Question 1

How much does it cost to prototype an electronics product?

Accepted Answer

The cost of prototyping depends on the complexity of the electronics, the number of design iterations, and the type of enclosure required. We provide detailed, milestone-based proposals after an initial consultation so you have full visibility of costs before committing. Our focus is on delivering cost-effective prototypes that minimise risk for startups and early-stage companies.

Question 2

How long does it take to build an electronics prototype?

Accepted Answer

Typical prototype timelines range from 4 to 12 weeks depending on the project scope. This includes schematic design, custom PCB layout, firmware development, enclosure design, and initial testing. We use a structured milestone-based process so you can track progress at every stage.

Question 3

What is included in your electronics prototyping service?

Accepted Answer

Our service covers the full product development cycle: technical feasibility assessment, system architecture, custom PCB design, embedded firmware development, sensor and wireless integration, 3D-printed enclosure design, and structured testing and validation. We also support compliance preparation, design for manufacturability, and the transition to volume production.

Question 4

Can you help take my prototype to mass production?

Accepted Answer

Yes. We design prototypes with production in mind from the start. Our manufacturing preparation service includes design for manufacturability reviews, bill of materials optimisation, supply chain risk analysis, and coordination with PCB fabrication and contract manufacturing partners to ensure a smooth transition to volume production.

Question 5

Do you work with startups and early-stage companies?

Accepted Answer

Startups and early-stage companies are our core focus. Our mission is to remove the barrier to entry for new hardware businesses by delivering low-cost, low-risk prototypes. We use a de-risking approach that allows you to validate your product with real market feedback before committing further resources.

Question 6

What wireless technologies do you work with?

Accepted Answer

We design products using Wi-Fi, Bluetooth and BLE, Zigbee, LoRa, cellular including GSM and NB-IoT, and RF communication. We also work with wired protocols such as USB, Ethernet, RS-485, and I2C/SPI for sensor integration and device communication.

Case Study Haptic | ZT Prototypes

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