Special Offer: k-prof exclusive license contact NOW! GeomCurves: Autolisp program to create analytical curves just in AutoCAD system! detail » Software tools K-prof (C) 2002 by Eugeny Kalney. Version: 1.0 beta 01.11.2002 The application of K-prof is proved extremely and genuinely useful in solving problems of screw rotors' design, patenting and manufacturing. Working within program package AutoCAD as polyline via object creating procedure or using point array import, K-prof allows coping with all sorts of geometrical problems existing within AutoCAD and consequently is applicable to ANY screw compressor rotors practically used. Have you had the need for new, enhanced profiles, do obtain them with K-prof.

1. solve problems of high accuracy profiling with no extra efforts;
2. define required inter-rotor variably sized functional gaps freely;
3. calculate screw rotor manufacturing tool profiles, including disk mills and grinding wheels;
4. calculate rotors thermal deformation and center distance deviation;
5. correct and adjust a particular tool in accordance with manufactured rotor measurements via feedback;
6. take advantage of complete and effective set for development of enhanced profiles with improved characteristics and complete set of associated geometry;
7. take advantage of new rotors' patenting procedure with new ways of application and new ways of applied technical solutions features description;
8. generate families of transitive profiles and to select rotors optimized in accordance with a parameter within the families;
9. design 3d surfaces of screw rotors with variable parameters of thread lead, teeth height and form;
10. solve modern and perspective problems of profiling by application of unique and universal software package entitled K-prof.

1. High accuracy rotor profiling;
2. Defining of variably sized functional gaps between rotors surfaces;
3. Calculation of milling and grinding tool profile for rotor profile manufacture;
4. Calculation of thermal deformations and center distance deviation;
5. Correction of a particular tool in accordance with manufactured rotor measurements via feedback;
6. Design of new profiles with improved characteristics as well as all sorts of associated geometry;
7. Patenting of profiles taking advantage of new possibilities of application and new ways of profiling method essentials' description;
8. Generation of profile families with transitive characteristics and careful selection of profiles optimized in accordance with a parameter within the families;
9. Design of screw rotor profiles with variable parameters of thread lead, tooth height and form;
10. Inventive and innovative solution to modern and prospective profiling problems with unique and universal software.

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