PROFESSIONAL CAM and PERFECT CAM software to design the cams and verify the valve train by NT-Project

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Professional Cam and Perfect Cam is the ideal and complete software for engineering, team, tuner, etc. developing camshafts. In fact the software allows, to design valve lift law, to calculate cam profile for the main type of valve train system, to verify the valve train system with the spring load calculus and also to analyze the geometry of combustion chamber.

PRESENTATION	VERSION	PURCHASE	INFORMATION

Features

The software Professional Cam e Perfect Cam have many features, which are essential to develop the best camshafts. In the table below you can see an overview. Each stage of the development of a camshaft is of great importance for this the software are designed to offer the best computing tools for the design, implementation and verification of operation. In the specific pages you can also see the ease of use of software and how every step allows to have the information fundamental for achieving the desired development.

	Professional Cam		Perfect Cam
	standard	PRO	BASIC	old
INTAKE and EXHAUST VALVE LIFT LAW DESIGN
real time view of lift, velocity, acceleration and jerk		X	X
symmetry laws	X	X	X	X
asymmetry laws	X	X	X
polydyne (all the types)		X	X
polydyne (three types)	X	X	X	X
polynomial 8°	X	X	X	X
trigonometric	X			X
trigonometric with acceleration ratio variable	X
nt-spline (all the types)		X	X
nt-spline-asymmetric (all the types)		X	X
spline-polydyne (three types)	X
spline-polynomial 8°	X
spline-trigonometric	X
spline-trigonometric with acceleration ratio variable	X
import experimental lift laws	X	X
special algorithm for filtering the data of experimental lift laws	X	X
CAM PROFILE CALCULATION FOR DIFFERENT VALVE TRAIN SYSTEMS
direct flat tappet	X	X	X	X
direct roller tappet symmetric or asymmetric	X	X	X	X
rocker arm	X	X
finger arm	X	X
pushrod - rocker arm - flat tappet	X	X
pushrod - rocker arm - roller tappet	X	X
valve train kinematic simulation		X
cam profile in cartesian coordinates	X	X	X	X
cam profile in polar coordinates	X	X	X	X
drawing of the cam profile in dxf format	X	X
VALVE TRAIN SYSTEM VERIFICATION
automatic springs load calculation	X	X	X	X
import springs load curve observed experimentally	X	X
calculus valve float conditions	X	X	X	X
calculus wear and lubrication conditions	X	X	X	X
calculus valve train friction	X	X	X	X
valve train dynamic simulation		X
CHAMBER COMBUSTION and ENGINE ANALISYS
valve and piston motion simulation in engine cycle		X
valve lift in engine cycle		X	X
geometry roof combustion chamber calculation		X
geometry hemispheric combustion chamber calculation	X	X
valves interference and piston-valves interference calculation	X	X

Version

NT-PROJECT - Ferrara (Italy) - info@ntproject.com