Designed for Efficiency | Engineered for Precision | Optimized for Space
The MFT 3 TwirlBox is an innovative tool organization system engineered to elevate workspace ergonomics and efficiency. Designed specifically for compatibility with the Festool MFT 3 Multifunctional Table, this compact solution combines functionality, robust structure, and space optimization like never before.
Optional Update: MFT3 TwirlBox V2
Central Knob for Lock/Unlock & Friction Control
Introducing an advanced feature to the Twirlboxβa centralized knob that provides seamless control over the rotational dynamics of the toolbox. This addition enhances the usability and adaptability of the system, catering to a wide range of operational needs.
The rotational design ensures seamless tool access while maximizing space. Inspired by the precision of cam path-following systems, the TwirlBox guarantees that:
All storage cups remain upright during rotation.
Tools and components stay secure and organized without risk of falling.
π Multi-Format Tool Holders
The snap-fit tool holders are modular and customizable, enabling the accommodation of various tool sizes. This includes:
Screwdrivers
Wrenches
Drill Bits
And many more.
The snap-fit system allows for easy swapping of holders to match specific tools.
Precision holders, optimized for easy grip and access.
This dual storage capability enhances versatility and organization.
π Space-Optimized Design
Engineered for compactness and maximum utility, the TwirlBox efficiently utilizes vertical space. Its ability to hold multiple tools within a minimal footprint makes it the ideal workshop companion.
π Lock/Unlock Functionality:
Clockwise Rotation (CW): Increases friction, enabling the user to lock the toolbox in place, preventing any unwanted movement.
Counterclockwise Rotation (CCW): Decreases friction, allowing for smooth and unrestricted rotation, making it easier to access different compartments.
π Friction Control Mechanism:
The knob acts as a friction modulator, enabling fine-tuned control over the rotational resistance.
Users can adjust the friction to their preferred level, balancing ease of rotation with stability as per the operational context.
Constructed for durability, the TwirlBox features:
Structural integrity to handle heavy tools.
Precision alignment for smooth rotations and long-term reliability.
π Assembly Made Simple
The 3D-printable design ensures hassle-free assembly.
A detailed assembly video guides users step-by-step for quick and efficient setup.
π‘ Core Functional Benefits
Multifunctional: Supports a wide range of tools and workshop items.
Ergonomic: Ensures easy access and tool retrieval.
Space-Saving: The rotational layout eliminates clutter and optimizes workspace efficiency.
Robust & Durable: Engineered to endure long-term workshop conditions.
Secure Storage: Cam path mechanics prevent items from dislodging or falling.
π Festool MFT/3 Compatibility
Designed exclusively for Festool MFT 3, the TwirlBox seamlessly integrates into the tableβs structure, offering enhanced productivity for Festool users.
π Design Inspiration - Ferris Wheel
While subtly inspired by the iconic Ferris Wheel, this rotational mechanism introduces a functional and aesthetic brilliance. It simplifies tool access, enhances organization, and ensures optimal balance throughout operation.
π§ Ready to Revolutionize Your Workspace?
With its ergonomic build, modular adaptability, and innovative design, the MFT3 TwirlBox redefines what it means to have a smart, space-efficient tool storage solution.
Compact. Innovative. Functional.
Print Settings (Recommended)
Before you begin assembling your MFT3 TwirlBox, make sure to set up your 3D printer with the correct settings for optimal results. Below are the recommended print settings for each part:
External Plate
Material: PLA or ABS (preferably PLA for ease of printing)
Layer Height: 0.2 mm
Layer Lines : 3
Infill: β₯60% (Honeycomb or Grid pattern for optimal strength and weight balance)
Supports: Yes
Orientation:
Internal Plate
Material: PLA or ABS (preferably PLA for ease of printing)
Layer Height: 0.2 mm
Layer Lines : 3
Infill: β₯60% (Honeycomb or Grid pattern for optimal strength and weight balance)
Supports: Yes
Orientation:
Shaft
Material: PLA or HIPS (preferably Hips for maximum strength and stiffness)
Layer Height: 0.2 mm
Layer Lines : 3
Infill: β₯80% (Honeycomb or Grid pattern for optimal strength and weight balance)
Supports: Yes
Orientation:
Bearing (If 3D Printed)
Material: PLA or PETG
Layer Height: 0.2 mm
Layer Lines: 3
Infill: 100% (As it is going bear the load of External Plate)
Supports: None (bearings are designed for direct print without supports)
Orientation:
Tool Holder
Material: PETG or Nylon(PETG Generally considered the best materials for snap-fit designs due to their balance of strength, flexibility, durability, and ease of Printing)
Layer Height: 0.2 mm
layer Lines: 4
Infill: β₯50% (for added rigidity)
Supports: Yes (The surface is slightly Curved)
Orientation:
Cups
Material: PLA or PETG
Layer Height: 0.2 mm
Infill: β₯50%
Layer Lines: 2
Supports: Yes (to support the overhanging edges)
Orientation:
Mount
Material: PLA or PETG (for a stable and sturdy mount)
Layer Height: 0.2 mm
Layer Lines: 5
Infill: β₯80%
Supports: Yes
Orientation:
Print Settings for Optional Updates V2 (For Shaft, External Plate and Knob Only )
Shaft V2
Material: PLA or HIPS (preferably Hips for maximum strength and stiffness)
Layer Height: 0.2 mm
Layer Lines : 3
Infill: β₯80% (Honeycomb or Grid pattern for optimal strength and weight balance)
Supports: Yes
Orientation:
External Plate
Material: PLA or ABS (preferably PLA for ease of printing)
Layer Height: 0.2 mm
Layer Lines : 3
Infill: β₯60% (Honeycomb or Grid pattern for optimal strength and weight balance)
Supports: Yes
Orientation:
Knob
Material: PLA or ABS (preferably PLA for ease of printing)
Layer Height: 0.2 mm
Layer Lines : 3
Infill: β₯40% (Honeycomb or Grid pattern for optimal strength and weight balance)
Supports: Yes
Orientation:
Assembly Video
To help guide you through the assembly process, I have created a detailed assembly tutorial. This video will walk you through every step, including how to correctly attach the tool holders, cups, and all components for a functional and stable setup.
Watch the Assembly Guide Video on YouTube
Assembly Guide for MFT3 TwirlBox For V1 - Step-by-Step with GIFs
After printing all the parts, you can begin the assembly of the MFT3 TwirlBox. Follow the steps below to ensure a smooth and easy setup. GIFs for each step will help clarify the process.
Step 1: Attaching the External Plate & Bearing
Press-Fit the External plate & Bearing as shown in the video.
Try using Duct Tape if Bearing Remains loose.
Step 2: Assembling the Shaft and Bearing
Start by inserting the Shaft into the Bearing.
The Shaft should fit snugly into the Bearing.
Step 3: Attaching the Cups
Place the Cup's Pivot into the provided slot shown in the video, making sure they align properly with the internal cam mechanism.
The cups are designed to remain upright at all times, thanks to the cam path follower that ensures no tools or items fall out during use.
(Refer the YouTube Video)
Step 4: Fixing the Internal Plate
A dedicated Slots are made in the design so that Internal Plate Fits upon the Shaft only one way, to avoid misalignments as Shaft does not passes through the center of the Internal Plate.
Make sure that Pins/Cam Followers fits properly inside the Cam Path.
(Refer the YouTube Video)
Step 5: Fixing the Mount to the MFT3 Table
The Mount is designed to fit perfectly with the MFT3βs side rails, providing a stable and reliable attachment for your toolbox.
(Refer the YouTube Video)
Step 6: Insert the Assembled TwirlBox
Insert the Assembled TwirlBox's Shaft inside the Mount.
Keep at least 10 mm of gap between Internal Plate and Mount.
(Refer the YouTube Video)
Step 7: Inserting the Tool Holders
Snap the Tool holders into the designated slots on the TwirlBox.
You can use multiple holders simultaneously, allowing for the organization of tools of various sizes such as screwdrivers, wrenches, and drill bits.
(Refer the YouTube Video)
Step 8: Final Adjustments and Testing
Perform a final inspection and test to ensure all parts rotate smoothly and securely, try using WD-40 for smoothing out the rotation inside bearing & Cup's Pivot slot on External Plate .
Assembly Guide For Optional Update V2
(Follow all the assembly Guide of V1 other then Mentioned Below)
At Step 2:
Insert a M10 Hex Nut inside the the Shaft.
Inserting the Shaft into the Bearing.
The Shaft should fit snugly into the Bearing.
Press Fit the head of M10 Hex Bolt on the Knob.
Insert the the Combined Knob and M10 Hex Bolt through the External Plate aligning with threads on Nut.
Once assembled, your MFT3 TwirlBox will be fully functional and ready to help organize and optimize your workspace!
In future There will be Updates for different sized tool holders so that it can be compatible with your tools!
Other Links:
You can use a Metal Bearing(OD: 52, ID; 35, W: 20) ORYou can 3D Print it with the following link from Printables.com(Remember, once printed You will have to break the balls and use WD-40 inside it to make it work. If you have never made a bearing You can learn how to make a 3D Printed Bearing from numerous YouTube videos): https://www.printables.com/model/316615-bearing
For T-Nut I will recommend You to use a Metal T-Nut.