• Printer Disassembly Tool

  • Precision Maintenance

  • 3D Printing Tools

  • DIY Tool Kit

  • Repair Pry Bar

A dual-head repair pry tool set specially designed for precision tasks such as electronic device maintenance and handcrafted model building. The set includes two pry tools, each with distinct functions, both crafted from high‑strength, wear‑resistant materials. Tool A is a long, straight pry bar featuring a flat, wedge-shaped tip for prying open clips and tight gaps, while the opposite end sports a flat, shovel‑like head ideal for separating bonded components. Tool B is a curved pry bar with a gently arched body; one end boasts a fine, pointed tip perfect for reaching into narrow spaces, while the other end features a unique, bifurcated tweezer head that can be used to pick up tiny screws, ribbon cables, or serve as a makeshift hook‑tweezer. Both pry tools are ergonomically designed for comfortable grip, making them indispensable assistants for disassembling delicate devices like smartphones, tablets, and game controllers.

Design Highlights

  • Multi‑Functional Dual‑Head Design

    Each pry tool is equipped with two distinct working heads, enabling users to tackle a wide range of disassembly scenarios with ease—reducing the need to switch between tools and boosting overall repair efficiency.

  • Precise Mechanical Design

    The wedge‑shaped tip on Tool A has been meticulously optimized for thickness, allowing it to slide effortlessly into common crevices without damaging the device’s exterior. The curved shaft of Tool B offers an ideal leverage angle and unobstructed viewing field for precise operations.

  • Innovative Bifurcated Tweezer Head

    The fine, bifurcated tip at the end of Tool B seamlessly combines the functionality of a pry bar and a pair of tweezers, making it exceptionally well suited for gripping or lifting tiny ribbon cable connectors, snap fasteners, and screws—truly a standout feature for precision repairs.

  • Durability and Protection

    Constructed from high‑strength, yet sufficiently resilient materials, these tools are engineered to withstand rigorous use without cracking or generating metal shavings. The edges of the tool heads have been carefully finished to ensure effective force application while minimizing the risk of scratching sensitive internal components.

Technical Specifications

  • Set Composition: 1 long, straight pry bar; 1 curved pry bar
  • Recommended Materials: High‑strength nylon or glass‑fiber reinforced plastic (insulated, anti‑static, and highly abrasion‑resistant)
  • Tool Dimensions: Optimized for common repair applications, with an overall length of approximately 12–15 cm
  • Printing Tips: For optimal strength and surface finish, we recommend using high‑precision printing modes. When printing the bifurcated tweezer head on Tool B, be sure to fine‑tune support structures to maintain peak tip accuracy.

Application Scenarios

▸ Disassembly and repair of smartphones, tablets, and laptops.

▸ Demolding and disassembly of small consumer electronics such as game controllers, Bluetooth earbuds, and smartwatches.

▸ Model building: Separating parts, removing sprues, or performing fine‑tuned adjustments.

▸ Any application requiring non‑metallic, anti‑static tools for precise prying, separation, and gripping.

Originality of the Model

The author declares that this work is their personally original model

This model is licensed under the following terms:

Standard Digital File License

This work is licensed under a Standard Digital File License. Digital files have a strict non-commercial, personal use only license.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital file or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including remixes of this object). You can not host these files on other digital platforms, web stores or cloud repositories. The objects may not be used in any way whatsoever in which you charge money, collect fees.

Models(1)

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    撬棒.3mfDesigner

    48.50 KB

    2026-03-02

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