32 mm cabinetmaking system

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Shelf with 5 mm (0.20 in) holes at 32 mm (1.3 in) intervals 2017 UEF Joensuu library 06 shelf.jpg
Shelf with 5 mm (0.20 in) holes at 32 mm (1.3 in) intervals

The 32 mm cabinetmaking system (colloquially called system 32) is a set of principles that has evolved for the production of ready-to-assemble and European-style, frameless construction custom cabinets and other furniture. While not defined by any standardization body, it is in wide use globally, partly owing to IKEA using some of its elements in its furniture. Characteristic are the columns of 5-millimetre (0.20 in) holes with centres at 32-millimetre (1.3 in) intervals.

Contents

System 32 enables reconfigurable placement and spacing of shelves, doors, drawers and hardware. Most significantly, it simplifies and harmonizes dimensions, production processes and products for fitting, machine and furniture manufacturers, enabling efficiency and cost reduction.

Properties

The core features are:

System 32 includes matching fittings, with which furniture sides may be secured to floors, walls, and adjacent cabinets. Other fittings are available for door bands, drawer guides, clothes racks, floor racks, and other features, and typically mount into one or more of the 5-millimetre (0.20 in) holes otherwise used to support shelf brackets.

Advantages of the system include:

History

After World War II, simplification and efficiency was pursued to help speed reconstruction of the vast number of buildings and property destroyed during the war. A spacing of 32 millimetres (1.3 in) evolved because that was the closest multiple drill bits could be placed on a line boring machine due to the size of the gears then available. [1]

Besides the 32-millimetre-based (1.3 in) system, there are other, although less frequently, used systems, such as system 25 and ip20. [2] [3] [4]

Proprietary variants

Multiple vendors sell products that may be used when applying system 32, including: [5]

See also

References

  1. Adams (2012), reply #7.
  2. Nutsch (2003), p. 50.
  3. Lundgren, Christensen & Gonzales (2001).
  4. Levine (1988).
  5. Lers (2024).

General references

Sources