Explore our detailed 3D drawing of mechanical transmission systems, showcasing intricate designs and components. Ideal for engineers and designers, this resource provides insights into the functionality and structure of mechanical transmissions, enhancing your projects and presentations. Download now to elevate your technical understanding and visual representation!
Drawing List
Groove Wheel | Base | Linear Slide 4 |
Part-13022218579 | Fixed Rack | Rack 3 |
Electromagnet 1 | Cylinder Seat 2 | Base Plate 19 |
Electromagnet Reciprocating Locking Mechanism | Guide Rod 3 | Pressing Plate |
Turntable | Split Ball Bearing Linear Motion | Axle |
Base Plate 1 | Split Linear Ball Bearing | Rotating Gear Drives Rack Movement |
Locking Push Rod | Base 9 | Drive Connecting Rod To Quickly Reciprocate Mechanism By Motor Rotation |
Push-Pull Electromagnet | Linkage Plate 3 | Cam 2 |
Compression Spring 1 | Gear Swing Arm | Connecting Arm |
Linear Spring Bearing Seat | Guide Rail | Long Stroke Reciprocating Mechanism By Motor Rotation Connecting Lever |
Linear Spring Bearing Seat Cover | Sliding Rack | Base Plate 20 |
Electromagnet Swing Arm. SLDASM | Base 10 | Chain 2 |
Electromagnet Conversion Straight Mechanism | Connector Plate | Intermediate Stop Mechanism Of Chain Drive |
Frame 1 | Output Shaft 1 | Moving Bracket |
Hinge Seat 1 | Relying On Gear Linear Motion With Rack Deceleration | Gear |
Straight Push Rod.SLDASM | Linear Mechanism With Swing Deceleration | Linear Motion Mechanism Of Gear And Mechanical Brake Valve |
Frame 4 | Short Swing Arm | Rack 4 |
Hinge Bracket 1 | Base Plate 11 | Debugging Boss |
Connecting Rod 1 | Output Shaft 2 | Slide 1 |
Connecting Rod A | Long Swing Arm | Mechanical Speed Control Valve |
Two Sets Of Electromagnets Change To Linear Deceleration Reciprocating Mechanism | Linear Linkage Plate | Base Plate 21 |
Crank Arm | Passive Sprocket | Base Plate 22 |
Output Slider | Gear Seat 2 | Connecting Rod 6 |
Linear Guide Rail | Electromagnetic Clutch | Eccentric Shaft |
Electromagnet 2 | Base Plate 12 | Eccentric Shaft Vibration Mechanism |
Electromagnet Seat | Chain 1 | Vibration Table |
Fixed Hinge Seat | Belt | Linear Bearing 3 |
Base Plate 2 | Arbitrary Step Feed Mechanism Realized By Electromagnetic Clutch | Spindle |
Connecting Rod 2 | Shaft | Linear Motion Mechanism Realized By Changing Crank |
Linear Guide Rod 1 | Base Plate 13 | Base Plate 23 |
Linear Slide Seat 1 | Air Path Speed-Changing Linear Motion | Connecting Rod 7 |
Straight To Vertical Straight Mechanism | Limit Contact | Crank Handle |
Swing Arm 1 | Limit Switch | Moving Table 3 |
Single-Acting Cylinder | Rack 2 | Disc 2 |
Single-Acting Cylinder Body | Stroke Doubling Reciprocating Mechanism | Base Plate 24 |
Single-Acting Cylinder Piston Rod | Slide Cover | Linear Motion Mechanism Realized By Support Rod And Crank |
Slide 1 | Slide Pin | Cam 1 |
Baseboard 3 | Slider 2 | Crank Arm 1 |
Linkage Plate 1 | Cylinder Plate | Bearing 2 |
Quick Reciprocating Mechanism Using Electromagnet To Detect Air Pressure | Cam Slide | Bearing Groove |
Swing Arm 2 | Cam Arbitrary Speed-Changing Linear Mechanism | Transmission Arm 1 |
Slide 2 | Cam Horizontal Slider | Base Plate 25 |
Baseboard 4 | Swing Arm 3 | Connecting Rod 2 |
Linkage Plate 2 | Swing Slider | Two-End Deceleration And Straight-Forward Mechanism Realized By Crank Movement (1) |
Linkage Plate A | Lever Linear Speed-Increasing Motion | Transmission Arm 2 |
Dual Linear Bearing Slide Seat | Base Plate 14 | Guide Rod 1 |
Compression Spring 2 | Hinge Seat 2 | Guide Wheel Seat |
Linear Stroke Amplification Swing Mechanism | Cylinder Seat 3 | Base Plate 26 |
Long Stroke Electromagnet Slide | Front Ear Shaft Cylinder | Two-End Deceleration And Straight-Forward Mechanism Realized By Crank Movement (2) |
Long Stroke Electromagnet Seat | Slider 1 | Synchronous Belt |
Stepper Guide Rod | Reversing Switch | Synchronous Pulley |
Step Forward And Quick Return Device | Base Plate 15 | Moving Block |
Baseboard 5 | Speed-Changing Motion Controlled By Deceleration Valve | Straight-Forward Motion Mechanism Realized By One-Way Clutch |
Tension Spring 1 | Limiting Impact Head | Guide Plate |
Stop Ratchet | Impact Head | Motor Seat 2 |
Long Stroke Electromagnet | Base Plate 16 | Anti-Reverse Clutch |
Linear Slide Seat 2 | Chain Idler Wheel | Base Plate 27 |
Lever Booster Reciprocating Device | Lifting Plate | Tension Spring 3 |
Baseboard 6 | Lifting Guide Rod | Clutch Spring |
Hinged Bracket 2 | Double Push Sprocket | Clutch Steel Ball |
Cylinder | Lifting Hinge Card | Clutch Cam |
Cylinder Joint 1 | Lifting Mechanism With Chain Changing Direction | Clutch Core |
Thrust Support Rod | Base Plate 17 | Roller |
Booster Lever | Connecting Rod 3 | Quick Return Mechanism Realized By Crank |
Lever | Connecting Rod 4 | Rocker Arm 2 |
Working Disk | Linking Rod 1 | Roller 1 |
Frame 2 | Rotary Cylinder | Base Plate 28 |
Power Booster Movement Driven By Cylinder | Reciprocating Motion Mechanism Relying On Rotation | Sprocket |
Upper And Lower Guide Rods | Long Connecting Rod | Sprocket Shaft |
Linear Bearing 1 | Linear Guide Rod 2 | Speed Change Mechanism Realized By Crank |
Sliding Block | Linking Rod 2 | Rocker Arm 3 |
Slider Pressure Plate | Pinion 1 | Rocker Arm Support Seat |
Cylinder Piston Rod | Reciprocating Motion Mechanism Relying On Rotation Of Both Ends | Irregular Cam |
Cylinder Linear Reciprocating Mechanism | Disk 1 | Sliding Rod |
Cylinder Seat 1 | Moving Platform | Base Plate 29 |
Guide Substrate | Tension Spring 2 | Linear Motion Mechanism Realized By Irregular Cam |
Rolling Bearing | Tension Spring Rod | Coil Spring |
Base 1 | Reciprocating Motion Mechanism Driven By Cam | Gear 3 |
Flat Cam | Cam 4 | Spring |
Flat Cam Arbitrary Speed Linear Mechanism | Moving Platform 1 | Spring Pressure Block |
Cam Guide Rod | Bearing 1 | Adjusting Screw |
Directional Cam Mechanism | Reducing Motion Mechanism Driven By Both Ends Through Cam | Slide Groove 2 |
Guide Rod 6 | Moving Platform 2 | Base Plate 30 |
Slide Cam | Equal Speed Rapid Reciprocating Mechanism With Gear Rack Linkage | Screw Seat |
Frame 3 | Guide Rod 2 | Table |
Cam Ball | Sliding Platform | Arbitrary Speed Change And Straight-Forward Mechanism Realized By Irregular Cam |
Cam Ball Slider | Base Plate 18 | Cam Connection |
Guide Rod 5 | Short Connecting Rod | Pinion 2 |
Slide Plate | Base 2 | Rocker Arm |
Base 7 | Connecting Rod 1 | Axle 3 |
Linear Bearing 2 | Connecting Pin | Bearing 3 |
Linear Mechanism With Sliding Linear Bearing | Fan-Shaped Gear | Bearing 4 |
Swing Cylinder Converted To Linear Motion Mechanism | Rotating Gear Linkage Mechanism | Dialing Ball |
Guide Rod 4 | Connecting Rod 5 | Groove Wheel Dial |
Base 8 | Direct Motion Mechanism By Shaking Connecting Rod To Convert End Deceleration | Groove Wheel Rotation Center Axis |
Linkage Arm | Linear Slide 3 | Groove Wheel Frame Plate |
Cylinder Joint 2 | Motor Seat 1 | Gap Wheel Transmission |
Gear 1 | Coupling | Gap Wheel Working Disk |
Gear Differential Linear Motion Device | Arbitrary Speed Change Direct Motion Mechanism Realized By Rotating Cam To Drive Lever | Gap Wheel Working Disk Chassis |
Gear Seat 1 | Cam 3 | Hole 1 |
Rack 1 | Support | Linear) 1 |