Case studies

FEM Analysis of Sprocket Wear and Chain Elongation Effects on Tooth Load Distribution

Predicting the admissible wear threshold to prevent stress concentration and premature tooth failure through advanced structural simulation. A structural FEM simulation was carried out to assess the influence of chain elongation and sprocket stiffness on the stress distribution across the sprocket teeth. The analysis focused on identifying how wear-related deformations affect load sharing among teeth […]

FEM Analysis of Sprocket Wear and Chain Elongation Effects on Tooth Load Distribution Read More »

Packaging, Robot, Custom Equipment

Custom Equipment design for Robots

Altamax offers a specialized service for the design of custom equipment for integration with industrial robots. We primarily work in SolidWorks, with the option to activate temporary licenses for other software such as Creo or Inventor, depending on the specific project requirements. Thanks to our extensive experience in the mechanical and automation sectors, we develop

Custom Equipment design for Robots Read More »

Advanced FEM-Optimized Press Design

Custom-Designed Presses for Sheet Metal and Other Applications The design of industrial presses requires a precise balance of structural strength, performance, and durability. Whether for sheet metal forming or applications in other sectors, every press must be engineered to withstand high forces while ensuring reliability and efficiency. At Altamax, all press designs are developed using

Advanced FEM-Optimized Press Design Read More »

Antenna telespazio design

Antenna Tilt Mechanism revamp Project

In the context of refurbishing an antenna used for tracking signals from satellites dedicated to meteorological surveys, Altamax was tasked with designing a tilting mechanism that could be integrated into the existing structure without invasive modifications. The antenna featured a manually adjustable segment, and the new device needed to maintain the original footprint. The project

Antenna Tilt Mechanism revamp Project Read More »