Master the physics of mechanical advantage with our professional Jack Mechanism drawing. Whether you are lifting a multi-ton vehicle or performing precision leveling of industrial machinery, the jack is the quintessential tool for force multiplication. This technical CAD resource provides a comprehensive blueprint for the most reliable lifting architectures, including Screw Jacks, Scissor Jacks، و Bottle-Style Hydraulic Jack integrations. By downloading this file from ميكستريم, you gain access to a proven engineering framework that prioritizes load stability and operator safety.

The design featured in this package focuses on the Power Transmission & Load Retention architecture. The drawing includes detailed layouts for Acme-threaded lead screws, high-strength pivot pins, and reinforced base plates. For hydraulic variants, it provides the internal cylinder clearances and seal specifications required to maintain pressure under extreme stress. By utilizing this blueprint, you can eliminate the risk of “buckling” or “back-driving,” ensuring that the load remains securely elevated even if the input torque is removed.

Our technical documentation prioritizes structural integrity and ergonomics. The assembly is designed with specific material thickness callouts and heat-treatment recommendations for high-wear areas like the saddle and pivot joints. Whether you are building a custom laboratory lift table or a mobile maintenance jack, this drawing provides the exact gear ratios, thread pitches, and pin tolerances required for a professional-grade lifting installation.

الميزات الرئيسية:

  • High-Efficiency Force Multiplication: Engineered with optimized linkage geometry or thread profiles to minimize the input torque required for heavy lifts.
  • Anti-Collapse Safety Features: Includes mechanical locks or “dead-man” valves to ensure the jack cannot collapse due to vibration or pressure loss.
  • Wide-Stance Stability Base: Detailed designs for the base plate to prevent tipping on uneven or soft surfaces.
  • Low-Profile Design Options: Blueprints optimized for low “closed-height” requirements to fit into tight clearances under machinery.
  • Universal Saddle Interface: Features a modular top plate that can be swapped for various contact heads (U-channel, flat pad, or swivel).