Get Quote

PRECISION INDUSTRIAL SERVICES

Advanced
CNC/CAD/CAM
Engineering

MST Corporation delivers precision CNC/CAD/CAM engineering, machining, and remanufacturing solutions for critical industrial components, helping customers improve equipment performance, extend service life, and reduce operational costs.

Industrial Rotary Screw Feeder Systems

Designed for demanding continuous-process applications, MST engineers, manufactures, restores and upgrades rotary feeder valves and screw feeder systems for high-pressure material handling.

Technical Specification

Value

Value

Pressure Rating

Operating Temperature

Material Construction

Sealing Tolerance

Up to 13.5 Bar (195 PSI)

400 degrees F / 205 degrees C

Standard Units

316L Stainless / Hardened Steel

< 0.05mm Clearance

Request Quote
Download Product Brochure

Biomass Material Handling Systems

Designed for efficient biomass and bulk material handling, our systems provide reliable, continuous feeding with optimized performance for power generation and other demanding industrial applications.

System Metric

Performance

Value

Throughput Capacity

Drive System

Maintenance Interval

Safety Compliance

10 - 150 Tons/Hour

Variable Frequency (VFD)

12,000 Operating Hours

ATEX Zone 20/21 Certified

PRECISION METALWORKING

Custom Component Manufacturing

Our facility combines advanced CNC machining and multi-axis manufacturing to produce high-precision components for demanding industrial applications. From prototypes to production runs, we deliver consistent quality and dependable performance.

MAX ENVELOPE

2m x 1.5m x 1m

AXIS CONTROL

Simultaneous 5-Axis

  • ISO 9001:2015 Certified Manufacturing
  • Prototype to Production Capabilities
  • High-Precision Machining Solutions

ENGINEERED SOLUTIONS

Component Restoration Process

When original components are no longer available or no longer perform as required, our engineering team reconstructs, analyzes, and enhances critical parts using advanced scanning, material testing, and precision manufacturing technologies.

3D Laser Scaning

Capture precise component geometry through advanced laser scanning, creating highly accurate digital models for engineering analysis.

Material Testing

Analyze material composition, hardness, and wear characteristics to ensure accurate replication and reliable long-term performance.

Performance Enhancement

Optimize component designs and material selection to improve durability, efficiency, and overall operational reliability significantly.

Precision Manufacturing

Manufacture high-quality replacement components using advanced CNC machining with strict quality control and inspection standards.