CAD Customisation/Personalisation TRIZ Cases

See how real-time damping and stiffness adjustment based on vehicle motion and user characteris

See how a digital design tool and laser ablation system replace water-intensive stone washing t

See how standardized modular units with integer-multiple dimensions enable flexible kitchen ass

See how digital 3D visualization replaces physical samples, enabling real-time laser finishing

See how a digital design tool previews laser-burned wear patterns in 3D before finishing, repla

See how a 3D rendering tool enables real-time preview of laser-finished wear patterns on jeans,

See how laser-based garment finishing with real-time 3D preview replaces water and chemical pro

See how a laser-based design tool with 3D preview replaces water-intensive denim finishing, ena

See how laser-based garment preview software replaces water and chemical finishing with real-ti

See how XY coordinate projection between parallel furniture member faces automates machining po

See how a digital design tool creates 3D photorealistic previews of laser-finished denim patter

See how virtual elements, point-cloud representation, and voxel grids automate energy model cre

Customized fill patterns by die location reduce wafer topography-driven thickness variation and keep same-design dies performing consistently.

Virtual texture layout on curved dashboards predicts warping, wrinkles, and shiny spots before production for a more uniform finish.

Pre-extracted fast routing underlays map user logic onto constrained wire patterns to raise PLD speed and cut compile times by half or more.

Pre-extracted fast routing underlays map user logic onto repeating wire patterns to boost programmable IC speed and cut compile time.

By dividing shoe-last parts by type and arranging them before cutting, this case reduces material waste and speeds assembly.

Coordinate-based edge profiling lets custom decorative articles fit corners and surface transitions precisely for cleaner installation.

Coordinate-based edge profiling computes corner and transition cuts for custom decorative articles, improving fit and installation finish.

A central controller dispatches a service-capable vehicle to complete user-requested tasks and arrive at the specified time and location.

A base 3D mesh is sent once, then dynamic label elements are composited per part to cut transmission time and resource usage.

Interactive parametric grading converts user-specific data into fit models and manufacturing instructions for accurate custom products.

Corner coordinates are converted into edge profiles for custom decorative articles, improving fit across corners and surface transitions.

Coordinate-based edge profiling calculates corner and surface-transition geometry for custom decorative articles, improving fit and reducing waste.

A shaped support matches the 3D-woven blade blank to prevent gravity-driven fiber distortion during handling and preserve fatigue performance.

An AI-driven platform uses shared lifecycle data to speed automation design while checking component compatibility and safety compliance.

Highlighted 3D model errors are paired with elimination conditions and fix sections, helping non-experts make appropriate design changes.

Body measurements, style, and fit drive 3D garment models that convert into adjusted 2D patterns for faster custom clothing production.

Highlighted 3D model error sections are linked to manufacturing elimination conditions, helping users revise designs without expert knowledge.

A 3D population-based footbed combines contoured foam zones and a rigid heel plate to reduce peak pressure, improve cushioning, and support fit.

A contoured foam footbed with a rigid heel plate reduces plantar pressure, improves heel and midfoot support, and preserves shoe fit.

3D-scanned custom denture pads fill gum-side voids to improve retention, comfort, and cleaner adhesive placement.

Corner-coordinate calculations generate precise edge profiles for custom decorative articles, cutting waste and installation time in irregular spaces.

Corner coordinate data is used to generate precise decorative edge profiles for irregular perimeters, cutting waste and installation time.

Corner coordinate mapping generates cut or marking profiles for custom decorative articles, improving fit in irregular rooms while reducing waste.

User interaction and sentiment data from a virtual digital twin drive ML-generated product variants tailored to different consumer groups.

Highlighted error sections and displayed elimination conditions guide non-expert users to correct 3D model manufacturing errors accurately.

Highlighted error sections and elimination conditions guide non-experts to correct 3D model errors without excessive design changes.

Interpolated parametric 3D models turn user-specific fit adjustments into manufacturing-ready instructions for tailored products.

A contoured foam footbed with a semi-rigid heel plate matches plantar anatomy to reduce peak pressure and improve cushioning in mass production.

Force-sensor-guided skeletal adjustment maps local brace pressure to correct scoliosis while avoiding continuous skin compression.

Users customize 3D printed objects through guided templates and scan-based inputs while printability constraints preserve fit, aesthetics, and design integrity.

Users modify baseline 3D designs with scan data and guided constraints, enabling personalized printed objects without losing printability or fit.

A generic equation-based motor model on programmable logic enables real-time simulation of up to twelve phases and electrical faults.