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At RTR, we specialise in designing cutting-edge, non-invasive flow meters to meet the demands of various industries. Our advanced flow measurement solutions provide accurate, reliable data without the need to disrupt existing pipelines or systems. Whether you’re in water management, oil and gas, pharmaceuticals, or manufacturing, we deliver precision flow measurement that drives efficiency and reduces downtime.

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Why Choose Non-Invasive Flow Meters?

Traditional flow meters often require intrusive installation and pipeline modifications, which can be costly and time-consuming. Our non-invasive flow meters eliminate these challenges by using ultrasonic technology to measure flow rates from the outside of the pipe. This means:

No process interruptions

Measure flow without halting operations.

Industries We Serve

Our non-invasive flow meters are trusted by industry leaders across diverse sectors:

Water & Wastewater
Ensure efficient water distribution, monitor leakages, and optimize treatment processes.
Oil & Gas
Achieve accurate flow measurements in pipelines, refineries, and offshore platforms.
Pharmaceutical & Chemical
Maintain strict flow control for critical processes, ensuring compliance and product quality.
Food & Beverage
Optimize fluid handling and processing without contamination risks.
HVAC & Building Management
Monitor chilled water systems, heating circuits, and more to enhance energy efficiency.
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How Our Technology Works

Our non-invasive flow meters utilize state-of-the-art ultrasonic technology to measure the flow rate of liquids through a pipe wall. By sending and receiving ultrasonic pulses across the pipe, our devices calculate flow rates accurately, even in challenging conditions. Our meters are designed to handle a wide range of fluids, from water and chemicals to oil and fuel.

Our Product Range:

Ultrasonic Clamp-On Flow Meters
  • Ideal for temporary or permanent installations
  • Accurate measurement for liquids in various pipe sizes
  • Portable options available for on-site monitoring
Fixed-Mount Flow Meters
  • Best suited for continuous monitoring in industrial applications.
  • Integrated data logging for real-time analytics
  • Compatible with remote monitoring systems
Smart IoT-Enabled Flow Meters
  • Wireless connectivity for seamless data integration
  • Remote monitoring and diagnostics through a dedicated platform
  • Customizable alerts for flow rate anomalies

Benefits of Choosing Tekaguage

  • Non-Disruptive Installation: No cutting or system shutdown required.
  • Accurate & Reliable: Ultrasonic technology ensures precise flow measurement.
  • Cost Savings: Reduce operational expenses with easy-to-install and low-maintenance meters.
  • Data-Driven Insights: Real-time data helps optimize processes and enhance efficiency.
  • Expert Support: Our experienced team provides end-to-end support, from product selection to installation and maintenance.

About the Tekaguage
Non-Invasive Flow Meter

The Tekaguage non-invasive flow meter measures liquid flow from outside the pipe, so there is no cutting, welding or downtime during installation. Built and supported in Ireland by RTR Electronics, this clamp-on ultrasonic flow meter suits water, oil and gas, pharmaceutical and process applications where a non-invasive flow meter protects the integrity of existing pipework.

Ready to revolutionize your flow measurement processes?

Contact us today to discuss your requirements and find the perfect solution for your industry. Our experts are here to help you optimize performance and drive efficiency.

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Cable Harness Assembly in Ireland

RTR Electronics provides cable harness assembly in Ireland from our ISO 9001:2015 facility in Annacotty, County Limerick. Our team builds single cables, multi-conductor harnesses and complete wire looms for automotive, medical, aerospace, telecommunications and industrial customers across Ireland, the UK and EU. Every cable harness assembly is fully traceable and tested before it leaves our Limerick workshop.

Our cable harness capabilities include wire-to-board, wire-to-wire and connector-to-connector assemblies, single and multi-conductor harnesses, custom labelling and over-moulding where applicable, continuity and hipot testing, and full traceability on every harness.

We build harnesses for medical device, automotive, industrial and telecommunications customers, and our assembly team works to the same ISO 9001:2015 quality system used across all RTR Electronics services.

 

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Why Choose Our Cable Harness Assembly Services?
Precision and Quality

Every cable harness is assembled with meticulous attention to detail, ensuring durability, reliability, and compliance with industry standards.

Our Capabilities Include: Custom wire cutting, stripping, and crimping Wire bundling and protective sleeving Connector assembly and terminal soldering Cable labeling and custom branding options Functional testing and quality assurance

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Our commitment to excellence ensures that your products are assembled with precision, delivered on time, and meet the highest quality standards.

Partner with us to ensure your cable harness assembly requirements are met with the utmost professionalism and expertise.

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More about Cable Harnessing

Cable harness assembly is at the core of what we do at RTR Electronics. We specialise in custom cable harness assembly for clients who need reliable, high-quality wiring, building harnesses for automotive, aerospace, medical, telecommunications and industrial applications from our facility in Limerick, Ireland.

Do you build harnesses to a customer drawing or design from scratch?

Both. We build to your drawings and can also design a harness from a wiring schematic or sample.

Whether you need a one-off prototype or an ongoing production run, our cable harness assembly team works closely with your engineers to get the build right the first time. We review your drawings, advise on connector and wire selection, and document every step so each harness is repeatable and fully traceable. To discuss your cable harness assembly project, contact our Limerick team for a quote.

We supply cable harness assembly to several sectors. For medical device customers we build harnesses with the documentation and traceability that regulated products demand. For automotive and transport clients we produce robust looms that withstand vibration, heat and long service life. For industrial and control systems we assemble power and signal harnesses for panels, machinery and instrumentation. Our team also supports telecommunications and IoT hardware where consistent, repeatable wiring is critical. Because design, assembly and testing all happen under one roof in Limerick, we keep lead times short and quality high across every cable harness assembly project we take on.

3D Printing Service & Rapid Prototyping in Ireland

RTR’s 3D printing service in Ireland turns your CAD files into functional prototypes and finished parts in as little as 24 hours. From rapid prototyping of custom enclosures and jigs through to low-volume production parts, our Limerick team supports the same medical, industrial and IoT customers we already assemble PCBs and cable harnesses for.

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Why Choose Our 3D Printing Services?
Rapid Prototyping

Quickly transform your ideas into tangible prototypes, accelerating the design and development process.

Our Process

Consultation & Design: We work closely with you to understand your needs and provide expert design assistance to optimize your parts for 3D printing.

Material Selection: Choose from a wide range of materials to ensure the best fit for your application.

Printing & Post-Processing: Our advanced 3D printers ensure precision and quality, followed by any necessary post-processing to meet your exact specifications. Quality Assurance: Each part undergoes thorough inspection to ensure it meets our high-quality standards.
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RTR Electronics 3D printing service producing a prototype enclosure in Limerick

What We Print

Our 3D printing service produces genuinely functional parts, not just display models. Typical jobs from our Limerick workshop include:

  • Functional prototypes for design verification and testing
  • Fixtures and jigs that speed up your production line
  • Custom enclosures and housings for electronic assemblies
  • Low-volume production parts in durable plastics and composites
  • Design verification mock-ups and form-and-fit models

We work primarily in FDM 3D printing and can advise on resin and other processes to match your material, strength and finish requirements.

3D Printing + Electronics Assembly

Because RTR is first and foremost an electronics manufacturer, our 3D printing service sits right beside our assembly lines. We can print a custom enclosure and assemble the PCB inside it under one roof, so your prototype housing, cable harness and populated board all come from a single supplier in Limerick. That cuts lead times and removes the tolerance problems that appear when printing and assembly are split between different vendors.

Industries We Print For

Our functional 3D printed parts support the same sectors we build electronics for. We regularly print prototypes, jigs and enclosures for medical device, IoT and industrial electronics customers across Ireland, the UK and continental Europe.

Frequently Asked Questions

Which 3D printing technologies do you use?

We primarily use FDM (fused deposition modelling) 3D printing for functional prototypes, jigs and enclosures, and can advise on resin (SLA) and other processes where fine detail or specific materials are required.

Whether you need a single 3D printed prototype or an ongoing low-volume run, our 3D printing service delivers parts you can fit, test and ship with confidence. Contact our Limerick team to discuss your project and get a quote with a turnaround estimate.

Ready to innovate? Get in touch with our 3D printing experts to discuss your project and see how we can help turn your ideas into reality.

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Electronics Repair and Testing Services in Ireland

RTR Electronics’ electronics repair and testing services help you get more life out of the boards and assemblies you already own. Our electronics repair technicians in Limerick diagnose faults, remanufacture worn or field-returned units, and functionally test every board before it goes back, supporting medical, automotive, aerospace and industrial customers under our ISO 9001:2015 system.

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Services We Offer
Component-Level Repairs

Diagnosing and resolving issues at the component level, from minor fixes to complex circuitry adjustments.

Advanced Testing Capabilities
Our state-of-the-art testing facilities ensure that each repaired or remanufactured electronic component meets the highest standards of quality, safety, and performance. We use rigorous testing protocols to validate reliability, helping our clients maintain optimal functionality across various applications. Our advanced testing capabilities include:

Electrical Testing & Signal Integrity
Our electrical testing services evaluate the performance of circuits and components under operational and maximum load conditions. We focus on parameters such as current leakage, voltage stability, and signal integrity, confirming that each device performs reliably without electrical interference or degradation in signal quality.

Performance Benchmarking
Our performance benchmarking tests measure the repaired or remanufactured components against industry and manufacturer specifications. We assess key metrics such as response time, processing power, and overall efficiency, ensuring that each component can perform as expected under actual use cases. This provides peace of mind that components are fully optimized and reliable.

Burn-In Testing
Burn-in testing subjects components to elevated temperatures and voltages over an extended period, identifying early-life failures and ensuring long-term reliability. By replicating prolonged operational stress, we catch potential weaknesses in components that might only surface after continuous use, enhancing durability and customer satisfaction.

Functional and End-of-Line Testing
Every repaired or remanufactured component undergoes functional testing to ensure that it operates correctly within its intended application. Our end-of-line testing protocols confirm that all repaired units are fully operational, verifying functionality before they leave our facility. This comprehensive approach minimizes field failures and guarantees that each component is ready for immediate deployment.

X-Ray and Imaging Inspection
For critical components like BGAs (Ball Grid Arrays) and other high-density interconnections, we use X-ray inspection to check for solder joint integrity, hidden defects, and structural anomalies. This non-destructive testing method allows us to identify hidden issues that might affect component performance or reliability, particularly valuable for high-complexity electronics.

Automated Optical Inspection (AOI)
Our Automated Optical Inspection system captures high-resolution images of repaired or remanufactured PCBs and uses advanced algorithms to detect even the smallest inconsistencies. AOI helps us catch potential errors or defects early in the process, ensuring each board is in top condition.

Failure Analysis and Root Cause Investigation
In cases where components have recurrent issues, we conduct a detailed failure analysis to identify the root cause. This involves a systematic examination, including thermal and mechanical stress testing, to determine why a failure occurred. Our findings often provide insights for design improvements and future preventive measures.

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What We Repair and Test

Our electronics repair work covers assembly and board level, not just single components. Typical jobs that come through our Limerick workshop include:

  • Complete PCBs and populated assemblies
  • Sub-assemblies and modules pulled from larger systems
  • Field-return units sent back by your customers
  • Obsolete board remanufacturing, where the original is no longer available
  • In-circuit and functional testing to confirm a board genuinely works
  • Environmental and burn-in testing on request

Every repair is diagnosed, documented and in-circuit tested before it leaves us, so you know exactly what was wrong and what we did about it.

How We Differ From Simple Rework

Swapping a single part is rework. Our electronics repair and testing services go a step further: we take in a unit that has failed, find the root cause, remanufacture whatever needs replacing, and prove the whole board works before it ships. That full diagnose-repair-test loop is the difference between a board that limps along and one you can trust back in the field.

Industries We Repair For

We repair and remanufacture for the same regulated sectors we build for, including medical device, industrial electronics and automotive customers across Ireland, the UK and Europe.

Our Electronics Repair and Testing Process

Every job follows the same straightforward path, so you always know where your boards are:

  • Intake and diagnosis — we log the unit, recreate the fault where we can, and trace it back to a root cause rather than guessing.
  • Remanufacture — we replace failed parts, repair damaged tracks and pads, and bring the board back to a known-good state.
  • Functional and in-circuit testing — we power the board up and test it the way it is actually used, not just visually.
  • Reporting and return — you get the board back with a clear record of what failed and what we did about it.

It is the same disciplined flow whether you send us a single board or a tray of field returns.

Electronics repair and testing services in progress at RTR Electronics, Limerick

Documentation, Traceability and Quality

Because so many of our customers work in regulated industries, our electronics repair and testing services run under an ISO 9001:2015 quality system. Each repair can be documented and traced, from the fault we found through to the parts we fitted and the tests the board passed. If you need a repair report for your own records or for your end customer, we can return one with the unit.

Turnaround and Low-Volume Support

Not every electronics repair job is a big batch. We are happy to take on a single high-value board, an ongoing trickle of field returns, or a short run of obsolete boards that you simply cannot buy new any more. Where a product has reached end of life, remanufacturing and testing the stock you already have is usually far cheaper than a redesign, and it keeps your equipment in service while you plan a longer-term replacement.

Why Choose RTR for Electronics Repair and Testing

We are the same Limerick team that assembles and builds electronics from scratch, so a board we repair is handled by people who understand how it was put together in the first place. You deal directly with the engineers doing the work, there is no offshore handover, and everything stays inside the EU. For Irish and UK customers that means quicker turnaround, easier conversations and full visibility of what is happening to your hardware.

Frequently Asked Questions

Can you repair field-return boards from end users?

Yes. We regularly take in units that have failed out in the field, diagnose what went wrong and remanufacture them so they can go back into service.

If you have boards stacking up that are too valuable to scrap, our electronics repair and testing services are an easy place to start. Talk to our Limerick team about a diagnosis and a quote.

Our team understands the diverse requirements across various industries, allowing us to provide services that meet specific regulatory standards and performance expectations.

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BGA Repair and Component Rework in Ireland

RTR Electronics offers specialist BGA repair and rework from our ISO 9001:2015 facility in Annacotty, County Limerick. Our technicians remove, reball and replace BGA and µBGA packages, fix faulty components, and restore PCBs that customers cannot afford to scrap. Every rework is documented and tested before it goes back to you.

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Our rework services cover all types of electronic components, including fine-pitch ICs, connectors, and other SMD components. With advanced rework stations and precise techniques, we can efficiently remove and replace components without compromising the integrity of the PCB or surrounding parts. Why Choose Our Rework & Repair Services?
Cost Savings

Repairing faulty components saves money by reducing waste and salvaging valuable assemblies.

BGAs are critical to many advanced electronic assemblies, and we specialize in repairing and reballing BGAs to extend the lifespan of your products. Our BGA repair capabilities include reballing, solder joint inspection, and component replacement. Our process ensures strong connections and reliability, even for the most complex layouts.

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BGA and µBGA Rework Capabilities

Our BGA repair work covers the full range of package types and faults:

  • BGA removal and reballing
  • µBGA rework on fine-pitch packages
  • Fine-pitch QFP and QFN rework
  • Component-level replacement and repair
  • Before-and-after X-ray inspection on request
  • Full documentation and traceability

Every BGA (ball grid array) is removed and reballed under a controlled reflow profile, so the repair lasts rather than being a quick fix.

When to Choose Rework Instead of Replacement

BGA repair and rework usually makes sense when a board is expensive, in short supply, or built around an obsolete component you can no longer buy. Reworking a single package is far cheaper than scrapping a populated PCB, and it often turns around faster than sourcing a replacement. Where a part is end-of-life, careful rework keeps your hardware in service for years.

Industries We Rework For

We provide BGA repair and component rework for the regulated sectors we build for, including medical device, industrial electronics, automotive and semiconductor customers across Ireland, the UK and Europe.

Inspection, Testing and Traceability

A repair is only finished when we can prove it works. After rework, boards can be X-ray inspected to confirm the reballed BGA joints are sound, with no voids or bridges hidden under the package. We then functionally test each board against your own test plan, so nothing leaves us unchecked. Because the work runs under our ISO 9001:2015 system, every job is documented and traceable, which matters if you supply into medical, automotive or other regulated markets and need a clear record of exactly what was done to each board. If you would like the X-ray images or a short repair report with your returned units, just ask and we will include them.

BGA repair and component rework at RTR Electronics in Limerick

Frequently Asked Questions

Can you reball BGA components?

Yes. We reball and replace BGA and µBGA packages under a controlled-profile reflow.

If you have boards held up by a failed BGA, our BGA repair and rework service can often save them. Talk to our Limerick team for a turnaround estimate.

Ensure the longevity and functionality of your electronic assemblies with our trusted rework and BGA repair services.

Contact us today to learn how we can support your project.

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Electronic Hardware Design Services in Ireland

RTR’s electronic hardware design services take your product from concept to production-ready PCB. Our in-house engineering team in Limerick, Ireland delivers schematic capture, multi-layer PCB layout, design-for-manufacture (DFM) review, BOM optimisation and rapid prototyping, all coordinated with our assembly floor under one ISO 9001:2015 quality system.

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Our electronic hardware design process is meticulous and thorough, ensuring every product meets functional, environmental, and regulatory requirements. We follow a structured workflow that includes:
Concept Development

We collaborate with clients to define objectives, specifications, and design constraints, laying a solid foundation for the project.

Comprehensive Hardware Design Services
Our electronic hardware design services are tailored to each client’s specific requirements, with a focus on creating high-quality, cost-effective solutions. Our offerings include:

Analog and Digital Circuit Design
Expertise in both analog and digital domains enables us to develop robust circuits for a variety of applications, ensuring signal clarity, reduced noise, and optimal power management.

High-Speed Design
We specialize in high-speed PCB design for applications where fast data processing is crucial. Our engineers carefully plan routing, signal integrity, and impedance control to prevent issues that can arise at higher frequencies.

Power Management Solutions
Efficient power management is at the core of any high-performance design. Our team designs systems that minimize power consumption while maximizing performance, tailored to low-power or high-power applications as needed.

Wireless Communication
We integrate various wireless technologies, including Bluetooth, Wi-Fi, and LoRa, allowing seamless communication within your hardware solution.

Design for Manufacturability (DFM) and Testability (DFT)
We ensure our designs are optimized for easy manufacturing and testing, helping to reduce production costs and time-to-market while enhancing reliability and quality control.

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PCB schematic on screen during electronic hardware design at RTR Electronics

Our Hardware Design Capabilities

Our electronic hardware design covers the whole journey from idea to a board you can manufacture:

  • Requirements capture and architecture
  • Schematic design and circuit development
  • Multi-layer PCB layout, including high-speed and mixed-signal
  • Component selection and BOM optimisation
  • Design-for-manufacture (DFM) and design-for-test (DFT) review
  • EMC pre-compliance guidance
  • Prototype board production

Design + Assembly Under One Roof

Because our design engineers sit in the same building as our assembly floor, a board is laid out by people who know exactly how it will be built. That shortens new product introduction (NPI) cycles: DFM feedback happens early, prototypes are assembled in-house, and design tweaks go straight back into layout without shipping work between suppliers.

Industries We Design For

Our electronic hardware design services support the sectors we already build for, including medical device, industrial electronics, IoT and automotive customers across Ireland, the UK and Europe.

Frequently Asked Questions

Can you take a project from concept to production?

Yes. We can start at a blank-page concept and stay with it through schematic, layout, prototype and into volume assembly on the same site.

Have a product that needs designing, or a board that needs improving? Our electronic hardware design team in Limerick can help. Get in touch to talk through your project.

Let’s Design Your Next Innovation.

Ready to take your product to the next level? Partner with RTR for reliable, high-performance electronic hardware design.

Contact us today to discuss your project requirements and find out how we can bring your vision to life.

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Box Build Assembly Services in Ireland

RTR Electronics provides complete box build assembly services from our ISO 9001:2015 facility in Annacotty, County Limerick. We handle every step, from PCB integration and enclosure assembly through functional testing, packaging and direct shipping to your end customer.

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Electromechanical Assembly

Precision assembly of complex electronic and mechanical components for seamless functionality.

“At RTR, we provide more than just assembly—we deliver complete box build solutions with a focus on quality, efficiency, and customer satisfaction. Our team has extensive experience in contract electronics manufacturing, handling every aspect of the box build process, from PCB assembly to full system integration. We ensure that each stage is executed with precision, reliability, and strict adherence to your specifications.

Quality is at the heart of everything we do. Through rigorous quality control and comprehensive testing, we guarantee that every product meets the highest industry standards, providing consistent performance and minimizing any risks of downtime. We also understand that each project is unique, and our flexible approach allows us to tailor solutions specifically to your design, volume, and timeline requirements. Whether you’re working on a single prototype or scaling up for high-volume production, we provide the customization needed to make your vision a reality.

Our process is designed to be cost-effective and efficient, focusing on optimizing each stage of the box build to reduce lead times and costs without ever compromising on quality. We view every project as a partnership, built on trust, transparency, and open communication, ensuring you remain informed and confident throughout the process. Choosing RTR means you can rely on us to deliver a solution that meets your exact specifications on time, allowing you to bring products to market swiftly and confidently.”

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What's Included in Our Box Build

Box build at RTR means we take your boards and parts and hand back a finished, tested product that is ready to ship. A typical box build project includes:

  • PCB integration into the final enclosure
  • Mechanical and electromechanical assembly
  • Internal wiring and cable harnessing
  • Firmware loading and programming
  • Functional and burn-in testing
  • Custom labelling and packaging
  • Warehousing and drop-ship logistics

Why Outsource Box Build to RTR

Outsourcing your box build to RTR frees your team to focus on product and customers while we handle production. Every unit is built and tested under our ISO 9001:2015 quality system, with full Irish-based traceability and direct access to the engineers doing the work, so there is no offshore handover to slow you down.

Industries We Build For

We deliver box build assembly for the regulated sectors we know well, including medical device, industrial electronics and IoT customers across Ireland, the UK and Europe.

Every project is supported by in-house functional testing and full traceability, so you get consistent quality from the first prototype through to repeat production runs. Because our engineers handle new product introduction every week, we can flag assembly, supply or test issues early and keep your build on schedule. Whether you need ten units or a few thousand, the same Limerick team manages your production, your stock and your shipments, so there is a single point of contact for the whole job.

Completed box build unit assembled by RTR Electronics in Limerick

Frequently Asked Questions

What is the difference between PCB assembly and box build?

PCB assembly produces the populated board; box build integrates that board into the final enclosure, tests it and prepares it for shipping.

Ready to hand over your box build and ship finished units faster? Talk to our Limerick team about your project.

Choosing RTR for box build services means you can focus on your core business while we deliver products that meet your exact specifications—on time, every time.

Let us handle the details so you can bring your products to market with confidence.

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PCB Assembly in Ireland — Prototype to Production

RTR Electronics offers PCB assembly in Ireland from our ISO 9001:2015-certified facility in Annacotty, County Limerick. We assemble surface-mount and through-hole boards from 0201 components up to µBGA packages, supporting customers from one-off prototypes through to medium-volume production runs.

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PCB Assembly Process
01 Consultation & Planning

We collaborate with you to understand your project’s specific needs and technical requirements.

At RTR Electronics, we specialize in fast, reliable PCB assembly services designed to help you bring your product to market quickly and efficiently. Whether you’re working on a small-scale prototype or need high-volume production, we ensure precision at every step. Our in-house capabilities and ISO certification guarantee consistent quality and reduced lead times.

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Our PCB Assembly Capabilities

Our PCB assembly line handles the full mix of modern board technology, from fine-pitch surface mount through to rugged through-hole work:

  • SMT assembly down to 0201 components
  • BGA and µBGA placement
  • Mixed-technology boards (SMT and through-hole)
  • Leaded and lead-free (RoHS) soldering
  • Automated optical inspection (AOI)
  • X-ray inspection on request
  • Conformal coating
  • Full lot and component traceability

Industries We Assemble PCBs For

We provide PCB assembly for the regulated and high-reliability sectors we know best, including medical device, automotive, industrial electronics, telecommunications, semiconductor and IoT customers across Ireland, the UK and Europe.

From Prototype to Production

Most projects start small and grow. We review your Gerber files and BOM, feed back design-for-manufacture (DFM) suggestions before the first board is built, run first-article inspection on the prototype, and then ramp into repeatable production once you are happy. Because the same Limerick team handles prototype and volume PCB assembly, nothing gets lost in a handover when you scale up.

Surface-mount PCB assembly line at RTR Electronics in Limerick, Ireland

Quality and Compliance

Every board is assembled under our ISO 9001:2015 quality system and inspected to IPC-A-610 workmanship standards. For medical and automotive customers we maintain the traceability and documentation your own quality system needs, so each PCB assembly job can be tracked from incoming components through to the finished board.

SMT, Through-Hole and Mixed-Technology Boards

Most boards we build combine several technologies, and we are set up for all of them. Our surface-mount line places fine-pitch parts, BGAs and µBGAs at speed, while our through-hole and hand-soldering stations handle connectors, large components and anything that cannot be reflowed. Where a board needs both, we plan the build sequence so each part sees the right process and thermal profile, which keeps yields high and rework low.

Component Sourcing and BOM Support

Supply problems cause more delays than the build itself, so we work with you on the bill of materials early. We can buy components on your behalf, suggest fit-and-function alternatives for parts on long lead times, and manage consigned stock where you prefer to supply your own. Each board is then built to a documented BOM, so every revision stays traceable and repeatable.

Inspection and Testing

A board is only finished once we can see it is right. Automated optical inspection checks placement and solder joints on every build, X-ray confirms the hidden joints under BGAs when you need it, and we can run functional or in-circuit testing against your test plan before anything ships. The results are recorded, so you get evidence the board works rather than just a promise.

Frequently Asked Questions

What is the smallest component you can place?

We routinely place 0201 components and µBGA packages, with finer pitches available on request.

Talk to our PCB assembly engineers about your next board. Get in touch for a quote, from a single prototype through to a production run.

Ready to accelerate your product launch with reliable PCB assembly?

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