Dual Lead Screw Lifting Control for Silicon Wafer Cleaning Stability

The lifting mechanism is segmented into two independent arms with separate wire ropes, each controlled by its own winch. This segmentation allows independent control and stabilization of each arm, preventing the instability and shaking problems associated with single-arm suspension while maintaining manageable structural complexity through modular design.

The dual-arm structure acts as a counterbalancing system where the two arms support the basket from opposite sides, distributing the load and providing mutual stabilization. This counterbalancing effect reduces the shaking and vibration inherent in single-arm systems, significantly improving lifting stability and reliability.

The system incorporates protective measures such as wire rope protectors and guide rollers at critical contact points. These protective elements cushion the wire ropes from abrasion and mechanical damage during operation, significantly extending their service life while maintaining the ease of manufacture advantage of using standard wire rope components.

Guide rollers and protective sleeves are introduced as intermediary elements between the wire ropes and contact surfaces. These intermediaries reduce direct friction and wear on the wire ropes, preventing premature breakage while allowing the system to retain the manufacturing simplicity of wire rope-based suspension.

The system employs dynamic control through independently operable winches for each arm, allowing real-time adjustment of tension and position to counteract vibrations and shaking. This dynamic control capability reduces the harmful effects of vibration on the silicon wafers while maintaining the manufacturing simplicity of the wire rope-based structure.

The dual-arm system with synchronized winch control creates counterbalancing vibrations that cancel out harmful oscillations. By coordinating the motion of both arms, the system reduces net vibration and shaking, protecting the silicon wafers from damage while retaining the ease of manufacture benefits.