On-site and Remote Technical Support for Electronics
Bringing high-precision engineering expertise directly to your facility or providing expert remote hardware consulting for complex electronics challenges.
On-site Electronics Support
Certain technical challenges cannot be resolved within the confines of a remote lab. Industrial machinery, high-security R&D environments, and large-scale integrated systems require field engineering expertise.
I provide professional on-site electronics support, bringing specialized rework tools and diagnostic equipment directly to your location. Whether it's an urgent PCB modification in a production line or troubleshooting a complex embedded system, I ensure that work is performed with surgical precision while adhering to strict on-site ESD protocols.
Remote Technical Consulting
Efficiency in hardware development often depends on catching design flaws before the first solder joint is made. Through remote technical consulting, I partner with engineering teams to conduct thorough Design for Manufacturing (DFM) reviews.
By analyzing your schematics, Bill of Materials (BOM), and PCB layouts from a specialist's perspective, I identify potential assembly bottlenecks, thermal management risks, and component sourcing issues. This proactive support reduces iteration cycles and accelerates time-to-market.
Core Support Capabilities
Industrial Field Rework
On-site modification and repair of large-scale industrial control boards and power electronics where shipping is not an option.
DFM & Design Audits
Remote analysis of PCB designs to ensure high yield and long-term reliability during manual or automated assembly phases.
Failure Analysis Consulting
Expert remote assessment of hardware failures, providing actionable technical reports on root causes and mitigation strategies.
Short-term Lab Support
Temporary on-site assistance for R&D teams during intense prototyping or hardware validation (EVT/DVT) windows.
The Advantage of Direct Specialist Support
Engaging SolderTech Solutions for on-site or remote support means working directly with the engineer who understands the physics of the hardware. There are no account managers or intermediaries—just clear, high-level technical communication.
This direct model is particularly valuable for hardware startups and specialized manufacturers who require high-tier expertise on a flexible, as-needed basis without the overhead of a full-time in-house specialist.
Based in Helmond, NL, providing on-site services within the Benelux region and remote consulting for international hardware projects.
On-Site and Remote Technical Support for Electronics R&D
On-site and remote technical support for electronics R&D requires direct engineering involvement, not generic troubleshooting. This service delivers hands-on and remote assistance focused on real hardware behavior, design intent, and development constraints.
On-Site Technical Support for Hardware Systems
On-site technical support is essential when electronic systems must be inspected, measured, modified, or debugged directly at the workbench. Physical presence enables immediate evaluation of PCB assembly quality, solder joints, signal integrity, and mechanical integration.
This approach is particularly effective during prototype bring-up, fault isolation, engineering validation builds, and last-stage corrections before testing or delivery.
-
TS-01
Hands-On Troubleshooting Direct inspection and debugging of electronic hardware on-site.
-
TS-02
Real-Time Engineering Decisions Immediate corrective actions without delays or handovers.
-
TS-03
Prototype & EVB Support Assistance during bring-up, validation, and pre-release stages.
-
TS-04
Remote Hardware Debugging Guided measurements, live test sessions, and fault analysis.
-
TS-05
Schematic & PCB Review Design analysis with manufacturability and reliability feedback.
-
TS-06
Direct Engineer Communication No ticket systems, no call centers — direct technical dialogue.
Remote Technical Support Focused on Engineering Reality
Remote technical support is provided when physical presence is not required, but engineering judgment is. Typical engagements include design reviews, root-cause analysis, and guided debugging during live testing.
This model supports fast iteration cycles while maintaining technical depth, continuity, and accountability.
Single Engineer Responsibility
All on-site and remote technical support is delivered by one dedicated specialist. You work directly with the engineer responsible for analysis, decisions, and execution — ensuring continuity and technical accountability.
This model is particularly effective for hardware start-ups, electronics R&D teams, and laboratories working on complex systems where generic support models fail.