MACHINING

Other capabilities
Quality Program

Built on Nuclear Quality Standards

Supported by 10CFR50 Appendix B, 10CFR21, ASME Section III, N, NPT (with material), NS, NQA-1 and other industry certifications, our quality program is designed to support compliance, reduce risk, and ensure confidence in every project.

Precision Machining for Complex Nuclear Applications

Master Machine delivers advanced CNC machining solutions for nuclear, DOE, DOD, naval, aerospace, and industrial applications where precision, reliability, and quality are paramount. Backed by a rigorous nuclear quality program and compliance with 10CFR50 Appendix B, 10CFR21, ASME Section III, N, NPT (with material), NQA-1 certifications, we help customers solve complex manufacturing challenges with the technical expertise and disciplined execution required for highly regulated, mission-critical applications.

Capability at Every Scale

From precision components no larger than a quarter to oversized structural assemblies, Master Machine delivers machining capabilities built for projects at every scale. With some of the largest machining capacity in the Southeast nuclear corridor, advanced multi-axis equipment, and large-envelope machining capabilities, we support complex applications requiring tight tolerances, intricate geometries, and exceptional precision.

Technology That Drives Precision

With CAD/CAM software, simulation tools, and integrated manufacturing planning, we support demanding projects from prototype through production.

Master Machine utilizes industry-leading software platforms including Mastercam™, Fusion 360, Vericut®, SolidWorks®, and Paperless Parts to support programming, simulation, manufacturing planning, and project execution.

CORE CAPABILITIES INCLUDE:
  • Advanced CNC milling and turning and live milling
  • Bridge, gantry, and planer milling capabilities
  • Multi-axis and multi-function machining capabilities
  • Large-envelope bridge, gantry, and planer milling component machining
  • Tight-tolerance manufacturing
  • Complex contouring, boring, and drilling
  • Build-to-print machining solutions
  • Machining of castings, forgings, and weldments
  • CAD/CAM programming and simulation tools Digital manufacturing, and inspection and metrology systems
  • Laser marking and part identification (Keyence MD-X2000A)
  • Pressing — 200 ton capacity (horizontal and vertical)

Equipment: CNC Services

From the size of a quarter to the length of a school bus — our equipment handles it.

CNC Milling
  • CNC Bridge Milling – x=160″, y=70″, z=32″, 4th axis, 90° head
  • CNC Bridge Milling – x=128″, y=62″, z=40″
  • CNC Gantry Milling – x=120″, y=120″, z=24″
  • CNC 5-Axis Milling – x=30″, y=20″, z=20″ (Haas UMC 750 SS 15k Spindle)
  • CNC Turning – Up to 27″ diameter × 120″ long (Mazak QT Series)
  • CNC Turning with live milling and Y axis (Mazak Integrex I-630V/6 AG)
  • Manual Turning – Up to 32″ diameter × 288″ long
  • Milling – Up to 168″ long
  • Horizontal Boring – Up to 96″ long 
  • Pressing – 200 ton (Horizontal and Vertical)
  • Surface Grinding
  • Laser Marking – Keyence MD-X2000A
  • Hydrostatic Testing
  • Wire EDM – X=31.5, Y=23.5, Z=19.5
  • Vertical Turret Lathe, 40” with live tooling

Our Process

Every Successful Project Starts with a Plan

Careful planning, experienced personnel, and proven processes help ensure quality, efficiency, and confidence throughout production.

01

Understand the Challenge

We review requirements, specifications, and manufacturing considerations to define the best path forward.

02

Develop the Plan

Our team uses Paperless Parts to evaluate manufacturability,  tooling, throughput, cycle times, and production strategy before work begins.

03

Execute with Precision

Advanced CNC equipment and experienced machinists produce components to exact requirements.

04

Verify and Deliver

Inspection, documentation, and quality checks ensure confidence in the final product.

Proof of Performance

PROJECT SHOWCASE

Reactor Headcover

The Problem

During a scheduled refueling outage, a nuclear utility required a temporary reactor head cover to support reactor vessel maintenance. To meet the project's technical requirements, the assembly also needed to be designed as a two-piece construction that would allow for entry through the containment hatch, all while supporting the customer's outage schedule.

The Part

A custom two-piece temporary reactor head cover manufactured from 4-inch plate, engineered to allow for entry through the containment hatch and complete with precision-machined custom studs for final assembly.

The Solution

Master Machine managed the project from material procurement through final inspection, completing the machining, assembly, and inspection of the temporary reactor head cover. The finished assembly met the customer's technical requirements and outage schedule while providing the two-piece construction required for containment hatch entry.


Gen III+ Advanced Reactor

The Problem

As part of an advanced reactor new plant construction project, a customer required precision machining of nuclear safety-related containment building wall modules. The work demanded strict adherence to customer specifications over the course of a long-term construction program.

The Part

Nuclear safety-related, 1-inch-thick plate machined to the customer's specifications for use in containment building wall modules.

The Solution

Master Machine supported the customer's advanced reactor new plant construction through a three-year machining program, completing the precision machining of safety-related plates to customer specifications in support of the containment building wall modules.


custom metal fabrication works

Industrial equipment repair welding

commercial building steel framework

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Ready to Connect?

Let's Solve Your Next Challenge

From tight-tolerance components to large-scale machining projects, our team is ready to help identify the right solution for your application.