Mining & Heavy Equipment
Built for Extreme Industrial Environments
Our team works with manufacturers, maintenance departments, and industrial operators to produce components that support material handling systems, processing equipment, and heavy rotating machinery. With decades of experience in industrial machining and roller fabrication, Becker Machine delivers solutions engineered for durability, structural integrity, and long-term operational performance.
Machining Solutions Designed for Strength and Reliability
Heavy equipment applications require precision manufacturing combined with rugged construction. Becker Machine provides CNC machining, roller fabrication, dynamic balancing, and repair services for components that operate under high stress and demanding production conditions.
Our capabilities for mining and heavy equipment applications include:
Large-diameter CNC turning and milling
Heavy-duty industrial roller fabrication
Precision shaft machining and journal repair
Dynamic balancing for rotating equipment
Roller repair and reconditioning services
Machining of steel, alloy, and wear-resistant materials
Manufacturing Support That Keeps Equipment Running
In mining and heavy industrial applications, equipment downtime can lead to significant production losses and maintenance costs. Becker Machine helps customers minimize disruptions by providing dependable manufacturing support, responsive service, and precision-built replacement components.
We support applications including:
Conveyor and material handling systems
Industrial drive systems
Processing and crushing equipment
Heavy rotating assemblies
Custom-machined replacement components
Speak to an Engineer
Have a technical question or a challenging application? Speak directly with an experienced Becker Machine engineer to discuss specifications, materials, and performance requirements.
Request a Quote
Request a detailed quote for your custom roller or machined component, and work directly with our team to ensure accuracy, performance, and on-time delivery.