MB–101
Hinged magnetic box
A permanently assembled structure with a hinged lid and concealed front closure.
- Assembled
- Hinged lid
- Front closure
Closure, alignment, reveal
Custom magnetic boxes with a controlled close.
Develop the lid, concealed closure, insert, and opening sequence together so the sample tests more than appearance.
MOQConfirmed by structure
HiddenClosure components
CustomInsert and opening
QuotedProject-dependent timing
Magnetic box structures
The closure is part of the structure.
Compare the assembled format, the opening geometry, the product load, and the packing plan before choosing a magnetic construction.
MB–101
Book-style magnetic box
A broad cover opens like a book and can frame one product, a set, or supporting material.
- Wide opening
- Spine review
- Multi-item option
Collapsible magnetic box
A flat-pack concept considered when storage and shipping volume justify added assembly steps.
- Flat-pack concept
- Assembly method
- Corner review
Selection logic
Specify the close by feel and function.
A strong snap is not automatically a better closure. The right configuration should close reliably, align cleanly, avoid unnecessary material, and suit the product inside.
- Lid span, hinge direction, overlap, opening angle, and intended one- or two-hand use
- Product weight, insert support, removal path, accessories, and documentation
- Closure position, number of contact points, alignment, polarity, and acceptable feel
- Assembled or collapsible format, packing labor, storage, master cartons, and delivery
Construction layers
Every layer changes the finished close.
Board, wrap, hinge, closure pieces, and insert are reviewed as one assembly because small changes can affect alignment and opening behavior.
Control the moving geometry
Board thickness, lid proportions, spine construction, wrap direction, and hinge clearance influence how the lid opens and rests.
Position before decoration
Magnets and corresponding metal pieces are concealed in planned locations, then checked for polarity, alignment, and closure feel.
Protect registration areas
Artwork, foil, embossing, and seams must account for edges, folds, concealed components, and normal production tolerances.
Material decisions
Choose materials for the full assembly.
The physical sample confirms how the surface, edges, hinge, closure, and insert behave together under normal handling.
Textured wrap
Grain direction and fold behavior require review
Dark stock
Surface for selected inks, foil, or blind detail
Embossed detail
Depth and placement tested around board and wrap
Foil accent
Artwork scale and registration confirmed in proofing
Insert engineering
The product should not compete with the closure.
The insert carries the product load and controls its presentation. It should also leave practical access for removal and keep critical product areas away from unintended pressure.
- Product cavity, orientation, clearance, retention, and finger access
- Paperboard, molded fiber, foam, or covered insert based on project needs
- Accessory wells, documentation, charging items, ribbons, and removal sequence
- Pack-out trial to review movement, surface contact, and closure performance
Sample to production
Use the sample to approve how the box behaves.
Project timing is confirmed in the quote after the construction, materials, sample route, finishing, quantity, and destination are known.
Define the use
Share product data, quantity, opening goal, reference style, destination, and timing.
Set the closure
Review dimensions, lid geometry, hinge, closure points, insert, and pack-out.
Test the behavior
Approve opening, closing, alignment, product fit, materials, finish, and assembly.
Repeat the standard
Use agreed specifications for production checkpoints, final packing, and shipment.
Quality checkpoints
Inspect the closure as a repeated interaction.
Acceptance criteria depend on the approved construction and materials. The project specification should state what is checked and which physical reference governs the run.
- Finished dimensions, lid alignment, hinge movement, opening angle, and board condition
- Closure position, polarity, contact, repeatable closing action, and visible read-through
- Wrap registration, edges, corners, seams, surface finish, and glue cleanliness
- Insert fit, product movement, pack-out sequence, protective packing, and carton details
Still choosing the opening system? Use the magnetic box vs drawer box comparison to compare access, reveal, insert fit, production controls, and carton scope from one shared brief.
Magnetic box questions
Resolve closure questions before artwork approval.
MOQ is confirmed for the selected size, construction, materials, finishing, insert, packing method, and production route. Share the first-run quantity and repeat forecast so the applicable minimum can be quoted.
In a typical magnetic rigid box, the magnets and corresponding metal pieces are concealed within the board and wrap. Their position and the final closure construction are confirmed in the structural sample.
A collapsible magnetic construction may be possible when the dimensions, product load, assembly method, appearance, and quantity support it. The tradeoffs should be reviewed against a permanently assembled box.
Closure feel depends on lid span, board and wrap layers, magnet position, alignment, polarity, and the number and size of closure points. It is evaluated in a structural sample rather than selected from appearance alone.
Not automatically. Tell the supplier if the product, accessory, card, device, or storage environment may be sensitive to magnets. Suitability and magnet placement must be reviewed for the specific application.
Timing is project-dependent. Dimensions, structure, materials, finishing, sample revisions, quantity, and delivery destination determine the schedule, which is confirmed in the quote.
Quote a custom magnetic box
Describe the product and the close you expect.
Send the product dimensions, weight, quantity, preferred opening, destination, and any artwork or references. Mention any product or accessory that may be sensitive to magnets.