Core Values
We apply these values to every aspect in our approach to our work
Intelligent Design (ID)
Application
Makuri is a true technology company focused on developing and applying new and proprietary processes to allow for continuous innovation and improvement in mining and process wear applications. Our focus is on the forgotten front end of the process plant, specialising in everything from the ROM pad thru to the SAG mill feed chute.
We believe that the mining industry has a real need for high-performance wear parts that can not only significantly reduce TCO but also increase mining sustainability, and that’s what we care about.
Intelligent Design Process
Customer-specific
Making customer-specific solutions to customer-specific problems
In-house design capability
Having a complete In-house design capability utilizing experienced mechanical, manufacturing and reliability engineers
Field testing
Field testing new technology under the most arduous of conditions with participating partners
Design review process
Completing a rigorous design review process from initial application review to a return to audit product performance after installation to ensure successful implementation of new concepts
Conducting gap analysis
Conducting gap analysis to look for the new gains to be made using new materials and designs
Building comprehensive TCO
Building comprehensive TCO models to more fully understand all the inputs required to drive change and obtain continuous improvements
Intelligent Design Tools
The Makuri Intelligent Design process utilizes a range of proprietary IP and commercially available processes, hardware and software tools to ensure that any changes proposed will have the highest probability of success. These include but are not restricted to;
All done by people with an enormous amount of real-world mining experience too!
Intelligent Design Tools
The Makuri Intelligent Design process utilizes a range of proprietary IP and commercially available processes, hardware and software tools to ensure that any changes proposed will have the highest probability of success. These include but are not restricted to;