Technical Design Evolution
Explore our repository of 3D printing iterations. Each case study represents a specific technical challenge solved through iterative design and testing.
Bracket V1 vs V2
Comparative analysis of stress points and structural integrity improvements in structural mounting brackets.
Gear Assembly Tolerance Shift
Solving backlash issues through precision tolerance adjustments in complex gear assemblies.
Housing Shell Wall Thickness
Optimization of wall thickness to reduce material usage without compromising the structural shell integrity.
Mounting Plate Infill Adjustment
How infill density and patterns affect the load-bearing capabilities of industrial mounting plates.
Drone Frame Layer Adhesion
Investigating layer adhesion failures in high-speed drone frames and the design changes that fixed them.
Sensor Enclosure Support Removal
Refining enclosure geometry to minimize support material and improve surface finish for optical sensors.
Robot Arm Joint Friction
Analyzing heat buildup and friction in 3D printed mechanical joints for robotic limbs.
Fan Duct Airflow Optimization
Redesigning internal ducting geometry to maximize static pressure and cooling efficiency.
Motor Mount Heat Deflection
Evaluating material stability in motor mounts exposed to continuous thermal load.
Clip Snap Fit Calibration
Iterative adjustments of snap-fit tabs for perfect engagement and durability during repeated use.
Handle Ergonomics Refinement
User testing based revisions for an industrial tool handle to improve grip and reduce hand fatigue.
Valve Core Liquid Seal
Solving leakage issues in printed valve cores through advanced gasket seat redesigns.
Lens Cap Dimensional Accuracy
Achieving tight dimensional fits for optical covers without post-processing machining.
Battery Compartment Tolerances
Refining the internal dimensions of battery sleds to accommodate slight variations in cell size.
Extruder Gear Mesh Test
Visual and physical mesh testing of 3D printed drive gears to eliminate filament stripping issues.
Request an Iteration Review
Have a part that isn't performing as expected? Our engineering team can review your 3D printing iterations and provide professional feedback on tolerances, material choice, and geometry.
- Expert geometric analysis
- Tolerance refinement tips
- Material performance feedback