Custom Urban Business Laptop Backpack

Dimensions:48 × 32 × 18 cm (Customizable layout boundaries)
Material:Premium 1680D Ballistic Polyamide / Matte PU Coating
Weight:950g Dry Tare Baseline Weight
Laptop Vault:15.6–17 inch Suspended Structural Pod
Tech Features:Molded USB Output Module, Shielded RFID Cavity
Strict MOQ:500 Pieces Per Target Colorway
Prototyping:7-Day Technical Sample Turnaround Run
Mass Lead Time:30 Days Post-Sample Sign-Off & Contract Finalization
Logistics:Express Carriage 7-10 Days | Ocean Freight Hub 30-45 Days
B2B Sales Desk:mike@merrisbags.com
Request Factory Pricing & Free Sample
Material
Industrial grade weave 1680D ballistic nylon sheet with a dual-pass back lamination of hydrophobic polyurethane achieving an independently certified 3000mm hydrostatic head rating. Select regional accents utilize scratch-resistant matte PU-coated 600D tech polyester for target weight management. The interior defense architecture comprises 10mm high-density cross-linked EVA closed-cell foam along all critical device boundaries, accompanied by 15mm open-cell lamination in the S-curve anatomical carry straps, and high-elasticity 3D air-mesh surface facing fabrics for consistent heat dissipation.
Product Parameters
Dry Base Weight950 grams (excluding power cell modules)
External Dimensions48 × 32 × 18 cm (factory standard mechanical tolerance limits of ±2 cm)
Laptop CompartmentAcoustically isolated suspended pod layout fitting 15.6 to 17 inch equipment
Tear Strength ValuesMeasured 60N warp vector / 50N weft vector tensile thresholds
USB Output ModuleIntegrated 2.1A pass-through connectivity with inner storage dock routing
Minimum Order VolumeStrict batch minimum limit of 500 units per specialized color variant
Description
This commercial contract-grade urban business pack is intentionally designed for multinational corporate supply chains, corporate gift distribution networks, and premium travel luggage label configurations. It integrates a structural device suspension platform designed to elevate electronic components completely away from standard drop impact zones, a sealed hardware portal routing to an inner storage slot, and hidden tactical panels to mitigate secure transit liabilities. Built with heavy-duty structural bar-tack point re-enforcements at all key anchor points to secure extended field reliability.
Use For
  • Private contract brand deployment for corporate enterprise tech and engineering commuter gear deployments.
  • B2B multinational trade networks and professional corporate travel accessory distribution channels.
  • Premium customized onboarding gift packs for high-scale co-working entities and enterprise organizational groups.
  • High-tier premium laptop equipment and specialized tech container retail product lineup lines.
Key Features
  • Ballistic Shell Resilience: Industrial-spec 1680D nylon weave provides high-yield structural protection resisting up to 20,000 rigorous Martindale abrasion friction cycles.
  • Molded USB Integration: Custom-sealed external terminal frame houses low-resistance wiring interfaces, engineered to pass a 10,000insertion verification standard.
  • Anti-Intrusion Architecture: Outfitted with high-strength racquet coil zippers accommodating padlock security shackle lines, alongside a stealth document zone integrated beneath the breathable lumbar mesh.
  • Transit-Ready Configuration: Engineered with a heavy-gauge nylon webbing trolley track back interface, a 180-degree flat layout hinge system to expedite transit control hub workflows.

Backpack Production Facility Tour

Explore our ISO9001 and BSCI compliant manufacturing floor, featuring a 15,000-unit monthly throughput dedicated strictly to business and tech pack contract assembly operations.

Inside Dongguan Merris contract manufacturing plant showcasing automated fabric processing machinery

Factory Operational Capabilities: Automated CNC Material Profiling | Heavy-Duty Lamination | Electronic Port Assembly Integration | Multi-Axis Tensile Structural Testing

Product FAQ

Technical procurement verification data for global sourcing managers

What structural protection specifications are utilized for the integrated device compartment?

Direct Answer: The dedicated vault fits 15.6-17 inch devices, padded on all sides with 10mm high-density EVA and suspended on a 4cm impact gap from the pack floor, secured by an elastic retention band and hook-and-loop closure. It passes a 1.2m multi-angle drop test.

  • Device Range: 15.6-17 inches
  • EVA Padding: 10mm all sides
  • Impact Gap: 4cm suspended
  • Drop Test: 1.2m multi-angle
The dedicated vault securely encapsulates devices spanning 15.6 to 17 inches. It utilizes 10mm high-density shock-absorbing EVA foam on all vertical panels. The compartment employs a structurally suspended configuration that maintains a permanent 4cm impact clearance gap from the absolute baseline floor of the pack. Complete with an industrial-grade elastic retention band and a reinforced Hook-and-Loop closure system, the module passes a standard 1.2-meter multi-angle drop test for hardware protection.
What are the tensile durability and hydrostatic performance ratings of your ballistic nylon?

Direct Answer: The shell is heavy-duty 1680D ballistic nylon — 60N warp and 50N weft tear strength — back-laminated with a dual-pass PU coating rated to 3,000mm water column, and anti-pilled to survive 20,000 Martindale abrasion cycles.

  • Fabric: 1680D ballistic nylon
  • Tear Strength: 60N warp / 50N weft
  • Hydrostatic Head: 3,000mm
  • Abrasion: 20,000 Martindale cycles
The shell consists of heavy-duty 1680D ballistic nylon woven from high-tenacity synthetic polyamides. Laboratory mechanical assays register a warp tear strength of 60N and a weft tear strength of 50N. Backed by a dual-pass, hot-melt hydrophobic polyurethane (PU) interior lamination layer, it demonstrates a water column resistance up to 3000mm. The outer weave undergoes structural anti-pilling treatment, enduring over 20,000 friction cycles on the standard Martindale abrasion test scale.
What are the technical and wiring metrics for the integrated USB charging system?

Direct Answer: The external USB-A port uses a rubber-gasketed molded housing and low-resistance cable to an internal power pouch, supporting 2.1A continuous output with strain-relief overmolding, rated for 10,000+ plug cycles without resistance spikes.

  • Port: USB-A, rubber-gasketed
  • Output: 2.1A continuous
  • Plug Cycle Rating: 10,000+
  • Internal: Power-bank pouch
The exterior interface features a custom-molded, rubber-gasketed USB-A female port. This hardware routes through a heavy-duty, low-resistance insulated cable jacket to an interior power storage pouch. It natively supports up to a continuous 2.1A charging current output with integrated strain-relief overmolding to eliminate copper fatigue from daily motion. The component terminal housing is rated to successfully withstand over 10,000 cyclical mating insertions without electrical resistance spikes.
What structural adaptations and hardware modifications are supported under the 500-unit minimum batch limit?

Direct Answer: At the 500-piece per-colorway minimum you can scale dimensions, Pantone-match colors, add custom logo plates, die-cast zinc pullers, anti-slip base panels, 13.56MHz RFID shielding, and modular dividers — with no setup fees on confirmed corporate orders.

  • MOQ: 500 pcs per colorway
  • Hardware: Die-cast zinc pullers
  • RFID Shielding: 13.56MHz attenuation
  • Setup Fee: None on corporate orders
For our standard minimum run of 500 pieces per colorway, Merris provides comprehensive engineering customizability. This includes customized exterior dimensional layout scaling, custom-matched Pantone color processing, precision-machined custom logo plate insertion, die-cast customized alloy zinc pullers with electroplated matte finishes, anti-skid base panels, built-in RFID shielding fabric layering (13.56MHz attenuation), and custom modular internal dividers. Standard tooling setups incur zero setup fees for confirmed corporate orders.
What anti-intrusion and screening layout optimizations are incorporated for transit operations?

Direct Answer: The main compartment uses double-stitched racquet-coil zippers that accept TSA padlock shackles, a concealed document pocket under the lumbar padding, and a 180-degree clamshell opening for unobstructed X-ray screening without removing the device.

  • Zippers: Racquet-coil, TSA-lock compatible
  • Hidden Pocket: Under lumbar padding
  • Opening: 180° clamshell for X-ray
The main compartment features double-stitched overlapping racquet-coil zippers designed to accommodate interlocking TSA padlock shackle bars. A completely concealed document compartment is located beneath the 3D lumbar padding structure, isolating high-value payloads from external access. The layout uses a 180-degree butterfly flat-opening clamshell configuration, allowing unobstructed X-ray airport security screening scanning without device removal.

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Engineering layout review dispatched within 8 business hours. Production samples ready within 7 days.

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