Cutting-Edge CNC Machining Equipment for Precision Manufacturing
At Royster’s Machine Shop, 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 machining, with travel capacity up to 78″ x 59″, able to handle large-scale milling operations.
- CNC turning, with the capacity to machine components up to 40 inches in diameter with precision.
- CNC milling, handling parts up to 13,000 pounds while ensuring accuracy and repeatability.
- The ability to machine a wide range of materials, including difficult-to-machine alloys.
- Custom fixture development to streamline production and enhance efficiency.
From Turning to Inspection:
The Machining Equipment that Sets RMS 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 Vertical Lathe
- Okuma V760 – 30” Diameter x 30” Length
CNC Horizontal Lathes
- Daewoo Puma 700 – 35” Diameter x 63” Length
- Doosan Puma 480L – 25.6” Diameter x 80” Length
- Daewoo Puma 12L – 19” Diameter x 40” Length
- Mori Seiki NL-2500 – 14” Diameter x 27” Length with live milling and sub-spindle
- Leadwell LTC 35 – 23.6” Diameter x 60” Length
CNC Multi-task Machine
- DMG CTX Gamma 2000TC – 27.6” Diameter x 80” Length with milling spindle and 5-axis capabilities
CNC Vertical Mills
- Okuma Millac 1052V – 80” x 41” x 31” with 11,000 lb. table capacity
- Okuma Genos M560-VB – 41” x 22” x 18″
- OKK VM7-III – 60” x 29” x 26”
- Enshu EV650-C – 63” x 25.6” x 26”
- Shizuoka B-10V – 40” x 20” x 20”
CNC Horizontal Mills
- Kuraki AKB-11 – 78” x 59” x 59” with 13,000 lb. table capacity
- Kuraki KBM-11 – 59” x 47” x 27” with 6,000 lb. table capacity
CNC Waterjet
- Omax 80X – 6.5’ x 13’
CNC Wire EDMs
- Fanuc Alpha C400iB – 28” x 24” x 10” Workpiece Capacity
- Fanuc 0iA – 25” x 17” x 10” Workpiece Capacity
- Fanuc 1iA – 33” x 27” x 16” Workpiece Capacity
Tool Room Vertical Mills
- Proto-Trak (5) DPM RX5
- Proto-Trak (2) DPM RX7
Tool Room Horizontal Mills
- Darbert HBM4 – 86” x 63” x 38″
- Kuraki KBT-1003W – 55” x 49” x 49”
Tool Room Lathes
- Proto-Trak 1845
- Proto-Trak 2470
- Hardinge 8” x 18”
- LeBlond 12” x 36”
- Clausing 12” x 36”
- Summit 20” x 80”
- LeBlond 24” 72”
- Clausing 24” x 87”
- Lion 26” x 160”
- VDF 35” x 144”
- Bullard 42” Vertical
- Clausing 48” x 96”
- VDF 48” x 144”
Rotary Grinders
- Mattison 72”
- Blanchard (2) 36”
Surface Grinders
- Okamoto 6” x 12”
- Okamoto 6” x 18”
- Chevalier (2) 6” x 18”
- Okamoto 12” x 24”
- Okamoto 20” x 20”
- Chevalier 20” x 40”
- Mattison 24” x 72”
- Landis 14” ID-OD Grinder
Sinker EDMs
- Chevalier DM-540
Heat Treat Oven
- Cress C122012 12” x 20” x 12”
Bandsaws
- Marvel PA460-HD – 20” x 18”
- Marvel 18” Vertical
- DoAll 18” Vertical
Welders / Fabrication Equipment
- Miller Deltaweld 652
- Miller Deltaweld 350
- Miller Multimatic 255
- Miller Synchrowave 400
- Miller Synchrowave 250
- Miller CP-300
- P&H Wirematic 200
- Preheat Furnace
- Welding Positioner (2)
- Thermal Arc Plasma Cutter
Presses
- 300 Ton Horizontal Hydraulic
- 75 Ton Hydraulic
- 100 Ton Mechanical (2)
- 100 Ton Hydraulic
- 150 Ton Hydraulic (2)
- 400 Ton Hydraulic
- 2500 Ton Hydraulic
CMM
- Mitutoyo 9106
Software
- MasterCAM
- Esprit
- Solidworks
- Jobboss
- AutoCad LT
Precision CNC Machining Equipment Designed for Efficiency and Accuracy
At Royster’s Machine Shop, 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 defense 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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2-axis vertical lathes specialize in precision turning of large, heavy, or hard-to-hold components by rotating the workpiece on a vertical axis. Ideal for parts with large diameters and short lengths.
Key Capabilities
- Vertical turning for heavy or awkwardly shaped parts
- Precise facing, boring, and contouring operations
- High load capacity for oversized components
Advantages
- Gravity-assisted workholding enhances stability
- Excellent for large, heavy, or asymmetrical parts
- Reduces setup complexity for vertical operations
Materials Used
Steel, cast iron, aluminum, titanium, and high-strength alloys.
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CNC horizontal boring mills provide precision hole-making and large-scale machining capabilities with minimal repositioning.
Key Capabilities
- Deep hole drilling with precise alignment
- Multi-axis machining for large workpieces
- High-rigidity structure for stable operation
Advantages
- Enhanced accuracy for large-scale components
- Reduced production time with efficient boring cycles
- Capable of handling heavy-duty materials
Materials Used
Compatible with steel, cast iron, aluminum, and composite materials.
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CNC axis horizontal lathes deliver high-precision turning, facing, and drilling operations, ensuring efficient production of cylindrical parts. Models like the Doosan Puma 700 and Doosan Puma 480L are built for heavy-duty performance, with the Puma 700 offering enhanced capabilities for larger and more demanding applications.
Key Capabilities
- Multi-axis cutting for intricate machining
- Automated precision for consistent output
- Reduced cycle times with advanced tooling integration
- Large-diameter and extended-length turning (Puma 700)
- Long-bed capacity for oversized parts (Puma 480L)
Advantages
- High efficiency for large-scale production
- Enhanced accuracy with computer-controlled movement
- Supports a range of cutting operations in a single setup
- Puma 700: Newer-generation technology, higher spindle power, and greater chucking capacity
- Puma 480L: Proven reliability, ideal for mid-to-large parts, with extended bed for longer workpieces
Materials Used
Compatible with stainless steel, aluminum, brass, and hardened alloys.
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CNC vertical mills offer advanced multi-axis control for milling, drilling, and slotting operations on various materials.
Key Capabilities
- Multi-axis cutting for intricate machining
- Automated precision for consistent output
- Reduced cycle times with advanced tooling integration
Advantages
- High efficiency for large-scale production
- Enhanced accuracy with computer-controlled movement
- Supports a range of cutting operations in a single setup
Materials Used
Compatible with stainless steel, aluminum, brass, and hardened alloys.
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Coordinate measuring machines (CMM) ensure precise part inspection and quality control with advanced metrology capabilities.
Key Capabilities
- High-accuracy 3D measurement for complex components
- Touch probe options for diverse applications
- Automated data collection for efficient inspection
Advantages
- Reduces errors with precise dimensional analysis
- Ensures consistency across production batches
- Streamlines quality assurance for critical parts
Materials Used
Capable of measuring components made from steel, aluminum, composites, and plastics.
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Our heat treat oven enhances material strength and durability through controlled thermal processes.
Key Capabilities
- Precision temperature control for consistent heat treatment
- Supports annealing, tempering, and stress relief processes
- Uniform heating for improved material properties
Advantages
- Increases component hardness and longevity
- Reduces internal stresses for improved performance
- Ensures metallurgical integrity across various applications
Materials Used
Steel, aluminum, cast iron, and specialty alloys.
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Horizontal mills provide efficient material removal and multi-surface machining with enhanced stability.
Key Capabilities
- High-speed horizontal cutting for heavy-duty applications
- Multi-tool compatibility for custom machining
- Enhanced chip evacuation for smooth operation
Advantages
- Ideal for bulk material removal and large part machining
- Reduces machining time with powerful spindle speed
- Supports a wide range of milling techniques
Materials Used
Steel, cast iron, aluminum, and hardened alloys.
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Hydraulic presses generate controlled force for precision forming, bending, and assembly operations.
Key Capabilities
- High-pressure forming for metal shaping
- Adjustable force control for diverse applications
- Supports deep drawing, punching, and stamping
Advantages
- Increases production efficiency with automated control
- Reduces material deformation for high-quality output
- Adaptable for a variety of industrial applications
Materials Used
Steel, aluminum, brass, and composite materials.
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The Large Mattison Grinder ensures precision grinding of flat surfaces with exceptional accuracy.
Key Capabilities
- Large grinding capacity for oversized parts
- High-precision surface finishing
- Automated control for consistent results
Advantages
- Improves dimensional accuracy for critical components
- Achieves smooth finishes with minimal material removal
- Reduces post-processing requirements
Materials Used
Steel, cast iron, hardened alloys, and specialty metals.
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Large overhead bridge cranes provide heavy-duty lifting for machining and material handling.
Key Capabilities
- High-capacity lifting for large workpieces
- Precision movement for safe and efficient handling
- Supports automated and manual operation
Advantages
- Increases workflow efficiency with easy material transport
- Enhances safety in heavy lifting applications
- Adaptable for various industrial environments
Materials Used
Capable of handling all metal and composite materials.
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Manual lathes provide hands-on machining for custom and low-volume part production.
Key Capabilities
- Precision turning for detailed craftsmanship
- Adjustable speed control for varied material needs
- Ideal for prototyping and repair work
Advantages
- Allows for operator control over machining adjustments
- Cost-effective for custom, one-off projects
- Supports a wide range of turning operations
Materials Used
Steel, brass, aluminum, and specialty metals.
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The repair and rebuild station restores and enhances worn or damaged components with precision craftsmanship.
Key Capabilities
- Precision component refurbishing
- Custom machining for rebuilds
- Comprehensive testing and quality checks
Advantages
- Extends the lifespan of critical machine parts
- Reduces downtime with efficient repair solutions
- Cost-effective alternative to part replacement
Materials Used
Compatible with all industrial metals and composite materials.
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Surface grinders achieve smooth, flat surfaces with high precision.
Key Capabilities
- Fine grinding for tight tolerances
- Supports large and small workpieces
- Automated and manual control options
Advantages
- Ensures high surface finish quality
- Reduces machining imperfections for superior results
- Ideal for tool and die applications
Materials Used
Steel, aluminum, carbide, and composite materials.
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Tool room lathes provide automated precision turning, reducing machining time while enhancing accuracy and repeatability.
Key Capabilities
- Programmable operations for mass production
- High-speed turning with minimal material waste
- Supports complex contouring and threading
Advantages
- Reduces setup time with automated tool adjustments
- Achieves high precision for tight tolerances
- Efficient for both small and large production runs
Materials Used
Compatible with brass, steel, titanium, and aluminum.
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Vertical mills provide precise cutting, drilling, and contouring capabilities, ideal for complex components requiring high accuracy.
Key Capabilities
- Multi-axis movement for detailed machining
- High-speed cutting for enhanced efficiency
- Supports various tooling attachments for versatility
Advantages
- Improved accuracy for detailed surface machining
- Efficient material removal for rapid production
- Adaptable for custom and large-scale projects
Materials Used
Works with steel, aluminum, titanium, and engineered plastics.
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Water jet cutting tables provide precise, high-pressure cutting for intricate designs without heat distortion.
Key Capabilities
- Cold cutting process prevents material warping
- Precision shaping for complex geometries
- Supports multi-material cutting
Advantages
- Cuts without affecting material integrity
- Handles a wide range of material thicknesses
- Environmentally friendly with minimal waste
Materials Used
Steel, aluminum, glass, plastics, and composite materials.
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Welding and fabrication services provide strong, custom metal joining solutions.
Key Capabilities
- MIG, TIG, and stick welding techniques
- Custom fabrication for structural components
- Precision assembly for industrial applications
Advantages
- Creates durable and reliable metal structures
- Supports custom design modifications
- Ensures high-strength welding for industrial use
Materials Used
Steel, aluminum, stainless steel, and alloys.
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Wire EDM utilizes electrical discharges to shape hard metals with high precision, ideal for intricate and delicate machining.
Key Capabilities
- High-precision cutting with minimal material stress
- Supports fine detail work on hardened metals
Advantages
- Allows for complex geometries with extreme accuracy
- Reduces tool wear compared to traditional machining
- Ideal for hard-to-machine materials
Materials Used
Works with hardened steel, carbide, titanium, and conductive metals.
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.
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 bearings, hydraulic manifolds, and structural parts for agricultural, construction, and manufacturing equipment, ensuring rugged performance.
- Defense – We machine hydraulic fittings using durable materials like titanium and stainless steel to meet FAA and military specifications.
- 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.
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 Machine Shop can help you determine the best machining solution based on your project’s specifications and industry requirements.
Your Business Deserves A Reliable, Precision Machining Partner You Can Trust!
- Cost-effective manufacturing solutions with scalable production capabilities.
- 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.