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Wenkai Xue's Plus+ Screwdriver emerges from a pristine pale azure field with the compositional clarity of a product design masterwork, presenting a modular hand tool system arranged in two distinct gr
Wenkai Xue's Plus+ Screwdriver presents a rigorous exercise in ergonomic form language and modular industrial design philosophy, the composition organized across two distinct photographic tableaux tha
Wenkai Xue's Plus+ Screwdriver presents a compact hand tool rendered in a vivid teal polymeric body with distinctive orange accents, photographed within a carefully staged workshop environment that es
Wenkai Xue's Plus+ Screwdriver presents an exemplary study in industrial design formalism, where a matte powder-blue polymer handle, segmented into six distinct ergonomic modules, rises vertically thr

LuXun Academy of Fine Arts

Silver Hardware, Power and Hand Tools Design · 2018

Plus+ Screwdriver

by Industrial Design College in LAFA

  • A' Design Award 2018 Silver Winner in Hardware, Power and Hand Tools Design
  • Awarded April 15, 2018
  • CLIENT: LuXun Academy of Fine Arts
  • Estimated Number of Design Views: 52,113
  • Verification code 7F13070235 · Verify this award
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About Plus+ Screwdriver

Plus+ is a modular screwdriver designed for compact storage and quick tool selection. Each section carries a different tool bit. Sections can be added or removed to change the total length, so Plus+ adapts to different working spaces and stays easy to carry. The tool holder lets bits be inserted and removed quickly, and the grip is comfortable to hold. A clear symbol on each bit makes the correct head simple to recognize. The body is shaped by rubber injection molding. The modular units reduce storage space and resource waste.

Wenkai Xue's Plus+ Screwdriver represents a distinguished contribution to the evolution of hand tool design, embodying a philosophy that privileges both functional intelligence and aesthetic refinement within a single integrated system. The work emerges from contemporary design traditions that seek to transcend the utilitarian anonymity historically associated with hardware tools, instead proposing that objects of daily use merit the same considered attention typically reserved for consumer electronics or furniture. The modular architecture demonstrates sophisticated systems thinking, wherein individual units function independently as compact precision drivers while also interlocking to form an extended handle offering enhanced torque and reach, this transformative capacity suggesting design solutions that adapt to varying task requirements rather than demanding users maintain extensive tool collections. The chromatic strategy serves both aesthetic and functional purposes, with the cool blue-teal palette projecting contemporary sophistication while the high-visibility orange iconography ensures rapid bit identification even in challenging workshop conditions, each symbol rendered with graphic clarity that transcends linguistic barriers. Technical accomplishment manifests in the sculptural resolution of the polymer bodies, where faceted surfaces create visual interest and potential grip enhancement while maintaining forms comfortable during sustained use. The serpentine profile of the connected assembly reveals attention to visual rhythm and organic flow, suggesting natural forms while remaining firmly grounded in manufactured precision. This work invites consideration of how thoughtful design transforms mundane objects into sources of daily pleasure, proposing that the hand tool drawer might contain not merely functional implements but objects worthy of appreciation and even display.

Press Kit

Unique Properties
Our design has sections which are equipped by various tool bits. Plus and minus combinations can change its total length, which makes it adapt to various spaces and easy to carry. The tool holder of it is easy to insert and unplug and its grip feeling is excellent. And a striking symbol on its tool bit makes customers’ choice and intuitive.
Dimensions & Packaging
Width 30mm x Depth 30mm x Height 60mm for one screwdriver
Tags
Modularization, Sustainable, Redesign, Recognizable
Production Technology
Our design is shaped by rubber injection molding technology.
Design Challenge
The challenge of our design is that we cannot find a reasonable way in it’s appearance which is satisfying in function at the beginning. After a certain number of sketching and discussing of our project, we finally find the proper selection which achieves the desired effect.
Project Duration
The project started in December 2015 in LAFA Communal Facility Design Studio and finished in August 2017 in National Experimental Teaching Demonstration Center of Industrial Design in LAFA.
Operation Flow
Our project is kind of model combination design, combining with many same shaped screwdrivers with different heads. Users can plus or minus any screwdriver for their needing. This design can adapt to the complex usage scenarios and perfect storage problem after using it. Through the satisfaction unit sections’ buying, gathering, assembling, using, and storing bring, customers develop the brand loyalty and tool storage habits and reduce resource waste.
Research
How to make your tools in a reasonable order when you put them in the storage box is always trouble us. We always want to find the right screwdriver immediately when you do something. The traditional one is using a lot of space in storage and cannot recognized easily. To solve this problem, the design team finding a smart way in screwdriver redesign, which make the screwdriver easily in using and storaging.
Inspiration
As we all know, every time we try to use the screwdriver it will spend us some time in finding the right one. And all different kinds of screwdriver need a lot of space in receiving. To solve this problem, our design team offered a better solution in screwdriver design, which can make the screwdriver fits more requirement and use less space.

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Industrial Design Research and Innovation Partnerships

We pioneer innovative product design solutions through academic-industry collaboration at LAFA's National Experimental Teaching Demonstration Center. Our award-winning research in modular design and sustainable manufacturing creates breakthrough opportunities for partners seeking design excellence…

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