In-line mixing: The mixing is performed in this device, not in the tank. It is applied to solid-liquid and liquid-liquid mixtures. For continuous or batch production. Disolution or dispersion of solids in powder or crystalline in liquids, emulsion or mixture of liquids Types: ALVAK, VISCOVAK, JETMIXVAK, LIVAK. Power (0.55 a 65 kW). Addition of solids up to 15,000 kg/h and mixing flow rate up to 90,000 l/h. Industrial or sanitary (designed according to EHEDG and 3A). Directive of security ATEX 2014/34/UE and 2006/42/CE.

The IOPU is a simple, dependable panel designed to integrate into Safety Instrumented Functions (SIF) without the need for a programmable controller, making it certifiable for your SIL requirements as part of a safety system. It features SIL-rated relays for reliable valve or pump control, ensuring compliance with stringent industrial safety standards. Each channel includes a clear, ultra-bright LED indicator that remains illuminated until the fault or alarm condition is resolved. The panel supports connection to an external sounder, which can be silenced as needed, providing flexible alarm management for industrial environments. Engineered for straightforward integration and operational safety, the IOPU panel is ideal for robust and cost-effective industrial control applications.

Our industrial division offers a range of chemicals and additives to coatings, inks, adhesives, sealant and resin manufacturers. Our market segments include automotive, aerospace and medical applications to name but a few. Our Principals include some of the most recognisable and respected global manufacturers. Key to our success is a focus on partnerships with our customers and suppliers. Working together, this allows Camida to deliver the highest level of service for our customers, whether sourcing materials, supplying our Principal products or offering solutions.

The Henry Royce Institute’s Industrial Collaboration Programme (ICP) provides grant funding for research, development, and innovation sprint projects that support technology translation. This competition is Royce’s flagship funding initiative and is designed to catalyse impactful partnerships between industry, academia, and Research Technology Organisations (RTOs). Through the Industrial Collaboration Programme, Royce funds projects that respond to major national challenges and accelerate the progression of advanced materials from breakthrough discovery to real-world application. ICP supports innovation across the entire economic value chain, from agile start-ups to global corporations and from early-stage research to fully manufactured products. Since its launch, ICP has awarded more than £18.8 million in funding to over 300 partner organisations. This investment has delivered significant economic value for the UK. Project stakeholders who took part in a 2025 survey reported a five-to-one return on investment and more than £60 million in follow-on funding. One fifth of surveyed businesses reported creating new jobs as a result of ICP support, and a growing pipeline of new products and intellectual property has emerged from funded projects. By enabling collaboration between leading UK universities and industry, ICP is harnessing the UK’s world-class expertise in materials science to address critical challenges in areas such as sustainability, energy efficiency, and healthcare. The Industrial Collaboration Programme is accelerating the journey from research to commercialisation and is helping to advance the objectives of the National Materials Innovation Strategy, including increased productivity, enhanced national resilience, and the creation of highly skilled employment opportunities.

Turbidity analysis uses a high-resolution CCD/CMOS image sensor that detects turbidity changes in fluids by measuring the transmittance of light. Using advanced software algorithms, the system automatically removes gas bubbles from the analysis resulting in highly accurate and repeatable data outputs. This system is designed for inline use with varying pressures, temperatures, and pipe diameters.

The InfraCal 2 infrared analyser is designed for quick, easy and accurate determination of oil and grease or petroleum hydrocarbons in water and soil. The two models, InfraCal ATR and InfraCal Trans, are rugged and portable with no moving parts and with the portable design and touch screen display, are perfect for on-site testing, providing results in under 15 minutes. Key applications of InfraCal 2 InfraCal 2 ATR-SP correlates to EPA Method 1664 Method compares to EPA 1164 & ISO 9377-2 InfraCal 2 Trans-SP method complies with: ASTM D7066, EPA 413.2, EPA 418.1; method compares with EPA 1664, ISO 9377-2 Versatility in Testing: Suitable for offshore oil in water measurements and industrial wastewater effulents . High Sensitivity: Minimum detection limit of .0.1 ppm in water and 1 ppm in soil. Rapid Analysis: Delivers results in 10-15 minutes, streamlining the testing process. User-Friendly Design: Features a touch screen display for ease of use and portability.

Our excellent sourcing capabilities are combined with providing a competitive supply of ingredients from key manufacturers. These services are provided by a dedicated and experienced team with in-depth technical and market knowledge, who deliver a customer-focused approach to business.

The L-Dens inline density meters are more than just state-of-the-art measuring instruments – they’re the result of over 40 years of practical experience in process density measurement. The L-Dens 7000 series combines high accuracy and a compact design, making it the first choice for precise density and concentration measurements. Thanks to the modular system and the wide range of integration options, these instruments can be easily integrated into measurement systems or production equipment. The L-Dens 3300 inline density meters are budget-friendly entry-level models. The instruments are designed as a stand-alone unit, so there are no additional costs.

IKA represents the development of continuous mixing processes. Advantages of IKA inline machines include improved product quality and better stability in fewer passes, at a lower cost to you. In IKA inline machines, the dispersion occurs in the mixing chamber, which is reduced to the smallest volume. Thus, the mixing energy is introduced into the product in the most efficient way. Additionally, with the IKA inline machines, the product flow is directed through the specially developed rotor-stator tools. This results in a consistently reproducible particle size with a narrow distribution. IKA inline machines offer numerous advanced mixing solutions for the production of coarse and fine emulsions, as well as for suspensions, wet milling, and homogenization. IKA's product range includes several types of inline machines for various mixing technologies. Most types of machines are available in 8 different sizes and are suitable for both small scale laboratory samples and large scale production applications. All IKA inline mixers are driven via a belt drive system to maintain a constant tip speed for every machine in a series, thus ensuring scalability. The smaller scale IKA inline machines, magic LAB®, LABOR-PILOT and PROCESS-PILOT, are specifically developed for laboratory and pilot plant work. These machines are characterized by a unique design with a drive unit, seven interchangeable modules and additional accessories available for continuous as well as batch mixing processes or for recirculation type systems.

We bring you what you have long been waiting for: an inline refractometer for continuous brix concentration monitoring in metalworking machines (e.g. cooling lubricants, aqueous polymer quenching fluids), industrial processes, and fruit and vegetable processing, L-Rix 2100 and L-Rix 3100 provide a unique combination of best-in-class quality, price, accuracy, and compactness. The L-Rix 2100/3100 Series increases the lifetime of tools and machines, optimises the quality of manufactured pieces, reduces downtime, minimises maintenance costs, ensures reliable performance for years, and helps you master challenging industrial conditions.

Durable, maintenance-free inline refractometer for real-time concentration measurements and production control of raw, intermediate, and final products. Industry-leading optics and maintenance-free operation with full CIP/SIP capability. The inline refractometer L-Rix 4100/5100/5200 uses industry-leading optics which dramatically extends the instrument’s service life, increases reliability and safety, and reduces costs. Once adjusted at the factory, L-Rix 4100/5100/5200 operates with the stored adjustment values for its entire lifetime. Benefit from “install and forget” simplicity and years of continuous operation.

Consisting of two types of sensors, our L-Sonic series builds on more than 30 years of experience developing sound velocity measurement technology. L-Sonic 5100 is a fork-type sound velocity meter, while L-Sonic 6100, a tube type meter, is tailor-made for high-precision OCR measurements. Our sensors are made of wetted part materials, such as SST, Hastelloy, or Monel. From the chemistry, petroleum, and mining industries to the HVAC and beer ones, these easy-to-use sensors are used in industries all over the world.

PM/OQ/Breakdown cover for your lab instruments, with a focus on chromatography systems.