2D Pattern Engineering Engineer Flyer available for download Engineer Delcam CRISPIN Engineer - 2D Pattern Engineering and Grading Engineer is the international market-leading pattern engineering CAD software used by both worldwide brands and small manufacturers. Years of feedback and development make it the most comprehensive and powerful yet easy-to-use 2D pattern engineering solution. We understand that experienced pattern engineers produce new patterns by hand quickly. With Engineer, you can digitise patterns easily so you can edit them faster and with greater precision. Engineer also makes grading and group grading easy so you no longer need to rely on a third party. Together, these features give you total control over tooling costs and remove the need to make compromises in production so you get your designs to manufacture faster. 3D Sole Engineering SoleEngineer Flyer available for download SoleEngineer Delcam CRISPIN SoleEngineer - 3D Sole Unit Engineering & Grading Create complex sole units effortlessly with a unique combination of wireframe, surface, solid and triangle modelling techniques. A set of shoe specific tools make engineering and grading easy so you get to manufacture faster. SoleEngineer’s versatile modelling tools mean you can create any shape including heels, custom accessories or even moulded footwear such as wellington boots without the need for additional software. CREATE COMPLEX MODELS OR IMPORT FROM ELSEWHERE Import meshes, surface or solid models in a wide range of formats 5 MAKE COMPLEX EDITS Apply complex local and global edits easily 2 CREATE EVA MOULD FROM FULL SIZE MODEL Scale different areas of the sole and blend automatically 6 DESIGN SOLE OR TOOLING Use specialised mould-making tools to design tooling from the sole model 3 FIX KEY FEATURES WHEN GRADING Use automatic blending and sealing to fix positioning of logos, cleats, studs and other features 7 REDUCE PROTOTYPE TIME AND COSTS Export to a 3D printer to produce rapid prototypes 4 ENGINEER HEELS QUICKLY Change heel size and shape dynamically