Milling in multiple axes
Explore 3-, 4- and 5-axis machining for the geometry of your part.
Machining
Milling, turning and wire EDM for metal and plastic parts, from simple turned components to complex geometries.
Your geometry. Carefully considered.
EMS’s machining and milling resources support complex-shaped parts that need tooling and fixtures, as well as simpler turned components.
Discuss geometry, intended material, finish and critical dimensions. Drawings, CAD compatibility and tolerance requirements need review for the particular project.
Turning & related methods
Review live tooling, turning-center requirements and wire EDM.
Material meets application
Specify the grade, surface finish and critical dimensions that matter.
Milling, turning and related methods
Machining resources include 3-, 4- and 5-axis machining centers, and turning centers with live tooling, multiple spindles and turrets.
Related methods include vertical CNC mills with pallet changers, automatic bar-feed lathes with sub-spindles, and wire EDM. Bring the part requirements into the machining discussion.
Milling
- 3-, 4- and 5-axis machining centers
- Vertical CNC mills
- Automated pallet changers
Turning
- Live tooling
- Multiple spindles and turrets
- Automatic bar-feed lathes and sub-spindles
- Tapping and set-screw-hole requirements
Additional method
- Wire EDM
Materials for your part
Material families include aluminum, stainless steel, steel, titanium, brass, bronze and plastics.
If your project needs traceability or material certificates, specify the grade and documentation required for review with EMS.
Materials
- Aluminum
- Stainless Steel
- Steel
- Titanium
- Brass
- Bronze
- Plastics
A clearer brief.
A better starting point.
A few details help frame the conversation. Start with what you know; bring the open questions, too.
Talk through your requirementsWhat information helps a machining quote?
Prepare the drawing or model with material, critical dimensions and features, and finish requirements. Describe production expectations and related tooling or assembly scope.
Which material families are available?
Aluminum, stainless steel, steel, titanium, brass, bronze and plastics. Ask about the grade and documentation your application needs.
How are tolerance, CAD and traceability needs reviewed?
Include critical dimensions and tolerances, CAD format and version, material grade and traceability requirements in the project brief.
Discuss the drawing and the required result
Share the drawing or model, intended material, finish and critical tolerances. Include related tooling, assembly and documentation requirements in the project brief.
A meeting request opens your email app so you can arrange a conversation.
High-pressure die casting with engineering input on alloy selection, part geometry and downstream finishing.
Connect part design, prototyping and mold making with engineering support from concept to production.
Metal injection molded components for structural, magnetic and electrical applications.