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Operational Efficiency

Reduced removal time by 80%, allowing the facility to resume operations faster.

Significant Cost Savings

By minimizing downtime, the project saved approximately $4 million in potential production losses.

Lowered Service Expenses

The tailored approach achieved a 50% reduction in service costs compared to traditional methods.

Estimated Value Savings

Project Description

Type of Cutting

CASE STUDY REPORT

Project 
Name

Client Name

22 September 2023

The Cut

Through this innovative technique, Nuwave Industries drastically reduced the removal process from the standard 40 hours to just 8 hours. This efficient solution provided a rapid resolution, significantly lowering both downtime and associated costs.

Operational Efficiency

Reduced removal time by 80%, allowing the facility to resume operations faster.

Significant Cost Savings

Client estimates they saved anywhere from $650,000 to $1.5 million working with NuWave on this project

Lowered Service Expenses

The tailored approach achieved a 50% reduction in service costs compared to traditional methods.

Estimated Value Savings

Videos

CASE STUDY REPORT

Removal of 6’ Rubber Gasket

Mining

The Issue

A mining operation in British Columbia faced a significant operational hurdle when a 6-foot rubber gasket became jammed within a 40-foot roller mill. Traditional methods for removing the gasket were not only time-consuming, taking up to 40 hours, but also risked damaging the mill’s outer steel shell. This situation created a substantial bottleneck, resulting in increased downtime and potential loss of production efficiency.

The Solution

To address the issue, the team at Nuwave Industries employed a customized approach. They used an 8-inch tire system mounted with a magnetic track cutter, which allowed precise positioning and movement along the mill surface. By integrating advanced waterjet cutting technology, they successfully removed the gasket without causing any harm to the steel shell. This method allowed for continuous cutting without the need for manual adjustments, minimizing operational risks.

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