Here’s where you’ll get a feel for how our problem-solving software solutions work.
Of course, this is only a sampling of our product capabilities. For a closer look at how our high-productivity solutions can benefit your organization, please visit the Demonstrations section or request a Free Trial (available for select products). Better yet, give UTS a call at 800-435-7887 to discuss your interests, or get a live demonstration of our products through GoTo Meeting. We look forward to the opportunity of serving you.
The primary purpose of this model is to provide an accurate set of polar and rectangular coordinates for use in plotting the final form of external and internal involute spur and helical gears singly and in mesh.
Integrated Gear Software: 60-460
The primary purpose of this model is to provide an accurate set of polar and rectangular coordinates for use in plotting the final form of internal involute spur and helical gears.
Integrated Gear Software: 60-470
Spur on center face gear sets consist of a spur pinion meshing with a gear formed on the side of a disc. The axes are at 90 degrees and intersect. The pinions may be produced by any means used to make spur involute pinions.
Integrated Gear Software: 60-540
This TK Model calculates load ratings for gear sets according to American Gear Manufacturers Association Standard AGMA 2001-B88, Fundamental Rating Methods for Involute Spur and Helical Gear Teeth.
Integrated Gear Software: 60-5405
This TK Solver model is written in accordance with the yield stress analysis in American Gear Manufacturers Association Standard 2001-B88. The model covers steel gears which are quenched and tempered, annealed or normalized.
Integrated Gear Software: 60-5406
The ideal uniform load distribution along gear teeth is seldom obtained, because of many factors that include dimensional errors and elasticity in the gear teeth themselves and in supporting elements such as shafts, bearings and housings.
Integrated Gear Software: 60-5408
Lubrication film thickness is obviously an important factor in the lubrication of gears, because it determines the amount of contact between asperities (high spots) on the surfaces of the working flanks of the teeth.
Integrated Gear Software: 60-541
This model calculates load ratings for gear sets according to American Gear Manufacturers Association Standard AGMA 2001-C95, Fundamental Rating Methods for Involute Spur and Helical Gear Teeth.
Integrated Gear Software: 60-543
This model covers the design of cylindrical worms and throated gears mounted with axes at a 90 degree angle. The model will give solutions for gear sets whether they comply with the standard or not.
Integrated Gear Software: 60-546
This model covers the design and durability rating of enclosed cylindrical worm gear speed reducers of the following types:
