Module—a system of three elements that combines the essential items on a student’s workspace: paper, notebooks, and writing utensils.
SIBUR produces a wide range of polymers used in packaging, consumer goods, medicine, construction, transport, and other industries. The company’s assortment includes, among others, various grades of polypropylene and polyethylene.
For creating an organizer, polypropylene (PP) is particularly interesting: SIBUR offers grades of polypropylene designed for injection molding and the production of containers, packaging, and other consumer goods.
The Problem Statement
The student workspace is constantly evolving. Traditional organizers, however, often have a fixed shape and are designed for a single, specific scenario.
Therefore, the idea arose to create not one large organizer, but a system of multiple elements that the user can reconfigure to fit their needs.
Concept/Dimensions
MODULE is a three-part desktop organizer.
01 — A4 paper base. The largest part of the system. Designed to hold sheets, documents, prints, and other A4-sized materials. Polymer material.
02 — Notebook and notepad compartment. A compact second level for materials a student uses most frequently. Polymer material.
03 — container for pens and pencils. A vertical holder for stationery. Material: metal.
Configuration Options
Configuration 01—vertical. All three elements are stacked one upon the other. At the bottom is the paper base, above that is the notepad tray, and at the top is the pen holder. This configuration takes up minimal space and is suitable for a small desk.
Configuration 02 — Work Setup. The paper base is used as a large work platform. The notebook tray and pencil holder are placed directly on it. This configuration is convenient when the user is actively working and wants to have all necessary items within reach.
Two configurations are also possible for pencil storage: either with a lid on one half or with two.
The fundamental principle of construction
Every part fits perfectly with the others. The geometry of the elements is calculated so that: 1. the modules are fixed relative to each other; 2. the structure remains stable under normal use; 3. the elements can be rearranged quickly; 4. the item occupies minimal space when disassembled; 5. individual modules can be used on their own.
Polymers allow for the solution of several structural challenges simultaneously.
For such a material, low weight, rigidity, impact resistance, the ability to achieve complex geometries, and repeatability are crucial. SIBUR has polypropylene grades suitable for injection molding, including high-rigidity grades intended for containers, packaging, and consumer goods.
Production Realism
To launch a project in Russia, it is not necessary to create a fundamentally new technology. Common manufacturing processes are utilized: 1/ injection molding of polymers; 2/ mold making; 3/ laser or stamping metal cutting; 4/ bending; 5/ perforation; 6/ powder coating; 7/ final assembly.
Visualization in the environment