This dispensing isolator ensures high throughput dispensing and optimal ergonomics, while minimizing product loss. Key features: - CPT ranging from 300 ng/m³ down to single-digit nanogram levels and below (OEB 7 isolators) depending on customer containment requirements. - Design integrates platform and drum lifter/tilter for safe material loading. - Integrated weight scale. - Flush door. - Continuous liner for samples and waste disposal. - Material transfer via SBV into IBC underneath. Discover all the technical features and custom solutions. Reach out to us and request the new borchure: sales@fps-pharma.com

Proven and precise technology for homogenizing The IKA range of dispersers are used for volumes ranging from 0.5 to 50,000 ml (H2O) and come equipped with a digital display. These homogenizers offer a wide speed range up to 30,000 rpm that enables users to work at high circumferential speeds even with small rotor diameters. The high performance drive ensures immense speed stability. Due to their broad spectrum of dispersing tools, IKA dispersers are highly effective for a variety of uses.

Our dissolution filters are designed to support reliable sample preparation for dissolution testing, helping laboratories protect instruments, reduce particulate interference, and generate consistent, reproducible results. Whether you are filtering dissolution media, preparing aliquots for HPLC or UV analysis, or removing undissolved excipients prior to quantitation, our range provides dependable filtration options suited to routine QC and method development workflows. We supply dissolution filters in common formats and pore sizes used in pharmaceutical testing, with membrane options selected to balance flow rate, chemical compatibility, and low extractables. This helps minimize the risk of adsorption or leaching that can impact recovery and accuracy, particularly when working at low concentrations or with challenging formulations. Options are available to suit typical aqueous buffers as well as mixed solvent systems used during method optimization. Designed for ease of use in busy labs, these filters support fast, consistent filtration with minimal handling. They help reduce blockages and protect downstream analytical systems by preventing particulates reaching autosamplers, injector components, and columns. By improving sample cleanliness, dissolution filters can also help reduce repeat analysis, save time, and extend the life of critical consumables. If you are selecting a filter for a specific API, media composition, or analytical method, we can help you choose the right membrane type, pore size, and format. We can also advise on best practice approaches such as pre rinsing, discard volumes, and recovery checks to confirm suitability for your application. Our aim is to make dissolution filtration straightforward, repeatable, and aligned with your quality requirements.

We offer the services of distillation and concentration using the single-effect evaporator (SS304, 120 L working volume, 100 kg/h evaporation capacity) at our facility for process streams and recovery of valuable components from aqueous solutions. The system will enable efficient removal of water under controlled thermal conditions, supporting downstream processing of fermentation broths, hydrolysates, and other liquid streams. Its operation will allow us to optimize concentration parameters, improve product quality, and enhance overall process efficiency. This capability will play a key role in process development, scale-up studies, and the integration of separation and purification steps within our bioprocessing workflows.

We offer sophisticated distillation solutions from VTA/UIC for challenging materials. To further optimize your process and for superior product quality, especially within demanding sectors such as the pharmaceutical, chemical, and food industries. From lab systems to skid-mounted industrial size. For: - Purification - Concentration - Removal of low boiling products - Colour improvement, drying of products - and much more. You can also outsource your distillation and pastillation processes!

DCS are a step up from traditional PLCs connected with an ISA-88 batch engine and separate SCADA/HMI and historian software. Those can be integrated into one platform or interoperate with external tools. When implementing, we draw on experience from PLC-based logic, supervisory control integration, chemical process automation, and a thorough understanding of the signal level. While DCS are more complex systems for distributed and more complex operations, they offer unique benefits beyond unification: deterministic, high-availability control, governed change, and consistent alarms and graphics. They are the logical choice where tightly controlled batch execution and exact operating procedures are mandatory.

We offer a range of DosaFil filtration solutions, developed to maintain optimum efficiency and safety. DosaFil devices enable systems to be operated and maintained in line with the guidelines detailed in British Standards BS8552 and BSRIA BG29 and BG50. The range features unmatched temperature and pressure range capability plus smart monitoring and communications as standard.

The New Dosatron Industry Line D6IL – high precision additive dosing pump for industrial applications such as Metal Working, Industrial Washing and Car Wash. It offers precise and homogeneous proportional dosing at water flow rates up to 6m³/hr. Extremely easy to "plug & play" and featuring a simplified piston, leading to easier maintenance & increased reliability.

Dosatron developed a high quality-dosing pump able to work with water temperature until 70°C / 158°F The hot water temperature permits a better cleaning process to clean the greasy surfaces. The increase of the water temperature reduces the superficial tension of the water. The saving is also significant for wastewater treatment. The range of dosage from 0.03 to 10% permits to use this pump in all food hygiene industry processes. Maximum effectiveness of the cleaning product thanks to high-temperature water dosing Reliable and consistent dosing regardless of the number of satellites in operation Optimisation of water and chemical consumption Extremely easy to install, operate and maintain - plug & play

DoseALL™ is an advanced, automated liquid dosing module, designed to streamline laboratory workflows. Featuring 5 in-parallel syringes operating independently, DoseALL offers the flexibility to use both disposable and glass syringes, with capacities of 1 mL and 5 mL. The module ensures highly accurate dosing, from microliter to milliliter scale, making it ideal for precise and reliable reagent delivery. It comes equipped with intuitive, easy-to-navigate software that supports the operation of up to two syringes per reactor. Specifically developed for the ReactALL™ instrument, DoseALL integrates seamlessly into your existing lab setup, enhancing your research and experimental capabilities.

RSA offers expert dossier preparation services designed to streamline the regulatory approval process. Our experienced team ensures that all necessary client documentation is compiled, reviewed and submitted according to the specific requirements. Our services include data gap analysis, risk asessment, study summaries (OECD and IUCLID), CRO Liaison and literature searches.

High dosing accuracy through separate control of frequency and amplitude Immediate start and stop without overrun All product-contact parts made of stainless steel Quick and easy cleaning for hygienic applications Custom variants and individual components available

The development of innovative bio-based products often requires a downstream processing stage, typically to separate out the chemical of interest. Following development at ‘bench-scale’ this often needs to be assessed at pilot scale – normally in the 1 – 100 litre or 1 – 100kg scale. We have a range of downstream processing technologies including various centrifuges, liquid-liquid separators, distillation instruments and filtration systems. Additional warehouse space can also be made available for larger tonne scale activities where business specific downstream processing capabilities can be set up and demonstrated as a route to investment into commercial scale plant.

DR10 ITR Heater Tube Deposit Rater Overview DR10 is a referee instrument for jet fuel thermal oxidation studies that objectively measures heater tube deposit thickness. Using interferometric spectral reflectance, it produces a 3D map of deposits around the full tube surface and reports results in SI units for traceable, repeatable QC. Standards and use • Supports ASTM D3241 Annex for jet fuel thermal oxidation testing • Relevant to ASTM D1655, DEF STAN 91-91 and related specifications • Designed to pair with the TO10 JFTOT rig for complete test reporting Key features • Interferometric scanning of the entire heater tube with 3D visualisation • Reports average and maximum thickness and calculates total deposit volume • Standard spot evaluation for Annex reporting • High point density scan, with typical full scan in about 12 minutes and fast modes available • Objective, operator-independent rating with built-in calibration Performance and benefits • Measurement range typically from about 10 to 1,200 nm deposit thickness • Result set includes tube image, thickness map and numeric outputs for audit trails • Fast, automated workflow improves precision and throughput versus manual grading • Compact, robust design for lab, refinery and mobile use Connectivity and data • Stores sample IDs, operator, tube serial, test temperature and rig details • Exports reports and data for LIMS or network storage • When linked to TO10, test conditions and DR10 ratings combine in a single report Typical applications • Batch release and incoming inspection for aviation turbine fuels • Additive and fuel R&D, correlation studies and troubleshooting • Refinery, pipeline, terminal, airport and independent lab QC What is included • DR10 instrument with touchscreen control, calibration utilities and data export • Accessories and reference tubes available to support your workflow