45 Engineers Design and Prototype your electronic products in Taiwan.
We optimize for manufacturing in Taiwan or China from the get-go.
Result? Faster Time To Market .. hence Ti-To-Ma!
We design & manufacture Embedded electronics around STM32, on Time and on Budget.
Your IP is safe with us, as we prototype both electronics and mechanical parts in-house.
Early involvement of Asian manufacturers means Industrial Quality at a much better cost, and no delays or surprises.
We do the full electronic product design and prototyping In-House in Taiwan. As your IP Custodian we work closely with our Asian manufacturing partners, but strictly on a need-to-know basis.
We give you Full Ownership of the Manufacturing Files. This way you are always in control, something you seldom get when designing with a standard ODM Manufacturer.
Our international team of engineers does the complete electronic product design and prototyping in-house, always in close communication with the factories and yourself.
Production Quality Has Been Superb
We have worked with Titoma since 2013. The production quality has been superb with very low defect rate. The team does a great job of setting the expectations and regularly exceeding them. We are working with them on 7 different programs now.
Concept to Working Unit in 2 Months
Titoma was very helpful in transforming our ID concept into a series of working units in just 2 months, with a local firm this would have taken 6 months and would have cost 2 to 3 times as much. The products worked great and looked really high-end.
Performed in the Top 5%
Titoma truly performed in the top 5% of all suppliers we've worked with ... they can be trusted to deliver excellent work and meet deadlines in a very cost effective manner.
First, you need to define exactly what the electronic product will do, and how it will be different from the coemption. Best is to keep the first generation as simple as possible (MVP Blank). Then source the electronic components which can make this happen at the best value for money. This results in a High-Level Block Diagram (HLBD) and at this point, you can get quotes, the NRE, and Unit cost to evaluate your business case.
Design the PCB, code the embedded firmware, design the look of the device and then engineer the details on the inside of the housing, and prototype with a 3D printer.
It is really essential to do lots of testing. First in-house but as soon as you have something which more or less works you need to let real target customers use it. Ensure your product is easy to use, meets customer expectations and is reliable. If not go back to step 2, or even step 1.
This is making the injection molds for the plastic housing, designing electronic test jigs and develop test software, setting up the production line and training the workers, and doing pilot manufacturing runs.