About the job
Development of a mirrored dual-mechanism assembly. The project focuses on multi-axis kinematics and a precision adjustment system for elastic tension.
Required Mechanical Expertise:
2-DOF Gimbals: Experience with nested pivots and multi-axis rotational assemblies.
Cable-Driven Systems: Proficiency in designing cable routing, pulleys, and tensioning layouts.
Spring/Elastic Mechanics: Calculating non-linear resistance and torque ratios using elastic elements.
Precision Centering: Design of mechanical hard-stops and zero-point stability systems (Lost Motion/Pre-tensioning).
Lead Screw Integration: Implementation of manual adjustment knobs for linear-to-tension conversion.
Manufacturing Knowledge:
Hybrid Design: Combining 3D-printed housings (PETG/ABS) with load-bearing metal axles/plates.
Standard Hardware: Integration of off-the-shelf bearings, fasteners, and lead screws.
Deliverables:
Parametric 3D Model: Fusion 360 (.f3d) or STEP.
Full BOM: Detailed list of all hardware components.
Development of a mirrored dual-mechanism assembly. The project focuses on multi-axis kinematics and a precision adjustment system for elastic tension.
Required Mechanical Expertise:
2-DOF Gimbals: Experience with nested pivots and multi-axis rotational assemblies.
Cable-Driven Systems: Proficiency in designing cable routing, pulleys, and tensioning layouts.
Spring/Elastic Mechanics: Calculating non-linear resistance and torque ratios using elastic elements.
Precision Centering: Design of mechanical hard-stops and zero-point stability systems (Lost Motion/Pre-tensioning).
Lead Screw Integration: Implementation of manual adjustment knobs for linear-to-tension conversion.
Manufacturing Knowledge:
Hybrid Design: Combining 3D-printed housings (PETG/ABS) with load-bearing metal axles/plates.
Standard Hardware: Integration of off-the-shelf bearings, fasteners, and lead screws.
Deliverables:
Parametric 3D Model: Fusion 360 (.f3d) or STEP.
Full BOM: Detailed list of all hardware components.
Development of a mirrored dual-mechanism assembly. The project focuses on multi-axis kinematics and a precision adjustment system for elastic tension.
Required Mechanical Expertise:
2-DOF Gimbals: Experience with nested pivots and multi-axis rotational assemblies.
Cable-Driven Systems: Proficiency in designing cable routing, pulleys, and tensioning layouts.
Spring/Elastic Mechanics: Ca...
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Development of a mirrored dual-mechanism assembly. The project focuses on multi-axis kinematics and a precision adjustment system for elastic tension.
Required Mechanical Expertise:
2-DOF Gimbals: Experience with nested pivots and multi-axis rotational assemblies.
Cable-Driven Systems: Proficiency in designing cable routing, pulleys, and tensioning layouts.
Spring/Elastic Mechanics: Calculating non-linear resistance and torque ratios using elastic elements.
Precision Centering: Design of mechanical hard-stops and zero-point stability systems (Lost Motion/Pre-tensioning).
Lead Screw Integration: Implementation of manual adjustment knobs for linear-to-tension conversion.
Manufacturing Knowledge:
Hybrid Design: Combining 3D-printed housings (PETG/ABS) with load-bearing metal axles/plates.
Standard Hardware: Integration of off-the-shelf bearings, fasteners, and lead screws.
Deliverables:
Parametric 3D Model: Fusion 360 (.f3d) or STEP.
Full BOM: Detailed list of all hardware components.
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