The semi-closed module FSKSM-175, with its high precision, high rigidity, and compact structure, enables
efficient and accurate alignment in parts alignment scenarios. Specific applications include:
High-Precision Alignment Control: This module incorporates a high-resolution encoder and a closed-loop
control algorithm, achieving positional accuracy at the ±0.01mm level. This allows for precise control of the
slide's stopping position, ensuring that parts alignment errors are kept within an extremely small range. In
applications with stringent assembly precision requirements, such as automotive parts and electronic comp
onents, it can achieve precise alignment of engine cylinder heads and blocks, and circuit boards and compo
nents, improving product assembly pass rates.
Stable and Reliable Motion Performance: Utilizing a ball screw drive and precision linear guide structure, it
offers high transmission efficiency and strong rigidity. During movement, the straightness error is ≤0.02mm
/1000mm, preventing offset and tilting issues during parts alignment. Meanwhile, its wide speed adjustment
range, flexibly switching between 1-1000mm/s, adapts to the cycle time requirements of different part align
ments. For example, in the insertion and alignment of electronic components, it can quickly complete the
positioning action, improving production efficiency.
Compact Structure Adapts to Complex Working Conditions: The module's overall structure is compact, occ
upying little installation space, and can be flexibly integrated into existing automated production lines or n
on-standard equipment without requiring large-scale modifications to existing equipment. Furthermore, it
possesses excellent sealing and protection performance, adapting to harsh industrial environments with
chips and dust. In part alignment scenarios such as machining and hardware manufacturing, it can operate
stably for extended periods, reducing maintenance costs.
Intelligent Sensing and Safety Assurance: Some models are equipped with limit switches, torque sensors,
and other components, which can monitor the position and load status during the alignment process in
real time. When abnormalities such as part misalignment or jamming occur, it can promptly provide feedba
ck signals and stop the operation, preventing equipment damage or part scrapping, ensuring the safety and
reliability of alignment operations.
