PROJECTS

3d printing process of an internal gear for the curing chamber prototype.

Working on the development of a curing chamber for big size sla 3d prints. This video showcases the chamber concept, which is designed to accommodate 50x50x50 cm SLA prints - next step is to add the electronics, curing lights and air purifier system to complete the alpha version.

Welding fixture for an automotive Tier 1. This tool helped our client in the early stages of prototypes manufacturing and is special for us because it was the first to trust our machining capabilities.

Beyond its functionality, this tool worked as a great exercise to optimize our infrastructure. 3D printed with SLA technology, the initial printing time with the parameters suggested by the resin manufacturer were close to 19h. After modifying lifting speed, bottom retract speed, retract speed, retract distance, lifting distance, bottom lift distance in the slicer, we were able to reduce by 50% the printing time.

SLA 3d printed electrical harness cover for an automotive Tier 1. This is a great example of 3d printing capabilities for low volume manufacturing. Originally, this component were sent from China. Because of this, we helped to reduce logistic costs and manufacturing lead time.

This is a we made for iManauta company based on CDMX. The project consisted in the digitalization of all their structural dampers using Autodesk software. Assembly drawings were created, but unfortunately those are confidential.

This slideshow is from a project with a tier 1 that required support with their engineering changes process. Obviously I cannot share to many details of the process, but hopefully this will give you an idea of the type of product.

Welding fixture for Tier 1 automotive company. This concept was taken from conception to fabrication in 3 weeks, supporting the prototyping and production ramp up stages.

Topology optimization of a front spring rear hanger bracket of a class 8 truck, considering vertical, lateral and torsion load cases. The goal was to reach a 25% weight reduction using cast iron material without impacting packaging.