Our engineering innovations
are shaping a
more sustainable future.
Electronics development—from the initial idea to a perfected, reliably manufacturable product.
RELIABLE ELECTRONICS DEVELOPMENT AND SMT ASSEMBLY SINCE 2012.
Engineering Electronics.
Designed for mass production.
A good printed circuit board isn't a matter of luck.
From design to installation, we deliver solutions that are reliable, testable, and scalable.
Wire bonding
HOW WE WORK
We don't just build prototypes; we build products.
We handle design, manufacturing, and testing all under one roof to speed up development and ensure there are no surprises during mass production.
From the idea to a tangible prototype
A prototype is truly good if it functions just as well in mass production. Right from the initial design phase, we select components that will remain available in the long term and operate reliably. We incorporate test points, carefully consider manufacturability, and document every decision—so there are no surprises later on.
What you get: A working prototype with documentation • A bill of materials with a life cycle analysis • A manufacturability report
Timeframe: 3–6 weeks
When "it works" isn't Enough
A prototype is considered successful if it functions just as well in mass production. Using a DFM/DFT approach, we optimize component placement, solderability, and testability. We verify that all critical components are available in the long term and, if necessary, identify alternative sources. We also incorporate feedback from manufacturers before mass production begins.
What you get: Production-optimized design • Test strategy development • EOL verification and alternatives
Timeframe: 2–3 weeks
Where "it'll work itself out" isn't an option
A documented, traceable manufacturing process in accordance with the IPC-A-610 Class 3 standard. This is the highest industry certification for applications where reliability is critical: medical devices, industrial controls, and infrastructure. On our in-house SMT production line, we manufacture small and medium-sized batches (10–10,000 units) flexibly and with fast turnaround times. Full AOI inspection on every unit in a climate-controlled environment.
What You Get: 0201 component size • Multilayer PCBs, BGA, QFN • Lead-free and leaded soldering
Turnaround Time: 1–3 weeks
Because a single error between the lab and the market can be life-changing
Circuit and functional testing to ensure that defects are not discovered in the field. We build a custom test environment for each product, where we simulate real-world operating conditions. AOI optical inspection, electrical measurements at all critical points, and complete functional validation with documented results. We assist with design for testability (DFT) and measure and document the results.
What you get: Tested product in ship-ready condition • Custom documentation for each unit • Statistical report
Timeframe: 1–2 weeks
A product's life cycle does not end with delivery
If a product malfunctions, cannot be manufactured properly, or a part is out of stock, a reliable solution is needed quickly. We proactively monitor the lifecycle of components and notify you if any reach EOL status. For problems arising in the field, we respond immediately: root cause analysis, temporary solution, followed by a permanent fix that is documented and tested. We redesign, optimize, and prepare for the next production cycle—without compromising quality.
Services: Obsolescence management • Rapid troubleshooting (24–48 hours) • Cost-down optimization
Timeframe: 1 week – 1 month
Electronics Design
PCB and hardware design, high-speed digital systems, signal integrity, optimized stack-up, and a design process that prepares for manufacturability.
Firmware / Embedded Development
The hardware is just a platform. We develop stable, well-documented firmware for it—with version control, testing, and long-term support.
Prototyping and Mass Production
We manufacture under controlled conditions, document and monitor our processes, and provide engineering support throughout the entire process—from prototyping to mass production.
