Eyedea Catheter Cutting Block

3D Printed Catheter / Medical Tubing Cutting Jig This 3D-printed cutting jig, designed by Damian Carr, is intended to help users cut small extrusions such as catheters or medical tubing accurately and consistently. The jig allows tubing to be cut perpendicularly while using a French scale measurement system for quick sizing. The design includes slots that support several common cutting techniques used when working with flexible tubing and catheter components. Supported cutting methods Roll Cut – The blade is partially inserted into the extrusion and the tubing is rotated 360° while maintaining blade contact. This technique can be useful when cutting reinforced tubing or assembled catheters containing braided wire, as the rotation may help produce a cleaner cut. Slice Cut – The blade is held at an angle and moved forward or backward through the material. This slicing motion can reduce cutting resistance, and the jig helps guide the blade to improve consistency. Guillotine Cut – The blade is held perpendicular to the extrusion and pressed straight down. This method can produce a clean cut, although circular tubing may slightly deform under compression if excessive force is applied. This jig was developed as a simple, affordable bench tool for prototyping, workshops, and training environments where consistent cuts of small tubing are required. If you work with catheters, tubing, or small extrusions, this tool can help improve repeatability and cutting accuracy. Learn more about Eyedea at https://eyedea.ie/