Hydraulic cylinders are integral components in systems and machines across many industries, providing controlled and reliable power transmission through linear motion. Engineered to exacting standards, they enable extraordinary levels of accuracy and customised performance that are critical for many high-precision applications.

Precision rollers are cylindrical components that are engineered with meticulous accuracy and fine tolerances. These rollers, which are manufactured from high-grade materials, feature precisely designed surfaces and geometries. Offering consistent and controlled movement as well as exceptional reliability, precision rollers play a vital role in the packaging industry which we will explore in this article.

Accuracy in the medical manufacturing sector is non-negotiable as even the slightest error has the potential to alter treatment outcomes or jeopardise patient safety. From initial diagnoses to dosage calculations and surgical procedures, precision directly impacts on the effectiveness of care plans and treatments, ensuring optimum care for each patient.

The UK has a proud history of producing some of the best quality defence equipment in the world, from fighter aircraft to missiles and machine guns. As one of the most dynamic manufacturing industries, which, together with aerospace, accounts for over £12 billion in output, the defence sector is well-positioned to support the UK economy as it rebounds from the slump caused by the global pandemic.

When the limitations of conventional drilling pose an obstacle to your project, CNC gundrilling provides a cost-effective and reliable way to drill holes with a diameter to depth ratio in excess of 100:1. CNC gundrilling combines Computer Numerical Control (CNC) technology with high-quality, carbide gundrill tools to create holes between 3mm and 28mm in diameter, up to 2,500mm deep.

Receiving the best quality rollers from a precision roller manufacturing company largely depends on an effective contract review and process planning activity. Having a clear design brief shortens the manufacturing process and reduces the risk of problems occurring with the components. What questions should you ask and what information do you need to provide to be assured of the best result?

The manufacturing sector is undergoing a profound transformation, driven by emerging technologies and new market dynamics. Dubbed Industry 4.0, the fourth industrial revolution foretells an interconnected, intelligent, and highly automated future for manufacturing. Integrating principles from IT and operational technologies, Industry 4.0 enables real-time data collection, advanced analytics, predictive maintenance, and adaptable automation.

Thin-wall tubular components play a vital role in modern food processing equipment and operations. With highly skilled expertise, and advanced manufacturing methods, enabling precise dimensions and finishes, these lightweight yet durable components deliver crucial advantages that promote improved hygiene, efficiency, and food safety across the industry.

In an inspiring turn of events, the UK's manufacturing sector has made a significant leap in the global rankings, overtaking France to claim the eighth position. This achievement, highlighted in the latest 'Manufacturing – The Facts' report from @MakeUK, is not just a statistic; it represents the resilience, innovation, and continuous growth of our sector.

When you’re in need of a precision machining specialist, but the marketplace is crowded with many competitors from which to choose, it can be challenging to know which will best suit your business’ needs. From large multinational companies to small, family-run enterprises, there is an assortment of precision engineering businesses offering similar services.