Systemmag is an invisible magnetic closure technology that integrates directly into the material to elevate your products, make everyday use more reliable and reinforce perceived value.
Controlled integration
The parameters that frame a Systemmag closure before series production.
The closure disappears into the textile construction.
Substrate, thickness and finish guide the technical choice.
Hold and opening are tuned to the expected gesture.
Magnetic contact assists alignment and closing.
Strips, modules or dedicated integrations depending on the product.
Prototype, testing and process frame the move to production.
Tactical equipment
Key constraint
Holding under field constraints: load, dust, fast movements and handling with gloves.
The problem
Visible, noisy or rigid closures can slow down access, snag the textile or disrupt use.
Systemmag’s answer
A discreet magnetic closure, calibrated hold and deliberate peel-open gesture.
Cold, movement & outdoor
Key constraint
Staying usable in the cold, with gloves, moisture, layered textiles and wide movements.
The problem
Zips, hook-and-loop and snaps often demand a precise gesture or create visible ridges.
Systemmag’s answer
An integrated magnetic closure, calibrated hold and a deliberate opening suited to athletic movement.
Healthcare & radiology
Key constraint
Easing opening, one-handed gestures, cleaning and protocol qualification.
The problem
Mechanical systems can be difficult for patients, caregivers or medical teams.
Systemmag’s answer
A solution integrated into the textile or equipment, sized to the gesture and the protocol of use.
Design & finish
Key constraint
Staying invisible, silent, thin and consistent with the product’s finish.
The problem
A visible closure can break the design line, add bulk or cheapen the product experience.
Systemmag’s answer
A closure hidden in the construction, a controlled magnetic feel and a preserved design.
Production & equipment
Key constraint
Withstanding repetition, abrasion, work environments and maintenance.
The problem
Traditional systems wear out, snag, get dirty or rely on parts that are hard to replace.
Systemmag’s answer
A robust format, process integration and validation on real material, cycles and environment.
Autonomy & accessibility
Key constraint
Allowing a broad, low-precision gesture, often one-handed, with an adapted effort.
The problem
Buttons, snaps and zips require fine motor skills or outside help.
Systemmag’s answer
Tolerant magnetic alignment, intuitive closing and an opening effort adapted to the need.
The choice of integration parameters depends on the material, the gesture and the product intent.
1. Material
Thickness, stiffness, texture, induction.
2. Gesture
Pull-off force, frequency, angle, ergonomics.
3. Intent
Aesthetics, discretion, service, durability.
Qualified project
Material, gesture, useful strength, finish and process: we frame the parameters before prototyping.
