Rapid Prototyping
Speed Meets Precision.

Rapid Prototyping
Accelerate Your Product Development.
At SMT, we understand that speed and precision are critical in bringing your electronic products to market. Our Rapid Prototyping Solutions are designed to transform your concepts into functional prototypes swiftly, ensuring a smooth transition from design to full-scale production.
What We Offer:
- Quick-Turn PCB Assembly: Dedicated SMT lines and a fast-track process enable us to deliver production-quality prototypes on accelerated timelines, often within days.
- Integrated DFM & DFT Reviews: Our engineering team reviews every build for manufacturability and test coverage, helping you avoid costly surprises in later stages.
- Seamless Production Handoff: Built to flow directly into production, which enables a seamless handoff that minimizes delays, reduces risk, and keeps momentum moving forward.
Why Choose SMT for Rapid Prototyping?
- Speed & Execution: We move fast without skipping steps so you can iterate with confidence and launch without delays.
- Engineering Partnership: Our team brings decades of experience across design, layout, and test, offering feedback that improves outcomes and avoids redesign loops.
- Scalable Flexibility: From one board to one hundred or beyond, we adapt to your volume and build requirements without forcing you into a one-size-fits-all model.
- Quality-Driven, Every Time: Even in prototype stage, every SMT build is backed by the same IPC-compliant workmanship and inspection standards used in production.
Need a Prototype - Fast?
SMT turns your designs into fully built assemblies with speed, accuracy, and engineering support every step of the way.
Project Management - Planning for Risk

Project Management - Planning for Risk
August 18, 2025
3
min read
Design Challenges - Navigating Around the Pitfalls

Design Challenges - Navigating Around the Pitfalls
August 5, 2025
2
min read
The Value of Strong Customer & Supplier Relationships

The Value of Strong Customer & Supplier Relationships
July 24, 2025
3
min read