We use Surface Mount Technology (SMT) for designing compact, high-density boards for scientific instrumentation, laboratory monitoring systems, detector electronics, and embedded processor units.
Our SMT designs support the far reaches of science, from designing compact readout electronics and timing modules to embedded processing units for capturing and managing experimental data.
In lab environments, our SMT assemblies are ideal for miniaturised control boards, sensor interfaces, monitoring modules, and data acquisition electronics to help you capture useful data and insights.
Our approach to Through-Hole Technology supports scientific assemblies that require added mechanical strength, secure connectivity, and reliable performance over extended operating periods.
THT builds support research environments with power supply boards, connector-heavy assemblies, high-load components, test rigs, and prototype platforms used during equipment development and evaluation.
For scientific systems that are regularly handled, connected, reconfigured, or exposed to environmental stress, THT is invaluable. This covers lab automation equipment, specialist monitoring units, and experimental control systems.
Our team also designs and manufactures bespoke PCB and box build assemblies for scientific projects with highly specific technical requirements, from one-off research prototypes to repeat production for specialist equipment.
This includes detector interface boards, lab instrument control units, environmental monitoring systems, and embedded assemblies for automated research platforms.
Our end-to-end, turnkey solution directly supports your goals. Tailored PCB assemblies meet the exact performance, reliability, documentation, and production requirements for your complex scientific applications.
J-TEQ has supported the scientific community for years by creating dependable and compliant precision instruments that yield accurate results. We place a strong focus on quality to ensure compliance and trust for the organisations, laboratories, and technology teams that work with us.
All of our work meets RoHS and ISO 9001 standards, and our experienced team uses strict quality control processes for every project. Our in-house engineers work closely with our clients to build bespoke PCBAs to meet even the most demanding and specific needs for scientific applications.
Our experience includes supplying printed circuit board assemblies to CERN, supporting the Large Hadron Collider. This long-standing relationship of over 15 years demonstrates our ability to manufacture electronics for globally important projects where precision, reliability, and quality are paramount.
Quality assurance is another area we are proud to champion at J-TEQ. Every project we are involved in is quality-assured with continuous improvement and innovation embedded in our work. This lets us directly support organisations, laboratories, and technology teams that rely on accurate, reliable electronic assemblies for even the most complex scientific applications.
Electromagnetic compatibility (EMC) testing ensures electronic systems work in their intended environment and are not affected by electromagnetic interference.
If necessary, we use a third-party testing facility to validate the quality of our work to ensure it is suitable for laboratory instruments, monitoring systems, detector electronics, and precision measurement equipment.
Functional testing guides our manufacturing processes, and we use our 23,000 square-foot facility to carry out extensive testing on all of our PCB assemblies.
Scientific instruments are usually bespoke, complex, and need to handle specific performance needs. Our testing confirms areas like performance, accuracy, and compliance for every assembly to be used in research equipment, data acquisition systems, control units, and specialist instrumentation.
Scientific environments demand precision, so our team uses environmental reliability testing to make sure our products are fit for purpose.
Our tests take into account the very specific needs of your project to verify the reliability and lifespan of the PCBs we provide. This reduces the risk of failure in demanding scientific settings, such as controlled lab environments, test chambers, research facilities, and specialist experimental systems.
J-TEQ brings together technical expertise, advanced manufacturing processes, and a consistent commitment to quality to deliver dependable PCB assemblies for the scientific sector.
By working with us, you will benefit from a manufacturing partner with experience in high-stakes scientific projects, including long-term supply to CERN.
From prototype builds and specialist instrumentation to repeat production for advanced research systems, we manufacture PCB assemblies built to perform where accuracy and reliability matter most.
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