Silver Design Quality and Innovation · 2025
No Screw Lock
- A' Design Award 2025 Silver Winner in Design Quality and Innovation
- Awarded April 15, 2025
- CLIENT: YiF Lock Company Limited
- Estimated Number of Design Views: 59,392
- Verification code 5C9EBB8235 · Verify this award
About No Screw Lock
No Screw is a luggage lock designed for efficient assembly and easy maintenance. The lock has two split parts: a lock body and an anti reverse base shell, joined without screws. The locking component slides onto the base shell for quick and secure installation, which supports automation in production. An accompanying disassembly handle separates the two parts, so maintenance needs no tools and no professional help. Over 80 percent of the lock is made from lightweight ABS, which resists impact and wear and adds little weight for travelers.
Within the landscape of contemporary industrial design, YiF Lock Company Limited's No Screw Lock emerges as an exemplar of the tradition wherein functional objects transcend mere utility to achieve aesthetic distinction through thoughtful formal resolution. The work demonstrates mastery of what might be termed the vocabulary of reassurance, employing visual signifiers of technological competence, material quality, and operational clarity that collectively communicate trustworthiness to the user. The designer's decision to employ a monochromatic charcoal palette interrupted only by minimal chromatic accents reveals sophisticated understanding of visual hierarchy: the eye navigates naturally from the repetitive rhythm of the three numerical displays downward to the central control interface, following a path that mirrors the logical sequence of operation. Technical accomplishment manifests in the seamless integration of disparate functional elements, where buttons, displays, keyway, and release mechanism cohere within a unified formal envelope that suggests both accessibility and security. The textured surface treatment serves dual purposes, providing tactile grip while simultaneously communicating durability through its suggestion of substantial material presence. Thematically, the work engages with enduring human concerns regarding protection, order, and control over one's possessions during the vulnerable state of travel. The vertical format and monolithic presence evoke associations with architectural sentinels and guardian figures, suggesting the lock serves not merely as mechanism but as protective presence. The distinctive diamond emblem positioned near the base functions as heraldic device, establishing brand identity while contributing geometric interest to the lower compositional zone. Viewers might contemplate how such objects, despite their modest scale and utilitarian purpose, participate in broader narratives of trust, security, and the material culture of contemporary mobility.
Press Kit
- Unique Properties
- This luggage lock boasts an innovative no screw design that enhances efficient assembly and easy maintenance. The lock consists of two main parts: the lock body and the anti reverse base shell. Users can easily slide the locking component on the base shell into place for quick and secure installation. The accompanying disassembly handle facilitates quick separation of the lock body and the base shell.
- Dimensions & Packaging
- 98.35*31.83*24mm
- Tags
- Tool free installation, Luggage combination lock, Anti reverse design, Easily detachable structure, Environmental friendly ABS material
- Production Technology
- For efficient assembly and durability, this product features a split design with a lock body and an anti reverse base shell for a no screw design. Both assembly personnel and users can easily assemble and disassemble the lock without using additional tools, enhancing convenience and maintainability. Made from durable, lightweight ABS material, the lock ensures travelers are not burdened by extra weight while effectively resisting impact and wear for a longer lifespan.
- Design Challenge
- The challenge was to securely assemble the lock body and the base shell without using screws. To this end, the design team has developed an anti reverse mechanism inspired by a cable tie, which supports only one way operation. The sliding component on the the base shell features an outer protrusion that can precisely fit into the serrated edges on the lock body, ensuring secure locking and preventing reverse separation. This innovative design achieves stability without the need for screws.
- Project Duration
- The design and development of this no screw lock started in 2020, and it was introduced to the Chinese market in 2024.
- Operation Flow
- The innovative split structure of a lock body and an anti reverse base shell eliminates the need for screws. Assembly becomes a breeze: just slide the locking component onto the base shell into place, and it is ready to use. This promotes productivity and automation in manufacturing. If damaged, users can easily detach the lock using the accompanying disassembly handle by pressing and sliding it to the unlock position, without resorting professional help. This makes maintenance hassle free.
- Research
- Emphasizing efficient assembly, easy maintenance, and green production, the lock boasts two split parts: a lock body and an anti reverse base shell for a no screw design. This simplifies assembly, lowers maintenance costs, and eliminates electroplated screws. Over 80 percent of the lock is made from environmental friendly ABS, making it lightweight and resistant to bumps and scratches. This eases the burden on travelers and extends its lifespan for less environmental impact.
- Inspiration
- Traditional luggage locks with screws cause inefficiency and complexity in production and maintenance. In response, this design prioritizes efficient assembly and easy maintenance by using a split structure of a lock body and an anti reverse base shell. This innovation eliminates screws entirely, simplifying assembly for enhanced production automation. It also allows users to quickly and easily disassemble and maintain the lock, making it more practical and convenient.