Companies from every sphere of industrial manufacturing need to improve their product quality and cost efficiency on a continuous basis, while simultaneously cutting down on the consumption of energy and resources. Here, optimal and bespoke cleaning processes can provide a significant contribution, making a trip to the 20th edition of the Parts2clean exhibition essential. The show will take place on 26-28 September 2023 at the Stuttgart Exhibition Centre.

Whether it involves degreasing, classic component cleaning or high-purity applications – as varied as those tasks may be – technological and social trends are introducing new requirements to parts cleaning. In order to offer competitive products in the long run, cleaning must also be as economical, energy-efficient and resource-efficient as possible. In a growing number of cases, the stability of the cleaning processes must also be verifiable.

“As the world’s foremost information and procurement platform for industrial cleaning technology, Parts2clean offers ideas, solutions and services for adapting all of the steps involved in parts and surface cleaning to meet this increased set of demands and make them future-proof,” explains Christoph Nowak, project director at the Deutsche Messe group of companies. “In the same vein, effective knowledge transfer for parts cleaning that meets these requirements and is both process-secure and sustainable is the focus of the supporting programme.”

One proof of this is the presence of practically all market and technology-leading companies from the industrial cleaning technology sector at the event.

“Many of these exhibitors will be using the anniversary edition to introduce new and refined products and services to an international trade audience,” reports Nowak. This includes new system concepts for degreasing and classic cleaning tasks, as well as for precision cleaning and high-purity applications.
For further information www.parts2clean.de/en

Karcher is launching its first-ever robotic cleaning machine: the KIRA B 50 fully autonomous scrubber-dryer. Designed to tackle medium and large floor areas, this new compact cleaning robot is efficient, timesaving, easy, safe, flexible and completely autonomous when required.

The KIRA B 50 scrubber dryer robot utilises a proven roller brush technique, with a pre-sweeping function and side brush to clean up to the wall, 55cm working width, 160 Ah lithium-ion battery, and area performance of up to 15,000 sq m per day. According to Kärcher, the robot delivers consistently outstanding results, even on textured or uneven floors, efficiently completing a time-consuming job and freeing up cleaners to manage more complex cleaning tasks.

Suitable for floor cleaning in both smaller and large areas, KIRA B 50 is ideal for multiple sectors, including production and manufacturing halls.The water volume, detergent dosing and cleaning speed can be precisely pre-set, ensuring the cleaning fleet is deployable based on speed. This capability safeguards a high level of cleaning quality, while simultaneously freeing up resources and reducing costs.

To maximise KIRA B 50’s autonomy, the optional docking station allows the unit to refill its water tank, drain and rinse the wastewater, and recharge its battery with no intervention. All functions on the robot are easy to operate via the large touch display featuring an intuitive menu and user guidance, allowing for multiple user profiles and even different language options.

With integrated laser scanners, 3D and ultrasonic sensors and a powerful on-board computer, KIRA B 50 is capable of 360 detection of its surrounding areas with quick reactions and reliable navigation to ensure safety.
For further information www.kaercher.com/uk or www.karcherhire.co.uk

Grinding machine manufacturer Studer is awarding its research prize, the ‘Fritz Studer Award’, for the seventh time, invitingstudents from European universities and technical colleges to participate. The winners will receive a reward of CHF10,000.Participation in the competition provides young researchers with a platform for their creative solutions. The goal of the award is to advance and strengthen innovative developments in the machine tool industry.

For this competition,Studer is looking for work and research results with the following content: innovative machine concepts or components for precision machine tools; alternative materials in machine construction; simulation models for the dynamic and thermal behaviour of machine tools; control and sensor concepts for machine tools; digital solutions to support the grinding process; and new or advanced manufacturing technologies, especially in precision machining processes such as grinding and hard turning.

Anyone who has focused on scientific topics or applied research areas in their student research project, college work or dissertation is invited to enter. The applicant should also be able to produce substantiated results or partial results from their research work. What is crucial for the assessment? Firstly, the feasibility of findings in the machine tool industry. Secondly, the approach must be new. Studer will also assess the scientific content, form and accuracy of the statements.

A prestigious jury will assess the submitted entries and choose the winner or winners, who will receive a reward of CHF 10,000, the Fritz Studer Award and a certificate.The award ceremony will take place in mid-February 2024. Entrants should send their documents to Fritz Studer AG, Dr Frank Fiebelkorn, Head of Research and Technology,PO Box 177, 3602 Thun, Switzerland,no later than 30 September 2023.
For further information www.studer.com/en