3D-Printed Parts for DIY Tubing Measurement and Cutter Project ZIP Download

Note: This purchase is not a physical product. You are buying a ZIP file download containing all the 3D parts for the DIY Tubing Measurement and Cutter Project.

After checkout, you can instantly download the file from your My Account page.
You will also receive a download link in your order confirmation email.
If you don’t see the email, please check your junk/spam folder before contacting us.

You will have 5 download attempts, and the link will remain active for 30 days from the time of purchase.

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What’s Included

This ZIP package contains all 10 STEP-format 3D models required to print or machine the structural and mechanical components of the DIY Tubing Measurement & Cutter machine.
All parts are designed to integrate perfectly with the electronics used in the project, including the stepper motor, servo cutter, Arduino controller, and rotary encoder.

Inside the ZIP File

• 10 custom-designed STEP (.step) 3D parts

• Motor and servo mounting brackets

• Cutter housing and blade support components

• Tubing inlet & outlet guides

• Gear and drive support structures

• Structural and alignment fixtures for the complete assembly

These files are fully CAD-editable and dimensioned to work with standard tubing (PVC, vinyl, silicone) and the hardware listed in the project guide.

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Recommended Use & Printing Notes

• Import the STEP files into your preferred CAD software (Fusion 360, SolidWorks, FreeCAD, OnShape) or into your 3D printing slicer.

• Modify the models freely if you want custom dimensions or additional mounting features.

• For functional strength, print using PLA+, PETG, ABS, or engineering-grade filaments.

• Use enough infill and proper layer adhesion to ensure durability, especially for parts supporting the blade or stepper motor.

• After printing, remove supports, check dimensions, and test-fit components to ensure proper alignment with motors, the cutter, and the tubing path.

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Important Notes Before Printing

• These parts are designed to work together with the electronic components shown in the project tutorial (stepper motor, driver, servo cutter, power supply, etc.).

• Some parts may need specific orientation or support settings depending on your printer size and material choice.

• If your printer has a smaller build volume, you may need to split large components before printing.

• For heavy or repeated usage, consider strengthening the parts or using a higher-performance filament.

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Professional STEP File Format

All models are provided in STEP (.step) format for maximum compatibility.

You can open and edit them in:

• Autodesk Fusion 360

• SolidWorks

• FreeCAD

• OnShape

• Any CAD program that supports STEP files

STEP files are ideal for customization, allowing you to adjust thickness, hole sizes, tubing paths, enclosure details, or mechanical mounting points.

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Why STEP Files Are Used

• High-accuracy geometry suitable for 3D printing or CNC machining

• Easy to modify for different tubing diameters, motor types, or assembly layouts

• Ensures all components align precisely for smooth feeding and cutting operation

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This file package is perfect for anyone building the complete machine or adapting the design for personal or professional use.

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