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In the processing of iron ore, particularly during dehydration and tailings transport, measuring the concentration of slurry inside pipelines is a critical task. If these levels are not monitored accurately, it can lead to serious operational failures. Traditional contact-style meters often struggle in these environments because their probes are directly exposed to the abrasive slurry, leading to constant wear, scaling, and the need for frequent recalibration. The Problem: Why Slurry Measurement Often Fails Operators in the mining industry face three main risks when concentration data is unreliable: - Wasted Chemicals: The amount of flocculants used depends entirely on the slurry’s thickness. Inaccurate data leads to either wasting expensive chemicals or failing to treat the material properly. - Pipeline Blockages: If the slurry becomes too thick and the system doesn’t catch it, pipes can clog or pumps can overload. This often results in burst pipes and expensive

Holistic Equipment Management by PCE Instruments: The Synergy of Manufacturing Competence and Manufacturer-Independent Calibration Expertise In industrial quality assurance, the reliability of measurement results is a fundamental prerequisite for stable processes. Particularly in the handling of bulk materials, where parameters such as temperature, humidity, and weight directly influence product quality, regular monitoring with calibrated measuring instruments is essential. PCE Instruments combines its technological experience as a manufacturer with the services of a specialized calibration laboratory. To meet the increasing demand for precise measurements and short turnaround times, the company is currently expanding its capacities significantly: the new calibration laboratory will be completed later this year, providing three times the floor space of the previous location to accommodate growing requirements for throughput and testing variety. A key aspect of this service offering is its manufacturer independence. In addition to maintaining its own measurement and testing equipment, PCE Instruments performs

A continuous manufacturing platform designed to make pharmaceutical production faster, simpler, and safer. A platform approach built to support compliant manufacturing from clinical studies through long term production. Gericke today announced the launch of the Gericke Formulation Skid GFS Gen3, a new continuous manufacturing platform for the formulation of OSD. It is designed to help pharmaceutical manufacturers progress faster, operate more simply, and maintain high levels of safety as process requirements evolve. Across the pharmaceutical industry, manufacturers face increasing pressure to progress efficiently while managing changing volumes, responding to containment needs, and growing regulatory expectations. Traditional batch approaches often rely on multiple systems and repeated qualification work, creating complexity, delays, and risk as processes move from one stage to the next. GFS Gen3 was developed to address these challenges through a platform based approach to continuous manufacturing — enabling a consistent process philosophy from early development through commercial production. The result is a system designed around three core principles: Fast From clinical

In the production of bulk materials, precise separation and sizing play a key role in ensuring product quality and process reliability. SIFTOMAT – Plansifters for general industrial applications The SIFTOMAT is the standard model in the FUCHS range. It operates using an eccentric sifting movement, which enables gentle yet precise separation of bulk materials. Multiple sieve decks allow different fractions to be separated in a single pass – a benefit for companies seeking to optimise the efficiency of their production processes. The SIFTOMAT plansifter is used in the plastics industry for granules, as well as in the food and pharmaceutical industries for powders and pellets. Its modular design allows for quick sieve changes and flexible adaptation to varying production batches. The SIFTOMAT is for instance used in the pharmaceutical industry for pellets sizing. The sifting machine ensures consistent particle sizes and reduces downtime, thereby increasing the efficiency of the production line. SIFTOMAT mini – the compact solution for laboratory & pilot production For small batch sizes

4B Manganese Steel Wear Rails provide a low friction, highly wear-resistant ‘running surface’ for conveyor drag chains. Specifically designed for the use with drop forged, heat-treated chain links, 4B Manganese Steel Wear Rails provide a low friction, highly wear-resistant ‘running surface’ for conveyor drag chains. They extend the life of chain conveyor casing bottom plates (and other areas, depending on machine design, handled material and application), protecting against costly wear and premature casing panel replacement. Benefits of work hardening and low friction The combination of a ductile core and a hardened surface results in a durable solution for heavily loaded conveyor systems. The low-friction running surface reduces energy consumption and minimises stress on the conveyor chain, contributing to extended component life and lower operating costs. * Increased wear resistance through work hardening * Extended service life of conveyor casings * Reduced energy consumption due to low friction * High toughness with good formability * Non-magnetic material properties Applications

TBMA has successfully implemented a new bulk storage and pneumatic conveying system for silica powder at Schneider Electric’s Turkish facility, enhancing production capacity for energy management components. Expansion of silica powder processing capacity To support the manufacturing of electrical and electronic components, Schneider Electric required additional storage and automated transport of silicon dioxide (SiO2) to its mixing stations. TBMA provided a complete turnkey solution, integrating two 80 m3 silos with a high-pressure pneumatic conveying system capable of transporting 500 kg per hour over a distance of 50 meters. Advanced silo discharge and monitoring technology The installed stainless steel silos are equipped with specialized discharge systems and radar-controlled level measurement to ensure a consistent material flow. For environmental compliance and operational safety, integrated reversed jet filter units manage ventilation and dust separation during the bulk truck loading process. Dense-phase conveying for efficient material transport * High-pressure vessels utilize an automatic valve system for fluidization. * Dense-phase technology ensures the

In the context of global food security and the rapid growth of smart agriculture, precise monitoring of grain levels and volumes in large-scale silos has become a strategic necessity. Traditional manual auditing in silos, which can stand dozens of meters high and hold thousands of tons, presents severe safety risks, including dust explosions, oxygen deprivation, and grain entrapment. The Challenge: Accuracy in High-Dust, High-Volume Storage Grain storage environments are characterized by high dust concentrations and fluctuating temperatures. For plant managers, the primary hurdles are twofold: - Safety Compliance: Eliminating the need for personnel to enter hazardous confined spaces. - Data Fidelity: Moving away from ”estimated” volumes toward a ”digital twin” that reflects the actual shape of the grain pile. The Solution: 3DPro2300 Radar Scanner To address these industrial bottlenecks, RETTAR introduced the 3DPro2300 Radar Scanner, a high-frequency sensing system designed to unlock the ”digital code” of smart grain storage. # 80GHz FMCW Technology for Dust Penetration; The 3DPro2300 utilizes 80GHz Frequency Modulated Continuous

Industrial-grade protective conduits as customized special solutions for robotics & automation - developed for maximum dynamics and process stability When standard solutions are not enough Modern robotics and automation systems place the highest demands on the components used. Industrial-grade protective hoses from Masterflex are used wherever standard products reach their limits. They reliably protect sensitive media lines and safeguard processes in highly dynamic applications. Special solutions for demanding robotics For pick-and-place applications and gripper robots, a specially developed protective hose has been realized that reliably encases internal media hoses. This solution deliberately differs from classic pneumatic or food-certified conveyor hoses and is specifically designed for extreme mechanical and chemical loads. Watch the entertaining spotlight video on the protective hose presented by Thomas Rosanelli now. Plastic protective hoses - double safety in plant operation Special developments such as industrial-grade protective conduits prevent internal cables from coming into contact with housings

NETZSCH Lohnmahltechnik awarded EcoVadis Gold. Strong environmental performance, transparent ESG standards, and sustainable, responsible operations confirmed. Strong Sustainability Performance Confirmed with EcoVadis Gold Rating NETZSCH Lohnmahltechnik GmbH in Bobingen has been awarded the EcoVadis Gold rating, one of the world’s most recognized sustainability assessments for companies. iWith an overall score of 80 out of 100, NETZSCH Lohnmahltechnik ranks in the 95th percentile worldwide, placing the company among the top 5% of all companies assessed by EcoVadis. The rating is externally assessed, internationally comparable and valid until March 2027. It creates transparency for customers and partners and confirms a solid and verified sustainability performance across all relevant ESG dimensions. Excellence in Environmental Management The strongest results were achieved in the environmental category, with a score of 89 out of 100. The assessment recognizes: - A comprehensive environmental policy covering key sustainability issues - Quantitative objectives for energy consumption and greenhouse gas (GHG) emissions -

PAYPER will showcase its powder bagging solution and host a technical webinar ahead of the fair to present its applications and advantages. At the upcoming Interpack trade show (May 7–13, Düsseldorf), PAYPER will showcase its bottom-up filling system at its booth (Hall 12 – C06), a solution specifically designed to optimize the bagging of fine powdered products. The technology, which has already been introduced in specialized technical forums, expands the company’s portfolio of dosing solutions and addresses one of the most common challenges in industrial bagging: dust generation and the unstable behavior of certain products during filling. A common challenge in bagging powdered products In bagging processes involving products with very fine particle sizes, it is common for air entrapment and dust generation to occur during bag filling. These situations can lead to the dispersion of airborne particles, increased vacuuming requirements, or product loss. The bottom-up filling approach modifies traditional filling dynamics to reduce the product drop height during the dosing process. This principle

Effective energy isolation requires more than just hardware; it demands accurate record-keeping. The Lockout/Tagout (LOTO) Logbook offers a quick and simple system for tracking and documenting the isolation of equipment and machinery. By centralising LOTO activities, facilities can ensure that every procedure is accounted for, reducing the risk of accidental re-energisation during maintenance. Containing 112 pages, each logbook features detailed record sheets designed to support compliance with legal requirements and local technical standards. It is a practical solution for warehouses, manufacturing environments, and any industrial site looking to improve workplace accountability. Why Use a Dedicated LOTO Logbook? * Simplified Documentation: Streamlines the tracking of equipment isolation. * Audit Readiness: Provides a clear paper trail to meet safety standards. * Versatile Application: Suitable for all industrial sectors requiring LOTO protocols. * Increased Accountability: Ensures clear responsibility for every lockout event. Improve your site safety and documentation efficiency today. Order your copy online >>

Vortex Global has delivered a custom-engineered solution for a major grain processor, addressing abrasion, uptime and maintenance challenges in continuous, high-capacity soybean handling operations. Engineering for abrasion in soybean processing Large-scale soybean handling exposes equipment to constant wear from seed and meal flowing at high volumes. Although individual particles are small, cumulative impact and friction at transfer points can rapidly degrade conventional components, driving downtime and maintenance costs. Vortex Global was engaged to design a gravity-flow solution capable of sustaining long-term operation in a demanding agricultural environment. The objective was to protect critical infrastructure while supporting the throughput required by modern soybean processing lines. Custom heavy-duty diverters for high throughput The project centered on the installation of two pivoting chute diverters engineered specifically for this application. With a nominal size of 1000 mm, the units were designed to manage large material volumes while maintaining structural rigidity and precise flow control. Key design priorities included long service life,

Qlar is opening a new Test Center for reliable pneumatic conveying in Bangalore, India, supporting customers in the metals, cement and energy sectors As the first Test Center in Asia with a conveyor line of 680 metres, the facility is one of the most powerful of its kind and enables realistic testing for dense-phase applications. With the facility, Qlar is strengthening its position as a provider of practical test infrastructure for material handling in demanding industries. The new Test Center covers an area of around 539 square metres and is designed to analyse the conveying of a wide variety of materials – from ferrous and non-ferrous metals to cement and fly ash from the energy sector. In the future, it will also be possible to examine performance materials and chemicals. Typical parameters such as particle size distribution, bulk density, flowability, air and energy consumption, as well as required pressures and flows, are measured under realistic operating conditions. Trust is good, testing is better At the new Test Center, customers can have their materials evaluated under real-world conditions. After