HEXICA / MANCHESTER, UNITED KINGDOM
Made in Manchester.
Because hard things get made here.
We are building a phone for people who still believe hardware can have a point of view — and we are doing the difficult part in public.
Why fund the prototypesTHE REBELLION
Big Tech builds
behind glass.
We build in public.
A global company can absorb a bad prototype. A Manchester startup cannot. That makes every decision sharper: the part must earn its place, the material must do a job, and the people funding the first machines deserve to see what they are making possible.
B.Line is not taking money before Kickstarter because the product is already finished. It is doing so because physical prototypes are where a hardware idea becomes accountable. CNC machining is the bridge between a render you can admire and a device you can test.
MANCHESTER / A CONTINUING LINE
From mills to materials.
1780s
Machines change the city.
Manchester’s powered cotton mills help turn it into the world’s first industrial city — a place defined by machinery, engineering and the consequences of changing how things are made.
2004
Graphene is first isolated here.
At the University of Manchester, researchers isolate a single layer of carbon and open a new chapter in material science.
NOW
Hardware gets its hands back.
Hexica takes that same instinct for physical problem-solving into the pocket: tactility, modularity, privacy and materials with a job to do.
Historical references: Science and Industry Museum and The University of Manchester.
GRAPHENE AMBER / A MATERIAL WITH A JOB
The colour
is the clue.
Graphene Amber is not decoration. It names a planned thermal system: a graphene-enhanced interface and spreader designed to move heat away from the chipset and battery without a bulky fan.
The goal is lower local heat build-up and more sustained performance when B.Line is working hard. We will publish what the prototypes prove, rather than borrowing certainty from a render.
PASSIVE HEAT SPREADING / TARGET ARCHITECTURE
Material research informs the direction, not an untested performance promise. See the IEEE review of graphene thermal interface materials.
WHAT THE ALLOCATION UNLOCKS
From CAD
to consequence.
The Founder’s Allocation is capital for the work that cannot be faked on a landing page.
- 01
Founder allocation
Early believers reserve a place and join the conversation around the build.
- 02
CNC machining
High-precision parts turn the current design into physical units.
- 03
Validation
Controls, heat, fit, privacy mechanisms and modular parts meet the real world.
- 04
Production campaign
What survives testing earns the right to move forward.