A custom laptop case is designed around the dimensions, ports, ventilation areas, and structural features of a specific laptop model. Unlike universal sleeves, a fitted case stays attached during use and protects exposed surfaces without limiting access to essential functions.
Material, thickness, edge structure, surface finish, and branding can be customized for retail, education, corporate, and OEM projects.
Reinforced corners help absorb everyday bumps and reduce damage caused by accidental drops.
The fitted shell protects the laptop lid, base, edges, and other exposed surfaces from scratches.
Precisely positioned openings maintain access to ports, ventilation areas, hinges, and device controls.
Snap-on construction keeps the case firmly attached while allowing the laptop to open and close normally.
Share your laptop model, case type, target quantity, material preferences, logo artwork, and packaging requirements. Product samples or 3D drawings can also be provided for evaluation.
Our engineering team reviews the laptop dimensions, case structure, material selection, port openings, ventilation areas, and mold feasibility before development begins.
Samples are produced for checking fit, opening access, appearance, surface finish, logo placement, and protective structure. Adjustments are completed before approval.
After sample approval, bulk production begins under defined quality requirements. Finished laptop cases are inspected, packed, and delivered according to schedule.
The right material depends on the laptop model, protection level, product structure, surface finish, and target application.
Junchi supports rigid shells, flexible protective layers, cushioning components, and decorative surface materials. Materials can be selected individually or combined to balance impact resistance, weight, grip, appearance, and production cost.
Our team evaluates material compatibility during product development and recommends a suitable structure based on your design and performance requirements.
Polycarbonate (PC)
Rigid and lightweight material used for fitted outer shells, providing structural support and scratch protection.
Thermoplastic Polyurethane (TPU)
Flexible, impact-resistant material commonly used around corners and edges to absorb shocks and improve grip.
Silicone Rubber
Soft-touch material suitable for anti-slip surfaces, flexible protection, and selected cushioning components.
EVA Foam
Lightweight cushioning material used for internal padding and impact absorption in protective carrying cases.
PU / Synthetic Leather
Decorative surface material offering a refined appearance, comfortable touch, and flexible branding options.
Choose a protective structure based on your laptop model, use environment, portability needs, and required level of protection. Junchi supports model-specific development, material selection, structural design, and branding for different OEM projects.
Lightweight PC shells provide everyday scratch and surface protection while maintaining the laptop’s slim profile and full access to ports.
Reinforced corners, shock-absorbing materials, and impact-resistant structures provide enhanced protection for frequent handling and demanding environments.
Add practical features such as kickstands, handles, ventilation channels, anti-slip surfaces, stylus holders, or modular accessories.
Junchi supports the development and production of laptop cases for electronics brands, distributors, educational projects, and other OEM customers.
Our team coordinates structural evaluation, material selection, mold development, sampling, production, inspection, and packaging within one manufacturing workflow. This helps maintain product consistency while reducing communication gaps between different production stages.
Laptop dimensions, ports, hinges, ventilation areas, and protective structures are reviewed before tooling. Mold development and adjustments support a more accurate fit.
Defined production procedures help maintain consistent materials, dimensions, appearance, and assembly quality across custom and repeat orders.
Materials, molded components, fit, surface finish, logo placement, and packaging are checked at appropriate stages before shipment.
Finished laptop cases can be packed according to project requirements, with support for custom packaging, scheduled delivery, and repeat-order planning.
We manufacture slim hard-shell cases, rugged protective cases, PC+TPU cases, and functional designs with handles, kickstands, ventilation channels, or other project-specific features.
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Yes. Cases can be developed according to a physical laptop sample, 3D drawing, or confirmed device dimensions. Ports, hinges, vents, speakers, and other functional areas are reviewed during development.
Available materials include polycarbonate (PC), thermoplastic polyurethane (TPU), silicone rubber, EVA foam, and PU or synthetic leather. Material selection depends on the case structure, protection level, appearance, and target cost.
A new mold is normally required when the laptop model, dimensions, or case structure is not compatible with an existing design. Mold requirements are confirmed after technical evaluation.
Yes. Samples can be produced to confirm fit, port access, hinge movement, surface finish, color, logo placement, and protective structure before bulk production begins.
The MOQ depends on the laptop model, material, mold requirements, surface treatment, printing method, and packaging. Please share your project details for an accurate quantity recommendation.
Yes. Logo, pattern, and artwork customization can be applied using a suitable printing or surface decoration process. The method is selected according to the case material, design coverage, and durability requirements.
Options may include matte, gloss, textured, soft-touch, transparent, translucent, and custom-colored finishes. Final availability depends on the selected material and production process.
Inspection may cover material appearance, dimensions, fit, port alignment, hinge clearance, ventilation openings, surface finish, logo placement, assembly, and packaging requirements.
Lead time depends on structural complexity, mold development, sample revisions, order quantity, decoration, and packaging. A project schedule is provided after the specifications are reviewed.
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