Check whether the part keeps shape and assembly clearance under actual load.
Structural Simulation
Structural simulation and optimization expose potential failures early.
We review load path, deformation, stress concentration, snap-fit strength and weak areas so product structure can be optimized before tooling.
Risk Review
We first identify the risks that may affect tooling and production.
Find weak corners, bosses, ribs and connection areas.
Review snap-fit strength, repeated assembly and release direction.
Adjust ribs, wall thickness, fillets and connection layout.

Engineering Judgment
The output should be an actionable structure adjustment, not only a pretty picture.
Review part strength, deformation, stress concentration, snap-fit strength, and assembly risks.
Gallery
Load, deformation and optimization review scenes.

Load, deformation and optimization review scenes.

Load, deformation and optimization review scenes.

Load, deformation and optimization review scenes.
Optimization
Optimization should support real manufacturing and assembly, not only reduce material.
Method
The output should be an actionable structure adjustment, not only a pretty picture.
Drawings, 3D files, samples, photos, quantity and use requirements.
Evaluate structure, tooling, molding, assembly and possible weak areas.
Provide actionable suggestions for structure, mold or process adjustment.
Process
Simulation review also follows an engineering loop.
Output
Useful simulation output should be directly convertible into design changes.
Inquiry
Have drawings or samples? Send them to us for evaluation.
For a more accurate review, please provide product images, 2D drawings, 3D files, dimensions, part weight, estimated quantity, color, surface requirements, and whether a mold already exists.