Bricbloc
Brand Name:深圳市河泊创新有限公司
Design Company Name:深圳市河泊创新有限公司
Nationality / Region:China
Entry ID:2025-06-5530378
Entry Category:Concept_Group
Categories:Future Scenario
Introduction
Traditional fast chargers, portable SSDs, and docking stations are separate devices, requiring travelers to carry multiple accessories, which can be cumbersome. Bricbloc, as the world's first multifunctional device integrating fast charging, portable SSD, and docking station capabilities, addresses this issue with its innovative design. It enhances user experience by meeting the modern business professionals' demands for portability and efficiency.Bricbloc is the world's first tri-in-one modular fast-charging and storage solution featuring pogo pin + magnetic-attach connectivity, integrating GaN fast-charging, portable SSD, and docking modules into a single multifunctional device.Linglong Wu (Bricbloc)’s three modules connect via Pogo Pins and magnets. They can be used detached, connected in pairs, or all three together—offering exactly 7 usage combinations. This solves the pain point of needing to carry numerous accessories while traveling, defies conventional electronics usage patterns, and allows users to flexibly select the modules they need.Horizontally, it features a dual-layer structure with a semi-transparent matte outer layer and an off-white matte inner layer. Vertically, it adopts a three-module stacked design. The modules are connected via Pogo Pins and magnetic attraction. The design embodies a minimalist, gender-neutral aesthetic, seamlessly integrating into modern living scenarios. The three modules offer adaptable usage. Manufactured using two-shot molding technology, the dual-layer materials are formed in a single-step process, reducing secondary processes and improving product yield rate. The upper and lower covers of each module are assembled and welded using ultrasonic welding, enhancing operational safety and welding yield rate.The 3-in-1 design combining fast charging, a portable SSD, and a docking station saves materials, lowers energy consumption, and reduces material waste and pollution.