The world is looking forward to your hardware innovation

📅 Date: September 15–16, 2026
📍 Location: CHM / Computer History Museum, Mountain View, CA, USA

Event detail

We’re excited to announce that NexPCB will be attending WT | Wearable Technologies Conference 2026 USA in Mountain View, California.

WT | Wearable Technologies Conference is a leading event for the wearable technology ecosystem, bringing together innovators, industry leaders, researchers, product teams, technology providers, and companies shaping the future of wearable devices. The 2026 USA conference will explore next-generation wearable technologies across areas such as digital health, AI, smartglasses, connected sensors, human-centered electronics, and intelligent device innovation.

For teams building wearable products, the path from concept to market requires more than a strong idea. Wearable devices must be compact, reliable, comfortable, power-efficient, manufacturable, and ready for real-world use. From sensor integration and low-power electronics to PCB layout, assembly, testing, and supply chain planning, every engineering and manufacturing decision matters.

At NexPCB, we help wearable and connected-device teams turn ambitious product ideas into manufacturable, scalable products. If you are developing health wearables, smart sensors, AI-enabled devices, fitness electronics, medical-adjacent hardware, smartglasses, IoT products, or other compact connected devices, we’d be glad to meet you in Mountain View and discuss how to support your next build.

Meet the NexPCB team during WT | Wearable Technologies Conference 2026 USA to:

• Discuss how to move your wearable device from early prototype to pilot build and production.
• Learn how NexPCB supports PCB fabrication, PCBA manufacturing, component sourcing, DFM review, testing, and final assembly.
• Explore manufacturing solutions for compact electronics, sensor modules, battery-powered devices, wireless products, and connected hardware.
• Talk through common wearable-device challenges, including miniaturization, reliability, low-power design, thermal management, assembly constraints, and supply chain readiness.
• Get feedback on manufacturability, cost optimization, test planning, electronics integration, and production scaling.
• Connect with a team experienced in supporting startups, product teams, OEMs, and innovation companies through the full hardware product lifecycle.

Wearable technology sits at the intersection of electronics, design, software, data, human experience, and manufacturing. A successful wearable device is not only about attractive industrial design or advanced software features. It also depends on stable electronics, reliable assemblies, well-sourced components, repeatable quality control, and a manufacturing strategy that can scale.

That is where NexPCB can help.

By meeting NexPCB at WT | Wearable Technologies Conference 2026 USA, you can learn how we support wearable and connected-device teams through:

• PCB fabrication for prototypes, engineering validation, pilot runs, and production.
• Turnkey PCBA manufacturing and electronics assembly.
• DFM, DFA, and production-readiness review.
• Component sourcing and supply chain management.
• NPI support from early-stage validation to scalable manufacturing.
• Functional testing, inspection planning, and quality control.
• Support for compact electronics, sensor integration, wireless modules, and battery-powered products.
• Mechanical parts, enclosure support, and final product assembly.
• Manufacturing solutions for wearable startups, digital health innovators, IoT companies, OEMs, and hardware teams preparing to launch or scale.

Whether you are building a health wearable, a smart sensor platform, an AI-enabled device, smartglasses, a connected fitness product, or a new compact hardware system, NexPCB is ready to help you turn product vision into production-ready reality.

If you’re attending WT | Wearable Technologies Conference 2026 USA in Mountain View, let’s connect and talk about how to bring your next wearable innovation to life.