What we develop
Hair straightener brushes, hair irons, hair dryers and curlers, developed as ODM projects rather than catalogue resale.
Who we work with
Japan market brands for over ten years, plus global brands who want that level of reliability expectation.
When risk is settled
Before tooling is cut, in roughly thirty days, because a tooling change after mass production starts is the expensive kind.
Who leads it
A co-founder who is a mechanical engineer with deep Japan hair-tool experience, working on engineering and factory management.
Product Range
Four product types, all developed as ODM projects rather than picked from a catalogue.
Hair straightener brushes
Heated brushes with ceramic coating and stepped temperature settings, developed for brands that sell on daily usability rather than peak specification.
Hair irons
Flat irons developed around plate temperature recovery and hinge feel, the two things a user notices within the first week.
Hair dryers and curlers
Airflow and barrel products where motor noise, weight balance and cord exit decide whether a user reaches for it again.
The Numbers Behind the Factory
Industries We Supply
Who brings a hair tool project here, and what each of them is really buying.
Japan market brands
Over ten years developing for a market where a return rate above a fraction of a percent ends the relationship.
Global consumer brands
Brands entering or expanding a hair tool range who want the development risk settled before they commit to tooling.
Retail and e-commerce sellers
Sellers whose review score is the product, and for whom a reliability problem compounds faster than it can be recalled.
Knowledge Centre
Development notes for brands launching or extending a hair tool range.
Why heat-up time and recovery decide a styling tool
Users do not measure plate temperature, they count passes, and pass count is set by recovery rather than by peak temperature.
What reliability testing before tooling actually catches
The faults worth catching are thermal and mechanical, and both are cheap to fix in a prototype and expensive to fix in steel.
How ODM development differs from catalogue sourcing
Catalogue sourcing buys a product that already exists; ODM buys a product designed against your market and price point.
Specifying a hair dryer that people keep using
Weight balance, noise and cord exit decide repeat use far more than wattage does.
How an Order Runs
Concept and market
What the product is, who it is for and what it has to retail at.
Engineering and prototype
A working prototype rather than a rendering, so heat-up, recovery and hand feel can be judged for real.
Reliability testing
Run before tooling is cut, because a thermal fault found after the mould is steel is the expensive kind.
Tooling and mass production
Only once the risks are closed, with engineering and factory management under the same co-founder.
Frequently Asked Questions
Are you a factory or a trading company?
A development partner with engineering and factory management under one co-founder, a mechanical engineer with deep Japan hair-tool experience. Projects are developed as ODM rather than resold from a catalogue.
How long before we know a concept will work?
Roughly thirty days, with the risks controlled before tooling is cut. That window is deliberately placed before the irreversible spend rather than after it.
Can you match a specification we already have?
Yes, and we will also say where the specification will cause a problem in use. Products are designed to work, not just to read well on a box, and flagging that early is part of the job.
Why does Japan experience matter to a non-Japanese brand?
Because Japanese retail treats a returned unit as a supplier defect rather than a statistic. Developing to that expectation produces a habit of testing before tooling, and that habit transfers to any market.
Tell us what you want to launch
Send the concept, the target market and the price point. Development risk is settled in roughly thirty days, before any tooling is cut.