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Key takeaways Greasy staple workflow, typical fibre counts, grease-to-clean correction, throughput: SGS Info Bulletins. SGSCorp+1 FAST/snippet speed and 20,000 fibres: OFDA product page. OFDA IWTO-47 definition: IWTO listing; Woolwise overview. member.iwto.org +1 Mid-side standard site: ICAR Guidelines (and AU protocol reference). icar.org+1 Validation vs Laserscan and other devices: Small Ruminant Research (2021). ScienceDirect Who this article is for This guide is for wool

Introduction Demand for faster, more accurate wool testing is rising across the supply chain. The OFDA4000, an Optical Fibre Diameter Analyzer developed by Robotic Vision (OFDA) brings automated imaging and analysis together to streamline laboratory workflows for tops and slivers. Traditional methods such as projection microscopy, Laserscan and Almeter have served the industry well but can be slower and more labour-intensive. This post explains where the OFDA4000 fits, how it

If you work with wool or other animal fibres, getting fibre diameter (“micron”) right isn’t optional — it drives handle, processing behaviour and price. OFDA instruments were built for exactly this job. They use optical imaging (no lasers) to measure large numbers of fibres quickly and report not just the mean, but the full distribution that labs and buyers rely on. (OFDA) The short answer Choose OFDA2000 when you need fast, high-throughput diameter measurement in the shed or

Flax is enjoying renewed interest. From premium linen to bio-composites and low-impact homewares, this bast fibre sits at the intersection of performance and sustainability. To unlock its potential, you need trustworthy numbers—especially on fibre diameter (micron) and, at later stages, true length and short-fibre content. That’s where OFDA—an optical, image-based analyser—fits. It measures large numbers of fibres quickly and reports the full diameter distribution (mean, SD,

In the world of textiles, fabric quality is determined by much more than colour or pattern. The very fibres that make up a fabric its diameter distribution, curvature and length hold the keys to its softness, strength, and performance. At Robotic Vision, our Optical-based Fibre Diameter Analyser (OFDA) transforms fabric analysis by delivering rapid, precise measurements that foster better product decisions and innovation across industries. Understanding Fabric at the Fibre Le

In today’s textile, wool, and fibre industries, fibre testing is no longer just a quality check—it's a crucial step in ensuring consistency, performance, and value. From Australia’s fine Merino wool to high-tech composites, understanding fibre characteristics directly impacts product quality and marketability. What is Fibre Testing? Fibre testing refers to the process of analysing various physical characteristics of natural or synthetic fibres, such as diameter (micron), leng

When it comes to textile production, one factor underpins every stage of the supply chain—from fibre sourcing to final product: accurate measurement. While many associate fibre testing with diameter, Robotic Vision’s Optical-based Fibre Diameter Analyser (OFDA) technology goes far beyond. Precision is no longer a luxury—it's a necessity, especially in a fast-moving textile market driven by sustainability, efficiency, and innovation. In this article, we’ll break down the impor

In the world of fibre science and textile manufacturing, few numbers carry more weight than diameter mean the average fibre width within a sample. Measured in microns (µm), diameter mean influences softness, strength, processing efficiency and market value. If you grow wool, spin yarn, or design fabrics, understanding and accurately measuring diameter mean is essential. Optical‑based Fibre Diameter Analyser (OFDA) gives business producers the tools to capture diameter mean wi

In the world of fibre analysis, precision is everything. For industries working with natural fibres like wool, alpaca, or cashmere, achieving consistent and accurate measurements of fibre diameter is critical to delivering high-quality products. Among the many tools and technologies that make this possible, the humble glass slide plays an indispensable role. This article explores the importance of glass slides in optical-based fibre diameter analysis, why they are crucial for

Understanding the importance of precision in modern industries is essential, and optical measurement systems play a critical role in ensuring quality, efficiency, and innovation. This guide dives deep into what optical measurement systems are, their applications, and how they can benefit your operations. What Are Optical Measurement Systems? Optical measurement systems are advanced tools that utilise light-based technology to measure physical dimensions, surface characteristi

In industries where precision and quality matter, innovation is key. At Robotic Vision, we are proud to lead the way with our Optical Fibre Diameter Analyser (OFDA) technology, a revolutionary tool reshaping the fibre analysis landscape. Whether you’re in textiles, agriculture, or research, OFDA offers high levels of accuracy, speed, and versatility. In this blog, we’ll explore what makes OFDA technology a game-changer and why it’s the future of fibre analysis. What Is OFDA T

Textile testing refers to the process of analysing the physical and chemical properties of fibres, yarns, fabrics, and finished textile products. It involves evaluating factors such as strength, elasticity, durability, and fibre composition. Textile testing is crucial for ensuring that materials meet industry standards and consumer expectations, as well as improving the design and production of textile products. One of the most important aspects of textile testing is fibre an