Lab services accessories are essential to support safe, efficient, and compliant laboratory operations. These include a wide range of supporting systems such as air blowers, room filtration units, sinks, emergency showers, utility fittings, and drip accessories. Each component plays a critical role in maintaining a functional and hygienic lab environment across various sectors including healthcare, pharmaceutical, educational, chemical, and research facilities.
Whether integrated into lab furniture or installed as stand-alone units, these accessories enhance usability, safety, and overall workflow efficiency. Designed to meet international standards, they are selected based on lab-specific needs and industry requirements. From controlled airflow to safe waste drainage and emergency response systems, lab service accessories form the foundation of a well-equipped and regulation-compliant workspace.
Our solutions cover the planning, supply, and installation of all service accessories to ensure seamless lab performance and long-term reliability.
We offer normal range inline blowers for suggested environments and wide range of selection in chemical resistant blowers of following features Made of corrosion resistant material Housing and impeller made of UV resistant polypropylene Tested as AMCA 210-85 and ISO 5801 standard. Sealed separation to protect the motor from corrosive gases Light weight, easy to handle and low noise level
We offer customized filters like pre filter, carbon filter and HEPA filters Pre Filters, Improve indoor air quality and high mechanical strength. High operational airflow suitability and Low pressure drops. Carbon Filters remove asbestos, cysts, lead, certain pesticides, trihalomethanes, and volatile organic compounds through adsorption. HEPA Filters remove more than 99% of dust, pollen, mold, bacteria, and any airborne particles.
In laboratory settings, individuals often face exposure to various occupational hazards and potentially harmful substances. While conventional safety measures are commonly implemented, there is a growing need for enhanced safety protocols and specialized equipment to ensure the well-being of laboratory personnel.
Laboratory gas outlets are precision-engineered service fixtures that deliver medical, specialty, or combustion gases safely and accurately at point-of-use. Typically made from corrosion-resistant brass with epoxy or powder coatings, they feature color-coded handles, secure quick connect fittings, and integrated anti backflow non-return valves for leak prevention and user safety. Many outlets offer individual pressure regulation and modular panel configurations, supporting gases like nitrogen, oxygen, air, and specialty blends. Built to comply with CGA and EN 13792 standards, these outlets ensure precise control and high-purity delivery in pharmaceutical, chemical, research, and educational laboratories.
Laboratory electrical fittings deliver safe and flexible power distribution tailored for bench setups and service columns. Constructed from durable, corrosion-resistant materials—often brass with epoxy coatings—these fittings include socket modules, power poles, and override boards designed for humid or chemically aggressive lab environments. Compact service panels integrate electrical, data, and communication outlets, simplifying installation and maintenance while supporting modular lab architectures. Compatible with international standards such as IEC 60309 for industrial connectors, they ensure robust interconnection and enhanced safety across pharmaceutical, biotech, academic, and research laboratories
Laboratory faucets and mixers are engineered for precision control of deionized, distilled, and potable water services. Typically crafted from brass bodies with corrosion-resistant epoxy coatings, they operate reliably from −30 °C to +150 °C, serving even extreme lab conditions. High-performance variants utilize polypropylene (PP), PVDF, or PVC, featuring ceramic or PTFE-sealed regulators and UNI ISO‐standard connections to ensure purity and chemical compatibility in pharmaceutical,semiconductor, analytical, and biotech applications. Whether wall- or deck-mounted, these faucets support dimethyl water, hot/cold mixing, and pure water dispensing systems designed to meet rigorous lab safety and cleanliness standards.
Laboratory sinks are designed for intense chemical environments and has a higher water flow rate, which is necessary for cleaning delicate laboratory equipment. They are often made from high-quality materials, such as Polypropylene, Epoxy, stainless steel, etc so they can withstand the intense chemicals and cleaning solutions that are used in labs. Polypropylene Sinks are corrosion-resistant sinks molded from durable virgin high-density black polypropylene plastic. Epoxy sinks Created from monolithic epoxy resin, and they are chemical resistant, non-flammable. these sinks are the popular choice for harsh conditions. SS sinks are Ceramic Sink stable, rust-resistant and does not corrode and they are economically cheaper. Ceramic sinks have an extremely strong surface that is resistant to scratching, chipping, and impacts.
Drip racks feature high-grade polypropylene construction and are designed for panel-mounted or deck-mounted installations, offering robust chemical resistance and easy maintenance. Equipped with an angled tray and precision-drilled drainage holes, they facilitate efficient liquid runoff and prevent pooling. Pegs (typically polypropylene) support inverted glassware while drainage leads liquid into built-in sumps or external plumbing. Ideal for post-wash glassware drying in chemical, biotechnology, diagnostic, and educational labs, these racks maintain hygiene, streamline processes, and enhance bench utility.
