• Models
  • Contests
  • Slicer
  • Login
  • Start Here
    thingiverse-iconprintables-iconcults3d-iconmakerworld-iconmyminifactory-icon

    3D GO

    3D ModelsContestsCollectionsSaved ModelsOn a mobile device?

3D GO

Privacy Policy
Drybox Spooler V2 with 2 bear 608 only (save 50%) 3D Printer File Image 1
Drybox Spooler V2 with 2 bear 608 only (save 50%) 3D Printer File Image 2
Drybox Spooler V2 with 2 bear 608 only (save 50%) 3D Printer File Thumbnail 1
Drybox Spooler V2 with 2 bear 608 only (save 50%) 3D Printer File Thumbnail 2

Drybox Spooler V2 with 2 bear 608 only (save 50%)

Mon Pham 93 avatarMon Pham 93

December 8, 2025

makerworld-icon
DescriptionCommentsTags

Description

This upgraded Spooler V2 is redesigned for maximum efficiency, using only 2× 608 bearings while still delivering smooth, stable filament feeding inside your drybox. With a 50% reduction in bearing usage, this version is lighter, more compact, and more cost-effective—perfect for filament storage and long-term printing.

Boost Meboost me

What’s New in V2

  • Uses only 2 bearings (608) – Reduced from 4 bearings while keeping smooth performance.
  • More compact layout – Saves space inside the drybox for better airflow and moisture control.
  • Simplified assembly – Fewer parts, faster installation, easier maintenance.
  • Improved stability – Revised geometry ensures the spool sits firmly even with fewer bearings.

Key Features

  • Smooth rotation with minimal friction – The optimized V2 design makes 2 bearings work efficiently for consistent filament feeding.
  • Stable support for 1kg spools – Holds standard filament rolls securely without wobble.
  • Drybox-friendly dimensions – Works perfectly in airtight boxes, storage bins, or custom drybox systems.
  • Lightweight & durable – Strong frame design that maintains rigidity while reducing material and bearing count.
  • Cost-effective upgrade – Ideal for makers who want performance without unnecessary extra hardware.

Benefits

  • Cuts bearing cost by 50% with no loss in functionality.
  • Reduces friction points for smoother, more uniform filament pull.
  • Minimizes spool drag, improving extrusion consistency for long prints.
  • Helps maintain filament quality in dry storage setups.

How to Use

  1. Print all parts with 40–60% infill (or 100% for maximum rigidity).
  2. Insert the two 608 bearings into the roller mount.
  3. Snap or screw the assembly together depending on your drybox setup.
  4. Place the filament spool on top and verify smooth spinning.
  5. Position the spooler inside your drybox and route your PTFE tube out to the printer.

Recommended Materials

  • PLA or PETG works well.
  • For high humidity or long-term storage, PETG or ABS is recommended.
  • Only 2× 608 bearings required.

Perfect For

  • Filament storage setups using dryboxes, airtight bins, or humidity-controlled enclosures.
  • Makers needing a cost-effective spool roller with minimal hardware.
  • Anyone looking to save space and improve filament handling efficiency.

License:

Standard Digital File License

Related Models

TUSH - The Ultimate Spool Holder preview image

TUSH - The Ultimate Spool Holder

filamentry profile image

filamentry

34,680

Print in place bearings preview image

Print in place bearings

Jerryie profile image

Jerryie

7,335

Awesome bearings ALL Sizes preview image

Awesome bearings ALL Sizes

EVERYTHINGPLUSULTRA profile image

EVERYTHINGPLUSULTRA

3,413

SPANNERHANDS Spool System Wall Mounted Spool Holder & Dust Cover preview image

SPANNERHANDS Spool System Wall Mounted Spool Holder & Dust Cover

3DMasterRace profile image

3DMasterRace

16,922

608 Bearing preview image

608 Bearing

firstgizmo profile image

firstgizmo

2,501

Kugellager (608, 6000, 6001, 6002) Print in place preview image

Kugellager (608, 6000, 6001, 6002) Print in place

Nico profile image

Nico

4,227

Ender 3 Filament Roller Guide preview image

Ender 3 Filament Roller Guide

Holspeed profile image

Holspeed

16,535

608 Bearing (Print In Place) preview image

608 Bearing (Print In Place)

J Lake 3D profile image

J Lake 3D

642