We offer both 3 and 5-axis machining capabilities. To optimize for speed of production, we recommend minimizing the number of setups to leverage 3-axis machining.
We accept the following minimum and maximum part sizes.
Compound surfaces (also known as organic or spline surfaces) are no problem with Fictiv, so long as other minimums are met.
We support features with internal radii down to 0.4mm (0.016").
We can drill holes as small as 0.5mm (0.020") in diameter.
Our maximum drillable hole depth is 12x the drill bit diameter.
We recommend a maximum depth of cut of 5x tool diameter in both metals and plastics. Chat with us if your project requires more.
We offer both standard and live-tooling CNC turning. As with CNC milling, we recommend limiting the need of live-tooling to speed up the prototyping process.
We accept the following minimum and maximum part sizes.
We offer both 3 and 5-axis machining capabilities. To optimize for speed of production, we recommend minimizing the number of setups to leverage 3-axis machining.
To learn more about our CNC milling capabilities, visit our Capabilties Guide.
We offer both standard and live-tooling CNC turning. As with CNC milling, we recommend limiting the need of live-tooling to speed up the prototyping process.
To learn more about our CNC turning capabilities, visit our Capabilties Guide.
We offer both standard and live-tooling CNC turning. As with CNC milling, we recommend limiting the need of live-tooling to speed up the prototyping process.
We accept the following minimum and maximum part sizes.
Upload your drawing to our platform and save time communicating design intent. We’ll ensure the following features are made-to-spec:
Don’t want to create a drawing? No problem. All parts are produced to our ISO 2768 medium standard.
When designing parts for CNC machining, there are important considerations to keep in mind to not only ensure manufacturability, but also minimize costs.
To help you design better parts for CNC machining and translate design intent effectively, we've gathered our best practices in this free CNC Machining Design Guide.
The guide covers design for CNC fundamentals across drilling, milling, and turning, as well as advanced tips to keep your development cycles as lean as possible.
