optical lenses and micro-probes, and typically involve strokes within 100mm, the KYAC2000 series is the ultimate choice for achieving equipment miniaturization and high precision, thanks to its minimal installation footprint and thrust adapted to micro-loads. For medium-sized precision equipment that needs to drive loads from hundreds of grams to several kilograms, with strokes ranging from 200mm to 400mm and requiring high dynamic response and smoothness (such as high-end pick-and-place machine heads and vertical axes of precision measurement probes), the large-thrust and long-stroke modules of the KYAC4000 series are perfectly suited.
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