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Cutting-Edge Production Machining Equipment for High-Volume Manufacturing
At Royster’s Production Machining, we leverage state-of-the-art Computer Numerical Control (CNC) machining equipment to deliver precision, efficiency, and quality in every project. CNC machining automates cutting, drilling, milling, and turning processes, ensuring tight tolerances and consistent results for high-volume production. Our advanced capabilities allow us to meet the most demanding specifications while maintaining superior craftsmanship.
Our Equipment and Capabilities Include:
- CNC turning, with the capacity to machine components up to 36 inches in diameter with precision.
- CNC milling, handling parts up to 2,000 pounds while ensuring accuracy and repeatability.
- High-speed, production-volume machining with a focus on quality control and consistency.
- The ability to machine a wide range of materials, including difficult-to-machine alloys.
- Custom fixture design and development to streamline production and enhance efficiency.
From Turning to Inspection:
The Production Machining Equipment that Sets RPM Apart
Our advanced equipment forms the backbone of our precision machining capabilities. From state-of-the-art CNC turning centers and horizontal machining mills to cutting-edge inspection tools like Hexagon CMMs, we’re equipped to handle projects of any size or complexity. Our technology ensures accuracy, efficiency, and unparalleled quality in every part we produce.
CNC Horizontal Lathes
- (2) Okuma LB4000 EXII Live Tool (19” Diameter x 30” Length)
- (2) Mazak Nexus 300 (16” Diameter x 26” Length)
- (2) Mazak Nexus 250 (15” Diameter x 20” Length)
- (2) Doosan Puma 300C (16” Diameter x 25” Length)
- (2) Doosan Puma 300L (16” Diameter x 52” Length)
- (6) Doosan 2600 (19” Diameter x 31” Length)
- (1) Doosan DooturnT3 (14” Diameter x 10” Length)
Total of 17 Horizontal Lathes
CNC Vertical Lathes
- (4) 2SP Okuma V920 (34” Diameter x 34” Length)
- (2) 2SP Okuma V760 (30” Diameter x 30” Length)
- (3) Okuma v80R (31.5” Diameter x 33.1” Length)
- (1) Okuma v80L (31.5” Diameter x 33.1” Length)
- (1) 2SP Okuma v60 (24” Diameter x 26” Length)
- (4) Hwacheon VT550 (26” Diameter x 28” Length)
- (6) Hyundia v5 VTL (22” Diameter x 26” Length)
- (1) Youji YV800 VTL (40” Diameter x 32” Length)
Total of 22 vertical lathes
CNC Horizontal Pallet Mills
- (1) Okuma MA600III (41” x 35” x 40” 630mm pallet)
- (2) Mori Seiki NH5000 (25” x 24” x 26” 500mm pallet)
- (1) Makino A81 (35” x 31” x 40” 630mm pallet)
Total of 4 pallet mills
CNC Vertical Mills
- (2) Doosan DNM500 (40” x 21” x 20”)
- (2) Prototrak DPM5
Total of 4 vertical mills
CMMs
- Hexagon Global (900mm x 1500mm x 800mm)
- Hexagon Global S Eco (500mm x 700mm x 500mm)
Total of 2 CMMs
Forklifts
- (3) Toyota 50-8FGCU25 (4000 LBS)
- Nissan 50 (4000 lbs)
- Hyster S60FT (5000 lbs)
- (1) Taylor Hoss (80,000 lbs)
Software
- SolidWorks
- MasterCAM
- Esprit
- JobBoss
Production Machining Equipment Designed for Efficiency and Accuracy
At Royster’s Production Machining, we provide precision CNC machining solutions for a wide range of industries that demand accuracy, efficiency, and high-performance manufacturing. Our state-of-the-art equipment and expert machinists ensure that every component we produce meets the strictest quality standards. From aerospace to industrial manufacturing, we deliver the precision and reliability required for mission-critical applications.
Contact us today to discuss how our machining
capabilities can support your next project!
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CNC 4-axis horizontal pallet mills provide high-precision milling, drilling, and tapping with automated pallet-changing for continuous, high-efficiency machining. Their multi-axis capability reduces repositioning, allowing for complex geometries in a single setup.
Key Capabilities
- Multi-sided machining with 4-axis control
- High-speed milling, drilling, and tapping
- Automatic pallet changer for uninterrupted production
Advantages
- Increases efficiency by reducing setup times
- Enhances accuracy for intricate part designs
- Supports high-volume production with minimal downtime
Materials Used
Compatible with aluminum, stainless steel, titanium, cast iron, and high-strength alloys.
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CNC 4-axis horizontal lathes enhance precision machining by allowing simultaneous multi-axis movement. This enables the creation of complex geometries with minimal repositioning.
Key Capabilities
- Multi-axis turning, milling, and contouring
- High-speed operations for intricate designs
- Reduces the need for secondary machining steps
Advantages
- Greater flexibility for complex part geometries
- Improved efficiency with reduced setup time
- High precision across multiple machining operations
Materials Used
Compatible with hardened steel, aluminum, titanium, composite materials, and high-strength alloys.
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CNC horizontal lathes provide high-speed precision machining for cylindrical components. They offer superior repeatability, making them ideal for mass production of rotational parts.
Key Capabilities
- Precision turning, threading, and grooving
- Supports long workpieces and high-speed operations
- Efficient chip evacuation for consistent machining
Advantages
- High-speed machining for increased efficiency
- Excellent surface finish with tight tolerances
- Ideal for high-volume production of cylindrical parts
Materials Used
Machinable materials include carbon steel, stainless steel, brass, aluminum, and high-performance alloys.
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CNC horizontal pallet mills are designed for large-scale, high-speed production. Their pallet-changing system enables continuous machining with minimal downtime.
Key Capabilities
- Multi-surface milling, drilling, and tapping
- Automatic pallet changes for increased throughput
- Ideal for high-volume, precision manufacturing
Advantages
- Reduces manual labor and production downtime
- Maximizes productivity with automated pallet swapping
- Provides high repeatability and precision
Materials Used
Handles aluminum, stainless steel, cast iron, and heat-resistant alloys.
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CNC vertical lathes are designed for machining large and heavy components with superior stability. Their vertical orientation allows for efficient chip removal, reducing wear and tear while improving accuracy.
Key Capabilities
- High-precision turning, boring, and threading
- Ideal for oversized and high-weight components
- Enhanced stability for improved surface finish
Advantages
- Reduced setup time for high-volume production
- Excellent for handling heavy workpieces
- Vertical setup improves precision and tool longevity
Materials Used
Common materials include steel, stainless steel, aluminum, titanium, and cast iron.
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CNC vertical mills offer high-precision milling and drilling capabilities for detailed machining applications. Their vertical spindle orientation makes them versatile for both large and small components.
Key Capabilities
- High-speed milling, drilling, and tapping
- Produces complex shapes with superior accuracy
- Supports various cutting tools for custom machining
Advantages
- Ensures superior surface finishes and dimensional accuracy
- High-speed machining for quick production cycles
- Ideal for small to mid-sized precision components
Materials Used
Common materials include aluminum, stainless steel, brass, copper, and exotic alloys.
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A Coordinate Measuring Machine (CMM) is a critical quality control tool that ensures dimensional accuracy in machined components. It uses advanced probing technology to verify tolerances with precision.
Key Capabilities
- 3D measurement and geometric inspection
- Verifies dimensions, surface profiles, and tolerances
- Ensures compliance with engineering specifications
Advantages
- Helps meet strict industry standards
- Reduces manufacturing errors and ensures quality control
- Enhances consistency in high-precision machining
Materials Measured
Works with steel, aluminum, titanium, composites, and precision plastics.
Equipment FAQ
What is the difference between CNC vertical and horizontal lathes?
CNC vertical lathes handle heavy, large-diameter parts with improved stability, while CNC horizontal lathes are ideal for long, cylindrical components requiring high-speed machining.
Why is a CMM important in precision machining?
A CMM ensures that manufactured parts meet strict dimensional tolerances, reducing defects and ensuring quality control across industries like aerospace manufacturing.
What industries rely on CNC machining for precision manufacturing?
CNC machining is essential in industries that require high-precision, high-strength, and high-performance components. Some of the key industries we serve include:
- Industrial Equipment & Heavy Machinery – We produce gears, bearings, hydraulic manifolds, and structural parts for agricultural, construction, and manufacturing equipment, ensuring rugged performance.
- Aerospace & Defense – We machine turbine components, landing gear parts, and hydraulic fittings using durable materials like titanium and stainless steel to meet FAA and military specifications.
- Automotive & Transportation – Our CNC capabilities produce engine components, transmission housings, and drivetrain parts with exceptional accuracy and repeatability for both standard and high-performance vehicles.
- Oil, Gas & Energy – We manufacture valve bodies, pipeline fittings, and turbine housings from stainless steel and heat-resistant alloys, ensuring durability in extreme environments.
What are the benefits of CNC machining over manual machining?
CNC (Computer Numerical Control) machining offers superior precision, repeatability, and efficiency compared to manual machining. It allows for automated production of complex geometries, reduces human error, and enables high-volume production with consistent quality. CNC machining also supports a wider range of materials and tighter tolerances, making it ideal for industries requiring exact specifications, such as aerospace, and automotive manufacturing.
What types of industrial equipment components can CNC machining produce?
CNC machining plays a crucial role in industrial equipment and heavy machinery, producing high-strength, wear-resistant parts such as:
- Gears, bearings, and hydraulic manifolds for manufacturing, construction, and agricultural machinery.
- Structural machine components that require tight tolerances and high durability.
- Custom fixtures and tooling solutions, streamlining manufacturing processes and improving efficiency.
Our expertise in machining cast iron, steel, aluminum, and high-strength alloys ensures that components perform reliably under heavy loads and extreme conditions.
How do I determine the right machining process for my project?
Choosing the right machining process depends on factors such as material type, part complexity, production volume, and required tolerances. CNC turning is ideal for cylindrical parts, while CNC milling is best for intricate, multi-axis geometries. If you require precision measurement and quality control, CMM inspection ensures accuracy. Our team at Royster’s Production Machining can help you determine the best machining solution based on your project’s specifications and industry requirements.
Your Business Deserves A Precision, High-Volume, CNC Machining Partner You Can Trust!
- Precision at Scale: Delivering consistent quality on even the largest components.
- Flexible, responsive service to meet even the tightest deadlines.
- Stay ahead of the competition with on-time delivery you can count on.
- Consistent quality that safeguards your operations and reputation.