InPharmaTec
Lab Line, born from the expertise of TCR Tecora with over 45 years of experience, specializes in high-quality equipment for the respiratory and laboratory sectors. The company gained global recognition in early 2020 by rapidly developing and supplying equipment for testing medical masks (BFE and breathability) in response to the SARS-CoV-2 outbreak, ensuring compliance with EN 14683 standards.In September 2023, the laboratory division evolved into InPharmaTEC, continuing its commitment to advancing human health through reliable, standards-compliant instrumentation and a growing global presence.
Laboratory Testing Equipment
Aerosol Generators
Impactors
Inhaler Testing Equipment
DDS Aero
DDS AERO is a pneumatic-type nebulizer designed to generate both monodisperse and polydisperse aerosols for various applications, including Bacterial Filtration Efficiency (BFE) testing. It features two independent pumps: one for aerosol generation (Atomizer Line 1) and another for dilution (Line 2). The dilution line increases airflow, aiding in particle drying and reducing humidity inside the aerosol chamber. DDS AERO supports multiple types of nebulizers, with the EN 14683-compatible aerosol atomizer (manual size regulator, 3 positions) commonly used for BFE testing.
Laskin Aero X
Laskin nozzles have long been used as reliable aerosol generators in HEPA and ULPA filter testing, as well as aerosol and bioaerosol research. TCR TECORA® has developed the AERO-X series, a versatile range of Laskin generators suitable for a wide variety of applications.
Each Laskin nozzle features a steel tube (with optional PTFE or titanium), containing four 1 mm radial holes that release pressurized air. A collar disc near the holes includes four precision-aligned 2 mm axial openings. The nozzle is fully submerged in the chosen test solution, enabling efficient aerosolization. Compatible liquids include DEHS, DOP, EMERY 3004, NaCl, PSL latex spheres, methylene blue, and silicone oil.
X-Collision
TCR TECORA® developed the X-Collison aerosol generator to provide a stable, constant, and highly reliable source of polydisperse aerosol suitable for a wide range of applications. Capable of generating aerosols from DOP, olive oil, polystyrene latex spheres, or solid particles, the system features a double-chamber design that allows the generation of up to 10⁷ particles/cm³ on each line.
X-Collison produces sub-micrometer aerosols and can atomize both solutions and suspensions. One of its key advantages is the dual collision jet system, which offers different size ranges while maintaining the same aerosol output—ideal for advanced research and testing. Applications include filter efficiency testing, material synthesis, biological and medical research, instrument calibration, and studies requiring high concentration or polydisperse aerosol generation with double median curve testing.
Handheld X-Collision
The Handheld Constant Output Atomizer X-Collison is a versatile aerosol generator that uses compressed air to produce aerosols from liquids, solutions, or suspensions. Designed for precision and reliability, it regulates mass flow to maintain optimal performance and can disperse a variety of substances, including DEHS and PSL reference materials.
Available in two versions—one with a built-in compressed air pump and one without—it is suited for both portable and fixed applications. The 0.5 L liquid reservoir is integrated into the chassis, and the strategically positioned pressure reducer and manometer ensure ease of use and safe operation. At the core is a durable stainless steel two-stream nozzle that operates on an injection principle. A nearby baffle removes coarse spray droplets, producing a particle size distribution primarily below 1 µm. The compressed air passes through a HEPA filter for added cleanliness, making the system ideal for cleanroom and lab environments requiring consistent and fine aerosol output.
Cyclone AGC
This compact aerosol generator from TCR TECORA® is designed for the production of solid particles from suspensions, solutions, and biological agents. It features a vertical or curved drying section and a specialized nozzle that ensures precise atomization of salt solutions with excellent short- and long-term dosing constancy. The unit offers a wide adjustable particle size range, supports large bottles (0.5 and 1.1 L), and delivers high reproducibility with minimal maintenance. Its ease of operation and compact design help reduce overall operating costs.
Typical applications include filter testing (automotive, engine air, respiratory), pharmaceutical and chemical production, aerosol research, tracer particle generation, and toxicological studies requiring consistent delivery of various particle types for risk assessment.
Andersen Cascade Impactor 1 Stage (ACI)
The Andersen Cascade Impactor 1 Stage (ACI) is a practical and efficient tool for estimating viable airborne microorganism concentrations. As a simplified version of the 6-stage impactor, it features a single sampling stage with 400 precision jet orifices that direct air onto a collection surface.
Designed for an exact flow rate of 28.3 L/min to achieve a 0.65 μm cut-off, the unit can also operate at higher flow rates for different cut-off needs. A pre-separator can be added to remove coarse aerosol fractions.
Particles are collected directly onto standard 90 mm Petri dishes containing a suitable culture medium. Alternatively, gelatine filters, impaction plates, or RNA/DNA-preserving supports can be used for viral sampling and preservation.
Constructed from durable stainless steel, the impactor withstands high incubation temperatures and aggressive cleaning agents, making it ideal for repeated use in microbiological air sampling.
Andersen Cascade Impactor 2 Stage (ACI)
The Andersen Cascade Impactor 2 Stage is a simplified configuration of the 6-stage viable impactor, ideal for applications where full size distribution isn't necessary. It is used to distinguish between respirable and non-respirable fractions and to obtain total viable counts.This impactor features two sampling stages, each directing air through multiple jet orifices onto the surface of a 90 mm Petri dish filled with an appropriate culture medium. It operates at a precise flow rate of 28.3 L/min to ensure accurate particle deposition.
Following sampling, the agar plates are incubated under suitable conditions to allow colony development. Depending on the organism, incubation may take from a few hours to several days. The system allows calculation of viable particle counts per volume of air, typically for bacteria or fungi. Constructed entirely from stainless steel, the device is durable, resistant to high temperatures, and compatible with harsh cleaning agents, making it ideal for repeated microbiological air monitoring.
Andersen Cascade Impactor 6 Stage (ACI)
The 6 Stage Multistage Viable Impactor (ACI) is a cascade impactor designed to measure both the concentration and aerodynamic size distribution of culturable airborne microorganisms such as bacteria, fungi, viruses, and spores. Each of the six stages features 400 precision-drilled jets that effectively classify particles based on size as air is drawn through the sampler at a standard flow rate of 28.3 L/min.
Viable particles are impacted directly onto 90 mm Petri dishes containing the appropriate culture medium, enabling incubation and colony growth for further analysis. This design supports accurate particle size separation and microbial identification. Constructed from durable AISI stainless steel or lightweight aluminum (optional), the unit is compact and portable, with a height of 202 mm and diameter of 105 mm. It comes in a protective carrying case and includes a dimensional inspection certificate. Applications include monitoring and analysis of viruses, bacteria, spores, molds, pollen, and allergens in ambient air or controlled environments.
Bravo X R (H) BIO
The Bravo X R Bio is a versatile microbiological air sampler designed for high-precision sampling of viruses, spores, and bacteria in various environments such as ventilation ducts, workplaces, and during sanitization or BFE testing. It features an advanced digital electronic flow controller that instantly regulates and maintains the programmed flow rate, while a precision volumetric counter ensures accurate volume measurement.Equipped with a microprocessor board, the Bravo X R Bio allows full memorization of operating parameters, which can be easily recalled via an IP65 membrane keypad and viewed on a large color touchscreen. Data can be conveniently exported through a USB port for PC analysis.
Engineered with a 6 m³/h pump, the Bravo X R Bio meets regulatory standards and is compatible with TCR TECORA®’s range of microbiological sampling devices. Its robust design includes long-life HEPA filtration to prevent contamination of the instrument and ensure user safety. Ideal for applications such as COVID-19 workplace monitoring, BFE checks, and contamination control.
Delta MAS
The Delta Microbial Air Sampler (Delta MAS) by Inpharmatec is designed for high-performance microbial monitoring in sealed compartments, cleanrooms, hospitals, pharmaceutical validations, and other aseptic environments. It supports 90 mm Petri dishes (up to three in the 220–400 head versions, available in steel or aluminum) and 55 mm contact plates with various media types, including gelatin filters using a range of holders.
Offering an active sampling method, Delta MAS provides validated, actionable data—superior to traditional settle plates—helping reduce microbial false positives and contamination from manual handling. Operating at adjustable flow rates from 100 to 200 L/min, it ensures minimal air disruption, making it ideal for both routine monitoring and rapid sampling.
The Critical Parameters Controller (CPC-X1)
The Critical Parameters Controller (CPC-X1) plays a vital role in inhaler testing—particularly for dry powder inhalers (DPIs) and metered-dose inhalers (MDIs)—by ensuring consistent and accurate simulation of real-world usage. It enables reproducible testing conditions, helping optimize drug delivery performance while minimizing external variability. The CPC-X1 supports compliance with regulatory standards, enhances safety and quality control, and aids in the development and validation of new inhaler formulations and devices.
GTI Glass Twin Impinger
The GTI Glass Twin Impinger is a laboratory device used for testing inhalation products, specifically to determine the aerodynamic particle size distribution of aerosols from inhalers. Operating at a standard flow rate (typically 60 L/min), it features a two-chamber design that effectively separates particles by size.
Applications include healthcare environments, inhaler testing, and pharmaceutical production.
NGI Next Generation Impactor
The NGI (Next Generation Impactor) is a highly precise cascade impactor specifically designed for the pharmaceutical industry to perform in vitro Aerodynamic Particle Size Distribution (APSD) testing of orally inhaled and nasal drug products (OINDP). Featuring 7 stages plus a Micro-Orifice Collector (MOC), it offers accurate particle size determination and complies with ISO 27427, USP, and PhEur standards.
Durable and resistant to corrosion and chemicals, the NGI includes a wide range of accessories to support efficient and reliable testing. Its extended lifespan and precise cut-off points make it a preferred alternative to traditional 8-stage Andersen impactors. Applications include inhaler testing, OINDP production and efficiency assessment, pharmaceutical R&D, and healthcare-related aerosol analysis.
PSP-G1 Rotary Vane Pump
The PSP-G1 is a rotary vane pump designed to move fluids or gases through rotating vanes within a cavity. This mechanical system ensures consistent flow and pressure, making it ideal for high-precision applications. In the pharmaceutical and medical sectors, particularly inhaler testing, the PSP-G1 plays a critical role in maintaining the accuracy and reliability of respiratory drug delivery systems. Its versatility extends to laboratory research, environmental monitoring, automotive systems, food and beverage processing, printing and packaging, and industrial processes. The PSP-G1 supports both performance and quality across a range of demanding applications.
MSLI Multistage Liquid Impinger
The Multistage Liquid Impinger (MSLI) is a device designed by Inpharmatec to collect and analyze airborne particles by drawing air through a series of liquid-filled stages. Each stage captures particles of varying sizes through impaction into the liquid, allowing for detailed analysis.
Recognized as Apparatus 4 in the Pharmacopeia, the MSLI is primarily used for Dry Powder Inhaler (DPI) testing. It includes four impaction stages and an integral after-filter stage. Unlike dry impactors, the liquid-filled stages remain moist, mimicking the effect of coated plates at certain flow rates. This helps minimize particle re-entrainment, though verification is required to ensure accurate results.
InhalWARE Software
InhalWARE is an advanced software solution developed for professionals working with Cascade Impactors (ACIs), NGIs, and Impingers. It simplifies aerosol testing by streamlining data entry, automating analysis, and generating detailed reports with ease.
Designed for precision and efficiency, InhalWARE transforms raw test data into clear, actionable insights—saving time and supporting compliance. Its intuitive interface integrates smoothly into laboratory workflows, making it a powerful tool for enhancing productivity and advancing aerosol research and development.
