A 3D-printed tool organizer specially designed for electronic soldering and repair applications, this storage solution addresses three core needs—tin wire management, desoldering ball removal, and solder sucker placement—while tackling the common pain points of cluttered workspaces and lack of secure storage for high‑temperature tools. The main body is crafted in black and features a modular, partitioned design, perfectly tailored to accommodate standard tin wire spools (diameter ≤ 5 cm), electric soldering irons for desoldering balls, and mini solder suckers (diameter ≤ 3 cm). The components are securely fastened via a click‑lock mechanism combined with anti‑slip texturing, ensuring stable, non‑slipping installation.

• Tin Wire Spool Storage Area (Left): The recessed slot on the left side is precisely sized to hold tin wire spools, complete with built‑in limiting clips that prevent wires from loosening or slipping out, allowing for smooth, tangle‑free wire retrieval.
• Desoldering Ball Removal Area (Center): The central platform boasts a tilted design with honeycomb‑style anti‑slip texture, optimized specifically for “desoldering ball” operations with electric soldering irons—thanks to an angled incline of approximately 15°, residual solder balls naturally roll off, while the honeycomb pattern enhances friction to keep the soldering iron firmly in place, isolating heat and protecting the work surface.
• Solder Sucker Storage Area (Right): The curved slot on the right side snugly fits solder suckers, with a non‑slip pad at the base to prevent suckers from rolling away, offering compact storage that saves space without compromising accessibility.

Design Highlights

• Three‑in‑One Precision Integration: This organizer provides “one‑stop” storage for tin wire, desoldering balls (for electric soldering irons), and solder suckers, streamlining the soldering workflow for greater efficiency.
• Exclusive Optimization for Desoldering Balls: The tilted platform and honeycomb texture make desoldering ball removal effortless, ensuring easy cleanup of residual solder while safeguarding the work surface from high‑temperature damage.
• Human‑Centric Details: Limiting clips to prevent tin wire from unraveling, honeycomb anti‑slip patterns to keep soldering irons securely in place, and non‑slip pads at the base to prevent solder suckers from rolling—every feature is designed for safe, hassle‑free use.
• Customization Options: The 3D‑printed model allows users to adjust color, partition dimensions, and clip strength, making it compatible with tools from various brands—including imported and domestically produced soldering irons, as well as specialized‑size solder suckers.

Technical Specifications

• Compatible Tools: Tin wire spools (diameter ≤ 5 cm), electric soldering irons (length ≤ 15 cm, ideal for desoldering balls), solder suckers (diameter ≤ 3 cm)
• Recommended Materials: PLA (eco‑friendly, easy to print, available in a wide range of colors) or PETG (high temperature resistance and wear‑resistance, perfect for tools exposed to high heat).
• Printing Recommendations: Use a 0.2 mm nozzle, set the infill to 20–30% (balancing strength with lightweight design), ensure wall thickness of ≥ 1 mm for slots and platforms to prevent breakage, and reinforce the clip areas with a higher infill rate of 30–40% for added durability.
• Dimensions: Approximately 12 cm long, 8 cm wide, and 6 cm high (ideal for small desktop spaces, providing ample room without obstructing the user’s field of vision).

Application Scenarios

▸ Electronic Repair Workstations: Store tin wire, electric soldering irons (for desoldering balls), and solder suckers, enabling a seamless “pick‑up – solder – remove – store” workflow for efficient soldering processes.

▸ DIY Craft Workshops: Organize soldering tools neatly, keeping workspaces tidy and preventing tools from getting lost or tangled.

▸ Student Labs: Ideal for school electronics training courses, this organizer helps standardize tool management and boost classroom efficiency.