Hello, and Welcome to the December Edition of Our Quarterly Newsletter.
As we approach the end of the year and look ahead to 2026, we’re excited to bring you a curated lineup of insights, innovations, and practical guidance to support Australasia’s ever-evolving electronics manufacturing landscape.
At Hawker Richardson, our commitment to quality underpins everything we do. We’re proud to have upheld and maintained our ISO 9001 certification continuously since 2006.
In this edition we explore
- Productivity and precision
- Smarter, connected manufacturing
- Future-focused factories
As the year draws to a close, we thank you for your continued support and look forward to helping you build smarter, more reliable, and more efficient manufacturing processes in the year ahead. If you’d like to explore these technologies further, contact us to discover the right solution for your business.
Our office will be closed from Wednesday the 24th of December and reopening on Monday the 12th of January.
Microscopes in PCB Assembly: Inspection vs Rework and Why it Matters
Microscopes are essential in modern PCB assembly as components get smaller and assemblies more complex. Optical stereo microscopes remain vital for both inspection and rework, but choosing the right system depends on the task. This post explores their role in electronics manufacturing, highlights the differing needs of inspection versus rework, and shows how the Mantis microscope is redefining performance.
15% Off Select Vision Engineering Products
For a limited time, enjoy 15% off a wide range of Vision Engineering inspection and measurement systems.
These world-leading solutions are celebrated for their exceptional ergonomics, high-performance optics and versatility across industrial, medical, precision engineering and electronics applications.
Whether you’re upgrading existing equipment or expanding your inspection and measurement capabilities, this is the perfect opportunity to invest in smarter, more comfortable and more precise technology—at a reduced cost.
Yamaha YRM10 Compact High-Speed Pick and Place Machine
The YRM10, built with the advanced technology of Yamaha’s high-end YRM series, is the compact pick-and-place machine that hits the “just right” balance of speed, versatility, and cost-effectiveness. Featuring a multi-purpose inline head, it handles everything from ultra-small chips to large 100 × 55 mm components without head changes. Delivering 52,000 CPH under optimised conditions—the fastest in its 1-Beam/1-Head class—the YRM10 also ensures high precision with ±35 μm accuracy (Cpk ≥ 1.0), making it a powerhouse of performance and reliability.
Importance of In-Process Inspection for High-Reliability Defence PCBs
High-reliability PCB assembly for military applications demands more than standard quality protocols—it requires absolute precision where even the smallest defect can compromise missions. In Australia’s defence sector, contractors must rely on advanced in-process inspection technologies to maintain this standard, with SPI, AOI, and SMT X-ray systems forming the backbone of quality control. This article examines how cutting-edge solutions from Yamaha, Saki, and Scienscope enable manufacturers to deliver the uncompromising reliability essential for defence-grade electronics.
Defence-Grade Electronics Manufacturing in Australia: 5 Smart Factory Solutions
Manufacturing electronics for the defence sector requires uncompromising quality, full traceability, and exceptional flexibility. From missile guidance and secure communications to navigation, rugged computing, and specialised power, these mission-critical systems must meet stringent regulations and deliver flawless performance under the harshest conditions.
YSUP Microsite
To help electronics manufacturers get the most out of Yamaha’s YSUP software, we’ve created a dedicated microsite designed just for you.
The site makes it easy to explore how YSUP optimises SMT production, with clear, accessible explanations of its features, real-world examples of applications, and direct connections to related solutions like SPI and AOI.
You’ll find virtual demos, module overviews, and simple ways to reach out for expert advice. Whether you’re just learning about YSUP or looking to dive deeper, the microsite is your go-to resource for understanding how the software can improve efficiency, quality, and results in your production line.
Efficient Changeovers on Yamaha Electronic Production Line
Quick and Efficient Electronic Production Line Changeovers with Yamaha are a critical factor in SMT production—where efficiency, accuracy, and speed directly impact overall output. With Yamaha’s Intelligent Factory concept and powerful YSUP software suite, manufacturers can transform what was once a time-consuming process into a streamlined, data-driven workflow. From program creation and automated polarity adjustment to intelligent line optimisation and seamless machine-to-machine communication, Yamaha solutions minimise downtime and maximise flexibility. The result is faster changeovers, fewer errors, and a production line that adapts smoothly to today’s demand for high-mix, high-efficiency manufacturing.
Sustainable SMT Manufacturing: Your Competitive Advantage
Sustainable SMT manufacturing is no longer defined purely by regulatory compliance; it is increasingly recognised as a competitive advantage. Surface mount assembly lines are energy-intensive, rely on chemicals, and generate waste, with the true cost extending beyond just utilities and raw materials.
Screw Presenters
The unique build of the Ohtake screw feeders, utilise a horizontal feeder that reduces the risk of jamming. Compatible with various production styles, the Ohtake screw feeders can be fine-tuned for both automatic and manual use are suitable for the use with a wide variety of screws. The affordable, Ohtake screw feeders significantly improve QC and productivity within your production process.
