Development of new solid lubricant coatings for different industrial applications

This project focuses on the development, testing, and validation of next-generation solid lubricant coatings for cutting tools designed for hard-to-cut materials commonly used in aerospace and automotive industries. Traditional machining processes often rely on oil- and water-based lubricants, leading to excessive waste, environmental contamination, and increased operational costs. By introducing advanced solid lubricant coatings, this project aims to enhance machining efficiency while reducing industrial waste and water consumption.
The research is centered on improving tool performance in demanding machining applications. The coatings are engineered to minimize friction, reduce heat generation, and extend tool life, ultimately optimizing productivity. Hard-to-cut materials, such as heat-resistant alloys and composites, pose significant challenges in conventional machining. These coatings provide a dry, eco-friendly solution that improves cutting efficiency and also decreases reliance on liquid lubricants.
By addressing critical challenges in machining technology, this initiative supports a transition toward greener, more sustainable manufacturing practices. The outcomes have the potential to benefit industries seeking high-performance solutions that align with environmental sustainability goals while maintaining production efficiency.

Faculty Supervisor:

Stephen Veldhuis;Leyla Soleymani

Student:

Partner:

AraMill Inc.

Discipline:

Engineering

Sector:

Manufacturing

University:

McMaster University

Program: