Frequently Asked Questions

For a reliable setup, it is recommended to start with a 3-axis touch probe for accurate zeroing and a dust boot to protect the machine's mechanical parts from debris. 

Additionally, adding a Stiffy 3rd rail for the X-axis and a spoilboard surfacing bit are highly recommended upgrades to improve the rigidity and precision of your workspace.

The major parts of a Onefinity CNC machine include the frame and base (steel rails and gantry), the CNC Controller (the brain), the spindle or router (the cutting tool), and the Z-Slider for vertical movement. 

These are supported by precision ball screws for motion, linear bearings for smooth travel, and stepper motors that execute the precise movements dictated by your G-code.

Replacement and shipping times depend on the specific item's lead time; most accessories typically ship within 5–10 business days, while specialized upgrades like the Elite Redline Upgrade Kit or IPP Rail upgrades can take anywhere from 2 to 8 weeks. 

You can check the shipping info & lead times page on the Onefinity website for real-time updates on specific batches and backordered components.

When choosing a motor, you should prioritize the "footprint" and torque rating to ensure it matches your machine's mechanical design.

Onefinity uses NEMA 23 stepper motors which are specifically sized to drive their ball-screw systems efficiently.

A Onefinity CNC machine is built to be a long-term investment, with its all-metal structure, hardened steel linear shafts, and precision ball screws engineered to last for several years of heavy hobbyist or light industrial use. 

Onefinity CNC machines utilize NEMA 23 stepper motors as the standard for moving the X, Y, and Z axes.

The Original and Pro series are equipped with 1.2Nm bipolar stepper motors, while the Elite and newer Apprentice series may use higher-spec versions or integrated drivers to ensure precise motion control and torque.

It is possible to plumb multiple tools into one system using 4-inch PVC or sewer pipe and blast gates to direct suction specifically to the CNC when needed. 

However, because CNC machines produce fine dust continuously for long periods, we advise that a dedicated high-pressure extractor or a multi-stage cyclone is often more effective.

Noise level is a critical factor for long CNC runs, as a standard shop vacuum can be significantly louder than the machine itself and may become a nuisance over several hours. 

To mitigate this, hobbyists recommend choosing extractors with lower decibel ratings (like the Nilfisk or Fein) or placing the vacuum in a ventilated, sound-insulated enclosure or a separate room.

Yes, you can automate your dust extractor by using the M8 (coolant flood) G-code command, which triggers the VAC power port on the Onefinity controller.

A proper cnc dust collection system should prioritize high static pressure to pull chips through long, narrow hoses and include a cyclone separator to prevent fine dust from clogging filters and burning out motors. 

Onefinity officially recommends and uses the Fein Turbo I internally due to its reliability and built-in power bypass, though many hobbyists also favor Festool extractors or the Nilfisk Attix 30/50 for their quieter, brushless motor options. 

You do not technically lose any of the machine's total advertised cutting area with the QCW, but you do lose access to about 1.5 to 2 inches of the wasteboard material at the very back because the spindle physically cannot reach it. 

The spindle can often travel slightly beyond the front of the wasteboard slats, requiring you to carefully position your material to ensure it is fully supported within the active cutting zone.