JPM Software
Nosso site possui os melhores programas para cálculo de engrenagens online, incluindo engrenagens cilíndricas, cônicas, sem-fim, recâmbio para fresadoras de engrenagens, dimensionamento de rolamentos e mancais deslizantes, eixos e muito mais.
1. Which types of gears can I calculate with JPM Software?
JPM Software provides comprehensive calculations for a wide range of gear systems, including Spur and Helical gears, Worm and Wheels (including Globoidal systems), and Bevel gears. The software is designed for industrial-grade precision, supporting complex geometry and manufacturing parameters.
2. Does the software support international standards like DIN, ISO, AGMA and ANSI?
Yes. The JPM software was developed to meet global engineering needs, offering full support for technical standards such as DIN, ISO, AGMA, and ANSI specifications for gear calculations and 3D design.
3. Can I export my calculations to CAD software?
Absolutely. One of our key features is the generation of .DXF and .LISP files, which allow for the automated and precise drawing of the tooth profile directly in AutoCAD. This ensures that the transition from calculation to design is seamless and error-free.
4. Is JPM Software suitable for gear manufacturing and hobbing machine setups?
Yes, it is a professional tool specifically designed for the shop floor and engineering departments. It calculates manufacturing change gears (recâmbio) for various machines, including Renânia (Hobbing), Fellows, and Maag systems.
5. Does the software perform mechanical strength analysis?
Yes. In addition to geometry, the software includes modules for stress and strength analysis, calculating power factors such as pitting and bending for gears, and bending and torsion of shafts to ensure the durability of mechanical components.
6. Can I generate 3D models for my gear designs?
Yes, the software assists in creating parameters for high-precision models, supporting workflows that require STEP file generation for 3D modeling and CNC manufacturing.
In this program, you simply need to inform the normal module, number of teeth, pressure angle and helix angle and the program will calculate the external diameter using the correction factor or the correction based on the external diameter, minimum and maximum clearance, number of teeth for measurement W, base tangent measurement W, height for chordal measurement, chordal measurement at the determined height or at various heights, thus being able to measure the profile, roller diameter for measurement over rollers and the measurement over rollers. The program calculates for cylindrical gears with internal and external straight and helical teeth.
Watch the video AccessIn this program, you simply need to inform the normal module, number of teeth, pressure angle and helix angle and the program will calculate the external diameter using the correction factor or the correction based on the external diameter, minimum and maximum clearance, number of teeth for measurement W, base tangent measurement W, height for chordal measurement, chordal measurement at the determined height, roller diameter for measurement over rollers and the measurement over rollers. The program calculates for a set of cylindrical gears (pinion and crown) with external straight and helical teeth.
Watch the video AccessThe program makes the same calculations as the “N joint milling form”, but in this program we have the option of reducing the thickness of the crown teeth and compensating for it on the pinion or vice versa.
Watch the video AccessEnter the normal module data, number of teeth, pressure angle, helix angle, profile correction factor, tooth head diameter, tooth casting diameter, number of teeth for W measurement, base tangent measurement and the program will download a .DXF and .LISP file that when loaded by AutoCad draws the cross-sectional profile and can be used to create 3D to be used in CAM.
Watch the video AccessCalculate the power (resistance to pitting and bending of the teeth) of a set of cylindrical gears with straight, helical and bi-helical teeth for open drives, low and high speed reducers and mill gears. The calculation takes into account the geometry of the set, material, heat treatment, quality, etc.
Watch the video AccessCalculation of the quality level according to the DIN standard from level 1 to 12 and also level conversions for AGMA, ISO and JIS standards.
Watch the video AccessFind the clearance in the teeth, with this program it is possible to find the clearance in the teeth of an existing set, being required to inform the normal module, number of teeth, pressure angle, helix angle, center-to-center measurement, pinion outer diameter and the base tangent measurements W found in the pinion and gear.
Watch the video AccessDetermine the resulting force of a set of gears, with the value of these forces we can determine the shaft, bearings and bronze and patent metal bearings.
Watch the video AccessYou assembled a gear, made the contact and stayed out, in this program you must place a shim in the bearing until the contact is distributed and with the measurement of the shim find the error of the propeller to correct the machine.
Watch the video AccessCalculate diameters, tooth thickness, groove tolerance, just enter the normal module, number of teeth and reference diameter.
Watch the video AccessCalculate diameters, tooth thickness, groove tolerance, just choose the nomenclature.
Watch the video AccessCalculate a profile correction according to the transmitted power.
Watch the video AccessCalculate diameters, tooth thickness, groove tolerance, just enter the normal module, number of teeth and reference diameter.
Watch the video AccessFind the base tangent measurement (W) by informing the chordal thickness and height.
Watch the video AccessCalculate the cumulative pitch of a spur, helical, and bi-helical cylindrical gear.
Watch the video AccessCalculate and gear train for Fellows, Maag, Renania milling machines, universal milling cutter, tooth grinding quickly and accurately, being able to determine the minimum and maximum number of wheels and also assembly conditions.
Watch the video AccessCalculate and gear train for Fellows, Maag, Renania milling machines, universal milling cutter, tooth grinding quickly and accurately, being able to determine the minimum and maximum number of wheels and also assembly conditions.
Watch the video AccessCalculate and gear train for Fellows, Maag, Renania milling machines, universal milling cutter, tooth grinding quickly and accurately, being able to determine the minimum and maximum number of wheels and also assembly conditions.
Watch the video AccessCalculate the power (resistance to pitting and bending of the teeth) of a set of straight-toothed bevel, spiral, zero and duplex gears. The calculation takes into account the geometry of the set, material, heat treatment, quality, etc.
Watch the video AccessCalculate the diameters, addendum, tooth depth and head angles, pitch and tooth bottoms for Gleason and Klingerberg bevel gears.
Watch the video AccessHow to generate a 3D STEP model for Globoidal Worm Gears
JPM Software specializes in the complex geometry of Globoidal Worm and Wheel systems. Our software calculates the precise contact mechanics and tooth geometry required for high-torque, double-enveloping transmissions.
The software provides the exact coordinate data and geometric parameters needed to generate high-fidelity 3D models. This allows engineers to export designs to STEP or other CAD formats for CNC machining and 3D simulation, ensuring the globoidal profile is mathematically perfect.
Calculate all dimensions of a GLOBOIDAL crown and worm gear set and also the power calculation that the set supports. In addition, the program provides a video instructing how to draw the GLOBOIDAL worm in 3D. In the program, the user will download the coordinates, matrix and equations to build the 3D.
Watch the video AccessCalculate all dimensions of a set of crown and worm gears by providing the axial module, number of crown teeth, number of worm entries and worm outer diameter. The program will also calculate the power that the set supports.
Watch the video AccessWith the calculation of bearings with forced lubrication, the user will determine the bronze or meta patent bearing, its capacity for the force applied to the bearing, Reynolds formula and the temperature at which it will work.
Watch the video AccessAccording to the forces of a gear set and the chosen bearing, the program will determine the service life of each bearing considering the radial and axial forces.
Watch the video AccessAccording to the forces of a gear set and the chosen bearing, the program will determine the service life of each bearing considering the radial and axial forces.
Watch the video AccessAccording to the forces of a gear set and the chosen bearing, the program will determine the service life of each bearing considering the radial and axial forces.
Watch the video AccessCalculate the oil flow required for a set of gears (pinion and crown).
Watch the video AccessBy providing data such as lubricating oil flow and number of holes, the program determines the diameters of the holes for the oil to exit.
Watch the video AccessSet the clearance for tapered bearings of a gear.
Watch the video AccessDefine the forces received by the bearing or bushing according to the gearing.
Watch the video AccessDetermine with the drive data (pinion and crown) and the hardness of the material, the program will provide the minimum shaft diameter, allowable material stress, material tensile strength and the bending moment.
Watch the video AccessDetermine with the power, rotation and material hardness data the program will provide the minimum shaft diameter, allowable material stress, material tensile strength, bending moment and torque.
Watch the video AccessDetermine with the data of two drives (pinion/crown and pinion/crown) and the hardness of the material the program will provide the minimum shaft diameter, allowable stress of the material, tensile strength of the material and the bending moment.
Watch the video AccessProgram to correct the helix angle due to shaft deflection, that is, when the shaft undergoes bending during work, the tooth contact is out of alignment, so it is possible to change the helix angle so that when the reducer takes on a work load, the tooth contact is distributed.
Watch the video AccessCCalcule a velocidade máxima de um eixo para redutores de alta velocidade.
Watch the video AccessDetermine the diameter, length, and number of pins or bolts to transmit torque from a bushed pinion.
Watch the video AccessDetermine the interference between pinion and shaft to transmit torque without using a key.
Watch the video AccessSet the side and angle of the Rhineland milling machine head
Watch the video Access