CNC Machining

NextGen Integrated Systems provides precision CNC machining services for complex components used in demanding applications. We specialize in prototype and low-volume production where quality, consistency, and technical understanding are critical.

Our machining capabilities are tightly integrated with our engineering workflow, enabling efficient production of components for complex assemblies and fully integrated systems.

Precision Machining Capabilities

We deliver high-quality machined components with tight tolerances and repeatable results.

• CNC Milling, multi-axis.
• CNC turning with live tooling capabilities.
• Complex geometries and precision features.
• Prototype to low-volume production.

We focus on parts that require attention to detail, process control, and a high level of machining expertise.

Materials & Applications

We machine a wide range of materials commonly used in high-performance and mission-critical applications.

• Stainless steels and corrosion-resistant alloys.
• Aluminum and lightweight structural alloys.
• Engineering plastics (e.g., Delrin®, PEEK, PTFE).
• High-strength and specialty materials based on application requirements.

Our components are used in applications such as high-pressure systems, aerospace hardware, and advanced research equipment.

Engineering-Driven Manufacturing

What sets NextGen apart is the integration of manufacturing with engineering, and system development.

• Design for manufacturability support.
• Collaboration between engineering and manufacturing.
• Rapid iteration for prototype development.
• Efficient transition from design to finished component.

This approach allows us to reduce lead times, improve part quality, and ensure that components meet functional requirements - not just dimensional specifications.

Built for Performance

At NextGen, machining is not just about producing parts - it’s about delivering components that perform as intended within a complete system.

Our combination of engineering knowledge and machining capability ensures that every part we produce meets the demands of its application.