About Tittron
Tittron.com is the marketing and sales department of the FlykanTech factory (www.flykantech.com) — we promote and sell the connectivity hardware the factory designs and builds.
Tittron.com is the marketing and sales department of the FlykanTech factory (www.flykantech.com). We are the commercial arm: market development, brand communication, channel support, sales and customer service. Engineering, manufacturing and quality control are run by the factory itself, so the hardware you buy is designed, built and tested by the same organisation we represent.
Engineering, sourcing, SMT, assembly, testing and quality control are managed inside one organisation, which keeps quality stable and allows production to be scheduled around customer demand rather than around a fixed catalogue.
We work with distributors, retailers and brand owners who need a supply partner rather than a one-off transaction. That means documented specifications, stable firmware, published certification and a named contact who knows your programme.
Manufacturing and engineering
In-house engineering
Hardware, firmware and packaging engineering handled by our own team.
SMT and assembly
Surface mount, assembly and functional testing under one roof.
Quality control
Incoming, in-process and final inspection with documented AQL levels.
Certification
CE, FCC, RoHS, REACH and UKCA documentation prepared per market.
Tooling
Own tooling for the proprietary range, shortening changes and custom housings.
Logistics
Consolidated shipping, regional warehouses and documented Incoterms.
From brief to repeat orders
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01
Requirement
Specification, quantity, target market and certification needs are confirmed in writing.
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02
Proposal
Solution, tooling impact, unit price and lead time are presented for approval.
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03
Samples
Engineering and pre-production samples are built and validated with you.
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04
Mass production
Production is scheduled with inspection reports and a fixed shipping plan.
Building a product line?
Tell us which families you need and in what volume. We will propose a mix of standard and proprietary models.