Products

The Dyna reverse laminar air flow system dispensing booth is engineered for the safe and effective containment of work-generated airborne powders and chemical dusts. Dyna, a leading dispensing booth manufacturer in India, creates Class 100 dispensing booths with a negative-pressure downflow design that ensures complete operator, product, and environmental protection during high-potency material dispensing and formulation.

In dynamic production and laboratory environments where operating layouts and procedures change often, a mobile laminar airflow unit is the ideal solution for establishing a flexible, particle-free zone on demand. These high-efficiency portable clean air stations come fully equipped with certified HEPA or ULPA filtration modules, heavy-duty fan-blower assemblies, and smooth-rolling castor wheels for easy transport. This self-contained design enables facilities to deliver a consistent stream of ISO Class 5 clean air to any defined floor area, exactly when and where it is needed. Dyna's innovative mobile LAF workstations are perfect for pharmaceutical production suites, biotechnology laboratories, hospital isolation settings, research centers, and high-precision electronics assembly floors that require confined clean air on a temporary or rotating basis. Depending on your workflow design and contamination control needs, these adaptable mobile machines can be configured to generate horizontal or vertical laminar airflow streams, ensuring complete product protection from ambient particles. Dyna's portable clean benches are ideal for material sample, sterile product transfers, quality control inspections, and temporary cleanroom configurations, thanks to their smooth, uncomplicated transportation, incredibly low operational noise, and simple plug-and-play installation. Furthermore, they provide a reliable auxiliary clean air supply during primary HVAC maintenance or scheduled facility downtime. Dyna, one of India's leading producers of mobile laminar airflow units, manufactures these systems from cleanroom-grade stainless steel, providing an extraordinarily agile, cost-effective, and long-lasting solution to meet your stringent facility validation protocols.

Ceiling suspended laminar airflow units are specialized overhead ventilation modules that transmit a continuous stream of unidirectional, HEPA-filtered air vertically down. These overhead units provide a total barrier of sterile airflow from above, resulting in an isolated, contamination-free workspace directly beneath without taking up valuable cleanroom floor space.This makes ceiling-mounted laminar flow systems the clear choice for important applications needing localized, particle-free environments such as automatic manufacturing lines, material sample areas, preparation tables, and hospital operating rooms. Dyna's high-performance cleanroom LAF modules are designed to be installed directly into cleanroom ceiling grids or suspended from structural building supports, resulting in consistently verified ISO Class 5 air purity. These systems combine high-efficiency motorized impellers with ultra-pure HEPA or ULPA filtering layers. After passing through the filtration media, the air cascades vertically downward in a consistent velocity stream, effectively flushing airborne particles away from important processes and active surfaces. This proactive aerodynamic design offers unrivaled operational integrity in the pharmaceutical, healthcare, biotechnology, food processing, and electronics manufacturing sectors. Dyna's ceiling filtration units are designed to fit any architectural scheme, with fully configurable dimensions, adjustable air velocities, and a choice of frame materials such as cleanroom-grade stainless steel (SS 304/316) or powder-coated aluminum. Dyna is one of India's leading manufacturers of ceiling suspended laminar airflow units, offering systems with integrated glare-free illumination, differential pressure gauges, and flexible fluid-gel or gasket sealing configurations. Whether you're building a new, cutting-edge cleanroom or retrofitting and expanding an existing facility, Dyna provides a dependable, cost-effective, and fully approved overhead laminar flow solution.

De Dusting Tunnel with Full-Body Air Jets for Cleanroom Entry Before items or materials enter cleanroom settings, loose dust particles are removed from their surfaces using a specialized air handling system called the De Dusting Tunnel. By incorporating a material moving system, the De Dusting Tunnel can be utilized to eliminate loose dust contamination particles from product surfaces. These tunnels ensure effective and safe pre-entry hygiene by using high-velocity, multidirectional air jets to extract and dislodge particulates without the operator having to make physical touch. Pharmaceutical facilities, electronics assembly areas, food processing facilities, printing rooms, and other settings where dust can jeopardize the quality or safety of products are the perfect places for Dyna's De Dusting Tunnel. With sensors, interlocking doors, HEPA filtration, and an optional anti-static ionizer for delicate applications, the system offers a full-body air sweeping sensation. Additionally, brush rollers can be supplied to remove dust and other impurities that might have adhered to the product surfaces. Dyna's dust removal tunnels, which are made to comply with GMP and ISO 14644 cleanroom standards, aid in the elimination of one of the most frequent causes of contamination. De Dusting Tunnel Key Features: High-Velocity Multi-Directional Air Jets – Blows off dust from the all sides and surfaces of the product. Hands-Free Operation – IR sensors detect movement to trigger airflow cycle. HEPA Filter Integration – Captures dislodged particles to avoid recontamination. Robust SS Construction – Cleanroom-compatible and corrosion-resistant. Optional Ionisation System – Neutralises static to release clingy particles. Optional Brush Roller – Scrapes of the sticky dust and contaminants. De Dusting Tunnel Applications: Pharmaceutical Manufacturing – Dust removal from raw material boxes, containers, etc. before cleanroom entry. Automobile and other Paint Shops – Ensures the products and raw materials enter cleanrooms dust-free. Biotech & Life Sciences – Prevents lab contamination from external dust. Food & Beverage Plants – Hygiene assurance in dry zones or production floors. Electronics & PCB Assembly – Avoids static-induced contamination. Cosmetic Production Lines – Ensures product packaging zones stay dust-free. Printing & Textile Facilities – For fabric dust removal before sterile operations.

GMP-Grade Dynamic Pass Box with HEPA Filtration for Cleanroom Applications Preventing cross-contamination during material transfers is essential in cleanroom settings. The purpose of Dyna's Dynamic Pass Box is to enable the safe, contamination-free passage of items between rooms with varying degrees of cleanliness. This pass box, which has air circulation and HEPA filtration, guarantees that the air inside the transfer chamber is constantly pure and particle-free. The Dynamic Pass Box provides a dependable solution for preserving GMP compliance and ISO Class 5 air cleanliness within the transfer space. It is widely used in pharmaceuticals, biotechnology, hospitals, semiconductors, consumer electronics, and food production facilities. Dynamic Pass Box Key Features: Class 100 work area As per ISO 14644 standards. GMP-Compliant SS 304/316 Construction – Durable and easy to sanitize. Two stage Filtration Equipped with H14 HEPA filter (with optional grill) Washable type F7 pre-filter Compact Design The entire unit is designed in very less area Feather Touch Switches For easy operation of the unit Pressure Gauge with alarm Indicates filter life and raises alarm when choked User Friendly Control System Operable with a single click via LCD display on both sides Energy Efficient LED Lights 500 Lux illumination for clear visibility UV Light with Hour Meter Kills germs and bacteria; life indicator assists with timely replacements Doors Two Way / Three Way Doors with Glass view windows Mechanical / Electromagnetic interlocking system EC motors – Ensure quiet operation and energy efficiency. Dynamic Pass Box Applications: Pharmaceutical Manufacturing – Safe transfer between non-classified and classified rooms. Biotechnology Labs – Handling of samples, instruments, and consumables. Consumer Electronics – Contamination free movement of products from one operation centre to other. Hospital Isolation Wards – Prevents microbial entry during item movement. Semiconductor & Electronics Cleanrooms – Ensures zero-particle transfer. Food & Nutraceutical Processing – Hygienic transfer of raw materials and tools.

Mist Shower to Reduce Contamination in Clean Rooms Mist showers are utilized in cleanroom settings where workers may transport fine particle matter, biological pollutants, active pharmaceutical ingredients (APIs), or dangerous powders into restricted areas. A mist shower, in contrast to conventional decontamination techniques, uses a fine fog-like spray to collect surface-bound and airborne particles on clothing before workers enter crucial cleanroom areas. Dyna Filters Mist Shower systems are intended for use in cleanroom transition zones, biosafety labs, high-potency production areas, and pharmaceutical manufacturing facilities. The regulated misting procedure supports worker safety and cleanroom hygiene standards while reducing the spread of contaminants. For regulated workplaces, Dyna Mist Showers offer a controlled and reproducible contamination reduction procedure thanks to their stainless steel design, automated misting cycles, and interlocked access control. Mist Shower Applications: Pharma HPAPI Handling Zones – Safely remove and neutralize potent compounds. Biosafety Level 3 & 4 Labs – Fog-based decontamination before lab exit. Chemical Handling Facilities – Control aerosolized powders in transition areas. Isolation & Pathogen Control – Mist-assisted decontamination for high-risk biologicals. Cleanroom Gowning Areas – Added decontamination before air shower entry. Advanced Manufacturing – Handling nanomaterials or ultrafine powders. Mist Shower Key Features: Compact Design The entire unit is designed in very less area Push Button Push Buttons to control easy operation of the unit User Friendly Control System Unit can be run in single clicks Energy Efficient LED lights 400 Lux glow in the area ensures good visibility while consuming lesser power Door Interlocks Electromagnetic interlocking doors minimize contamination Sliding Doors (Optional) Ease of operations by providing manual/ automatic doors Smart Control System Operating modes can be programmed in the field as per requirement

Decontamination Unit for Safe Entry from Hazardous or Powder Zones A water shower is an essential decontamination checkpoint in cleanrooms and regulated environments when workers are exposed to hazardous materials, strong powders, or poisonous chemicals. By using high-pressure, multidirectional water jets to remove impurities from protective gear and clothes, these systems make sure that no leftover material enters sterile or non-hazardous areas. Particles are swiftly and efficiently removed by Dyna Water Showers, preventing them from leaving the cleanroom. This decontamination system, which is regarded as one of the best water shower manufacturers in India for cross contamination, is used to either deactivate toxins on the operator's clothing or make contaminants stick to the clothing so they are difficult to release in the free environment. Chemical labs, R&D facilities, biosafety labs, nuclear or radioactive zones, and pharmaceutical API handling units all make extensive use of Dyna's Water Showers (Cross Contamination). Our water showers are GMP and cleanroom decontamination compliant since they are made of corrosion-resistant materials and have safety interlocks. They provide a safe and effective decontamination procedure for staff because to their automated activation, drainage systems, and splash-resistant enclosures. Applications: Pharmaceutical API Facilities – Wash-off of potent powder residues from PPE. Chemical and Research Labs – Safety rinse after handling toxic liquids or solids. Biotech & Hazardous Material Zones – Prevents contamination spread via clothing. Nuclear & Radiological Labs – Primary safety layer before personnel exit zones. Industrial Plants & Manufacturing Units – Post-maintenance chemical cleaning. Biosafety Level 3 & 4 Facilities – Supplementary protection against high-risk exposure.

In high-traffic cleanroom production areas, the Dyna Walk Through Air Shower for Clean Room is made to allow many operators to enter in real-time, particulate-free. These tunnel-style air showers, which are designed to satisfy strict ISO 14644 criteria, provide reliable, automatic decontamination for big groups visiting delicate areas. They eliminate dust and loose particles from clothing using high-velocity, adjustable stainless steel nozzles and sophisticated filtration, guaranteeing that only extremely clean workers can reach your vital areas. Dyna's walk-through air showers combine efficiency, safety, and compliance in a small, user-friendly package, making them perfect for sophisticated manufacturing, electronics, pharmaceuticals, and food processing. Important Features: Two-stage filtration for ultra-clean air: a washable F7 pre-filter and an H14 HEPA filter. Compact, Space-Saving Design: Complete tunnel capability with a small footprint. Adjustable SS Nozzles: High-velocity, multidirectional jets on the sides and top. Easy-to-use Controls: To initiate a cycle, simply press a button. The optional Differential Pressure Gauge with Alarm shows the life of the filter and warns of obstructions.

Modular Ceiling and Wall Panels for Cleanrooms in Controlled Environments In its cutting-edge factory, Dyna creates and produces the Cleanroom Partition Panels. Acknowledged as one of the leading producers of cleanroom partition panels in India, its wall and ceiling panels enable full modularization and are developed using both progressive and non-progressive principles. For cleanrooms of any size or shape, these partitions allow for smooth construction, guaranteeing the best possible air quality, hygienic conditions, and structural flexibility. In order to accommodate future extension or layout modifications, the non-progressive design philosophy allows for the disassembly or installation of any panel without affecting the neighboring panels. Important Dyna Cleanroom Partition Features Modular and Expandable Design: Easily expanded or reconfigured to account for future layout or size changes. Sturdy & Contamination-Free Construction: Premium materials including PPGI, aluminum, and stainless steel are used to make the external cladding. Rockwool, polyurethane foam (PUF), and polyisocyanurate foam (PIR) are the available infill materials. Seamless Integration: Made to function with the cleanroom's current structures without interfering with ventilation. Broad Range of Panels: Suitable for a variety of uses, these panels come in a range of thicknesses, coatings, and finishes. Fast Installation & Simple Maintenance: Prefabricated panels guarantee simple maintenance and save down on assembly time.

In high-risk containment environments where hazardous airborne contaminants endanger human health or the environment, safe change housing systems, also known as BIBO (Bag-In Bag-Out) systems, provide the ultimate solution for secure, contamination-free filter replacement and hazardous waste isolation. These enclosed units are specifically designed for high-level biohazard containment, infectious disease facilities, nuclear power plants, and high-potency pharmaceutical cleanrooms. They allow spent filters to be swapped and toxic filtrate to be safely handled without exposing operators or the surrounding facility to dangerous pathogens, chemical agents, or radioactive particles. Dyna's superior bag-in, bag-out filter housing is carefully designed to ensure optimal containment protection and operational safety. Dyna, one of India's leading Safe Change Housing (BIBO) manufacturers, uses a sophisticated, heavy-duty flexible bag attachment mechanism to ensure that no contaminants escape into the room atmosphere or come into touch with maintenance staff during filter change-outs. These hazardous containment housings are made of durable, corrosion-resistant stainless steel (SS 304/316) or high-durability powder-coated steel. They have precision-machined clamping frames to assure minimal leakage and full HEPA or ULPA filter compatibility in mission-critical containment loops. Our safe change containment systems, which are supported by Dyna's strict quality assurance and sophisticated HVAC engineering precision, are widely trusted by defense, research, and industrial organizations that handle hazardous biological, chemical, and radioactive materials. Dyna BIBO systems, whether used as a single-stage terminal exhaust or a multi-stage high-efficiency filtration bank, provide the strong structural integrity, airtight reliability, and international compliance required to protect your personnel and secure essential environmental containment.

The essential structural foundation of every high-performance ventilation or air purification system is an air filter housing. These containment units are specifically designed to safely retain and seal vital components, such as pre-filters, HEPA filter housings, and ULPA modules. They are essential for eliminating bypass leaks, maintaining exact airflow routes, and guaranteeing completely contamination-free air delivery. They ensure that all of the treated air flows through the appropriate filtering media by creating an absolute seal around the filter frame. The high-end HVAC filter housing units from Dyna are skillfully designed to endure extremely changing airflow velocities, varying pressure conditions, and regular maintenance intervals. Dyna, one of India's top producers of industrial filter housings, makes these units from sturdy, premium materials including aluminum, powder-coated galvanized steel, or stainless steel (SS 304/316). Pharmaceutical cleanrooms, medical labs, microelectronics facilities, and industrial air handling units (AHUs) can all benefit from this heavy-duty construction's long, corrosion-resistant service life. Each unit is built with a user-friendly configuration for quick, tool-free filter replacement, considerably reducing system downtime during maintenance cycles. Many types come with integrated inspection windows, heavy-duty access doors, airtight gaskets, specialized clamping mechanisms, and precise fluid-seal or knife-edge sealing surfaces to ensure dependable, airtight performance. Dyna provides custom-engineered and conventional cleanroom filter housings that are suited to your individual system design and regulatory compliance requirements, whether your layout calls for a small single-stage unit or a robust multi-stage configuration.

Minipleat HEPA and ULPA filters provide the best space-saving option in modern production and research facilities when cleanroom ceiling space is restricted or compact filtration is needed within fan filter units (FFUs) and terminal boxes. The premium Dyna X Line series is incredibly thin and low-profile, with ultra-high particulate removal efficiency thanks to careful engineering. Without sacrificing crucial airflow dynamics or absolute filtration performance, this small design enables facilities to make the most of their valuable cleanroom real estate. These thin HEPA filters fit a much greater media surface area into a small frame depth thanks to their consistently placed mini-pleats. Extremely low initial resistance to airflow is the outcome of this geometric optimization, which directly translates into lower energy consumption for HVAC systems and a longer filter service life. Acknowledged as one of the leading producers of minipleat HEPA filters in India, Dyna's X Line filters offer rigorously tested filtering efficiencies between 99.97% (HEPA) and 99.9995% (ULPA). As a result, cleanrooms, laminar airflow benches, biosafety cabinets, research labs, and microelectronics fabrication facilities rely heavily on them. These high-efficiency cleanroom minipleat filters are available in configurable sizes and are fully compatible with a variety of housing layouts. They have a lightweight yet structurally solid structure. They are the go-to option for original equipment manufacturers (OEMs), HVAC integrators, and cleanroom solution providers looking for optimal performance, durability, and operating efficiency within strict structural limitations because of their extraordinary versatility.