CNC machine shops support modern manufacturing by producing precise components for a wide range of applications. Computer-controlled machining can produce parts with complex geometries, specific dimensions, and tight tolerances, making it useful for industries with demanding component requirements. According to IBISWorld, there are over 16,244 machine shop businesses in the U.S.

CNC machining also accommodates a variety of materials and production requirements. Depending on the project, manufacturers may need a small prototype run, a short production run, or a larger volume of components. Understanding the capabilities available from a CNC machine shop can help manufacturers determine which services fit their component and production requirements.

Essential CNC Capabilities

Maintain Precise Results

Precision is an important consideration when manufacturing components to specific dimensions and tolerances. CNC machining allows manufacturers to produce parts according to detailed design specifications, including components with complex geometries and intricate features. These capabilities can help address projects that require carefully defined component requirements.

Five-axis machining can provide additional flexibility for components that require machining from multiple angles. CNC milling, turning, drilling, and precision cutting can address different component designs and manufacturing requirements. These machining processes give CNC machine shops options for working with different part configurations.

Support Production Needs

CNC machining can accommodate different stages of a manufacturing project. Prototype machining allows manufacturers to produce initial components before moving into larger production programs, while short-run and small- to medium-volume production can address more limited quantities. This range can help manufacturers select production services according to the stage and scope of a project.

Apply CAD and CAM

Computer-aided design and computer-aided manufacturing can support the transition between product design and CNC machining. CAD/CAM technology allows machining teams to work from digital designs when preparing components for production. This process can help connect design considerations with manufacturing requirements.

R.L. Tool uses Fusion 360 CAD/CAM along with five-axis rotary equipment. The machining capabilities support complex designs and geometries while allowing the team to work with customers on design improvements and manufacturing considerations. These capabilities can support projects that require detailed planning before machining begins.

Efficient Production Support

Develop Custom Prototypes

Prototype machining can help manufacturers turn a concept or design into a physical component for further development. CNC machining can produce intricate prototypes according to specific dimensions and tolerances before a project moves into production. This can give manufacturers a physical part to consider during development.

Plan Production Timelines

Production timelines can vary according to factors such as component complexity, materials, and order volume. A machining provider's available production capabilities can help manufacturers plan projects around their required quantities and specifications. Considering these factors early can help establish an appropriate production approach.

Most parts produced by R.L. Tool can ship within four to five weeks, depending on project complexity. Discussing requirements early can help establish an appropriate approach for prototype work or production machining. Project details can influence the machining and production services selected.

Coordinate Project Partners

CNC machining can sometimes be one part of a larger manufacturing project. Coordination with other manufacturing professionals may be necessary when a component requires capabilities beyond machining. This can be particularly relevant when a project involves additional fabrication needs.

R.L. Tool works with customers throughout the manufacturing process and can collaborate with welders and sheet metal workers when a project requires those additional capabilities. This allows machining work to be coordinated with other fabrication requirements. Collaboration can help address projects that involve more than CNC machining alone.

Diverse Industry Reach

Support Aerospace Manufacturing

Aerospace and aviation applications can require components with complex geometries and precise specifications. CNC machining can support the production of parts used in ground-based aerospace and aviation equipment. These applications can require careful attention to component dimensions and material requirements.

Machine Automotive Components

Automotive manufacturers can use CNC machining for components that require precise dimensions and consistent production. Applications can range from engine components to parts associated with vehicle frames. CNC machine shops can apply different machining capabilities according to the requirements of individual automotive components.

CNC machining can accommodate both complex component designs and different production volumes. Prototype machining can support development work, while production capabilities can address larger quantities once a component moves into manufacturing. This range can support projects at different stages of development.

Machine Medical Components

Medical device manufacturing can require precise components produced according to specific dimensional and material requirements. CNC machining can support medical applications that call for complex shapes and detailed designs. These requirements can make machining and inspection important considerations during component production.

Materials used for medical device machining include stainless steel, titanium, aluminum, plastics, and various medical-grade alloys. Five-axis machining can provide additional flexibility for intricate components. Material and machining choices can be considered according to the specifications of the component.

Inspection services can also help evaluate finished medical components against their required specifications, including dimensions, tolerances, and surface-finish requirements. These services can be used to examine different characteristics of completed components. The inspection approach can be selected according to the requirements of the project.

Support Electronics Manufacturing

Electronics is another industry that can benefit from precision CNC machining for components requiring complex geometries and exact specifications. Advanced machining capabilities can accommodate intricate designs and high-tolerance requirements. These capabilities can support manufacturers developing components for electronics applications.

CAD/CAM technology can support the transition from a customer's design to a machined component. CNC machining can then be used to produce parts according to the project's specified requirements. This connection between design and machining can support projects with detailed component specifications.

Advanced Machining Use

Use Five-Axis Machining

Five-axis CNC machining provides additional flexibility for components with complex shapes and geometries. Unlike simpler machining configurations, five-axis equipment can approach a component from multiple angles, which can help accommodate intricate designs. This capability can be useful for components with detailed machining requirements.

R.L. Tool's equipment includes Haas milling centers with five-axis rotary capabilities. Five-axis machining supports applications across aerospace, automotive, medical, electronics, defense, energy, and industrial equipment. These capabilities allow the company to work with components across several manufacturing sectors.

Use Robotic Equipment

Automated equipment can work alongside CNC machining capabilities to support production. R.L. Tool's facility includes a Haas DM2 vertical milling center with a Robot Cell. This equipment is part of the company's broader CNC machining capabilities.

Inspect Machined Parts

Inspection is an important consideration when components must meet specified dimensions, tolerances, and surface requirements. Quality assurance services can be used at different stages of the machining process to evaluate component characteristics. These services can provide information about completed machined parts.

Complete Concept-to-Production Transition

Review Manufacturing Needs

Every CNC machining project has its own combination of material, geometry, tolerances, finish, and production requirements. Reviewing these factors can help determine which machining and finishing capabilities are appropriate for a component. These considerations can be addressed before production begins.

Project consulting can provide guidance on material selection, design improvements, and manufacturing processes. Working through these considerations before production can help manufacturers establish an approach suited to the component's requirements. This planning can also help clarify which services are appropriate for the project.

Choose Production Services

Manufacturers may need different services as a component progresses from an initial concept to a finished production part. Prototype machining can support early development, while short-run and high-volume production can accommodate different quantities. These services can be selected according to the stage and scope of the project.

Modern CNC machining can support manufacturers through multiple stages of component development, from initial prototyping to finished production parts. Services such as precision milling, turning, five-axis machining, finishing, project consulting, and quality inspection can address a range of manufacturing requirements. To learn more about these capabilities and how they can support your next project, explore the services available from R.L. Tool, Inc.