Black magnetic zip, fabric samples and marking tools on the design office workbench

Systemmag technology

A magnetic closure designed as a textile architecture.

Systemmag’s performance comes from a whole system: alternating polarities, flexible substrates, protective pockets and a qualification protocol. The goal isn’t to glue on a magnet: it’s to integrate a measurable behaviour into your product.

Magnetic principle

An alternating-polarity architecture to concentrate useful force.

Systemmag doesn’t rely on an isolated magnet, but on a periodic organisation of polarities. The North/South alternation concentrates the field over a useful length, guides self-alignment between two complementary faces and increases the available holding force.

Isolated magnet

A single magnet spreads its field around its volume. The useful zone stays short and less controlled in a textile substrate.

Reference case
Schematic visualisation of an isolated magnet with 4 mm, 6 mm and 1.5 mm dimensions.

Systemmag architecture

A succession of alternating-polarity modules creates field bridges between two complementary faces, with hold distributed along the length.

Alternating N/S
Schematic visualisation of an alternating North/South polarity architecture.

Key terms

The words of magnetic closure

Alternating polarity
The magnets alternate north and south along the whole closure. Both sides attract each other and settle into place by themselves, and the hold spreads along the whole closure instead of a single point.
Peel opening
You pull the two sides apart from one end: the closure comes away progressively, with no anchor point and without pulling against the whole hold at once.
Magnet block
A segment cut to the required length from a BA magnetic strip, then slid into a pocket or a sheath.
Sheath
The textile housing, sewn into the product, that protects the magnet block and keeps it invisible in the finished product.

Nine international patents

The magnetic fastening, its manufacturing process and several applications (lingerie, radiology protection, accessory holders) are covered by nine patents in France, Europe and the United States. Each number links to its publication.

Product architecture

Technical diagram of a Systemmag band with integrated magnetic modules, heat-sealed pockets and stitching zones.

Qualification & uses

Functional tests on prototypes
Trials in real conditions of use
Textile & process compatibility
Traceability & quality control

Each configuration is validated on the real substrate: material, thickness, attachment method, usage cycles and production constraints.

Integration approaches

Choose the right starting point.

The technology adapts to your level of maturity: a band to test, a localised block, a ready-to-sew sheath or an architecture developed with the design office.

01

Magnetic strips

For linear, adjustable closures that are easy to test on a prototype.

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02

Magnetic zips

Ready to sew in, in side (ZIP C) or centred (ZIP G) geometry, for openings that must stay discreet.

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03

Shaped sheaths

Modules integrated into textile envelopes ready to assemble.

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04

Design office

Technical scoping, integration drawing and adaptation to your product's constraints.

Scope my integration

Further reading

Integration project

Turning the magnetic principle into a textile prototype ready to validate.

From your material, your geometry and the expected gesture, Systemmag helps you choose an existing format or scope a custom architecture.

Call +33 1 45 08 91 41