Engineered Equipment & Infrastructure Systems
Pharmaceutical cleanroom partition systems, stainless steel dynamic and static pass boxes, sanitary gowning lockers, double-skin air handling units, EN 14175 aerodynamic fumehoods, analytical casework, and monolithic epoxy flooring tailored for controlled facilities.
01Sterile Cleanroom Corridor with Flush Coved Doors & View Panels
Cleanroom Partition & Modular Ceiling Systems
Flush, airtight hygienic envelope systems for ISO 14644-1 certified cleanrooms
Modular 50mm, 80mm, and 100mm wall and ceiling panels engineered with flush hygienic joints, continuous EPDM perimeter seals, and fire-resistant cores (Rockwool, Silica, Glass Magnesium, PUF). Designed specifically to eliminate particle entrapment in sterile pharmaceutical and biotech suites.
Technical Specification Parameters
| Panel Thickness | 50 mm / 80 mm / 100 mm |
| Core Insulation Options | Rockwool / Silica / Glass Magnesium / PUF (40±2 kg/m³) |
| Facing Material | 0.8mm PPGI (RAL 9003) / SS 304 / SS 316 |
| Thermal Transmittance | U-value: 0.21 – 0.42 W/m²K |
| Joint Profile | Completely Flush Tongue & Groove with EPDM |
| Viewing Windows | Flush Double-Glazed Tempered Safety Glass |
Key Engineering Features
- Monolithic surface with no 90-degree dirt-accumulating corners
- Integrated electrical switch and Magnehelic gauge cutouts pre-routed
- Walkable modular ceiling grid with heavy-duty rod suspension
- Resistant to aggressive disinfectant agents (VHP, Chlorine, IPA)
02Dynamic Passbox with Digital Differential Gauge, H14 HEPA & Electromagnetic Interlock
Cleanroom Passbox (Dynamic & Static)
Ultra-clean material transfer passboxes with electromagnetic interlocks & UV-C decontamination
Ventaq engineered stainless steel static and dynamic passboxes prevent cross-contamination during product transfer between differing ISO cleanroom classes. Dynamic models feature integrated H14 HEPA filtration (99.995% efficiency), digital differential pressure gauge, and automated UV-C sterilization cycle.
Technical Specification Parameters
| Construction Material | Stainless Steel AISI 304 / 316 (240 Grit Mirror/Satin) |
| Internal Filtration | H14 Terminal HEPA (99.995% @ 0.3 µm) on Dynamic models |
| Interlocking System | Electromagnetic 12V DC Door Interlock with LED Indicator |
| Sterilization | Philips 15W UV-C Germicidal Lamp with Auto Cut-off Timer |
| Internal Dimensions | 450×450×450 mm to 900×900×900 mm (Custom Built) |
| Door View Panel | 5mm Toughened Flush Double-Glazed Safety Glass |
Key Engineering Features
- Electromagnetic interlock ensures both doors never open simultaneously
- Dynamic laminar downflow protects open sterile containers during transfer
- Coved internal corners (R15) for effortless sanitation and zero particle buildup
- Buzzer alarm indicating cycle completion or door open breach
03Personal Locker – 10-Compartment Cleanroom SS Personal Locker Bank with Stamped Louvers
Cleanroom SS Furniture, Personal Lockers & Garment Cabinets
Antimicrobial AISI 304/316 personal lockers, garment cabinets, key lockers, bench tools, and dustbins
Precision-engineered stainless steel cleanroom gowning and change-room furniture manufactured to cGMP and ISO 14644-1 standards. Includes 10/20/25-door personal lockers, single and double-door garment cabinets, wall-mounted key lockers, sturdy bench tools (cross-over stools), slotted angle storage racks, and sanitary cleanroom dustbins.
Technical Specification Parameters
| Material Composition | AISI 304 / 316 Stainless Steel (1.2mm & 1.5mm Gauge) |
| Ventilation | Laser-Punched Cleanroom Louvers (Top & Bottom Airflow) |
| Locking Mechanism | Individual Cam Locks, Master Keyway or Digital Touch Keypad |
| Base Design | Elevated Tubular Leg Frame with Chemical-Resistant Levelers |
| Sloped Top Option | 30-Degree Hygienic Sloped Dust-Repelling Top |
| Finish Quality | Hairline Satin Finish (<0.4 µm Ra Surface Roughness) |
Key Engineering Features
- Personal Lockers with laser-punched cleanroom louvers and individual security locks
- Single and double-door garment cabinets with integrated hanger rails and sanitary raised legs
- Secure wall-mounted key locker cabinets for restricted cleanroom zone access keys
- Rigid SS 304 bench tools (cross-over step stools) with non-marking anti-skid rubber feet
- Sanitary cleanroom dustbins with top push-flap chute and front bag servicing door
- Multi-tier slotted angle storage racks allowing unobstructed vertical laminar airflow
04VENTAQ Modular Double-Skin AHU with Pre-Filter, Filter Section & Fan Section Staging
Hygienic Double-Skin Air Handling Units (AHU)
High-efficiency thermal-break climate and pressure differential control systems
Precision-engineered air handling systems offering 2,000 to 50,000 CMH capacity. Built with thermal-break aluminium profiles, 43mm/50mm double-skin PUF casing, multi-stage HEPA filtration, and touch PLC/BMS integration for strict temperature, humidity, and cascade pressure compliance.
Technical Specification Parameters
| Volumetric Airflow | 2,000 – 50,000 CMH |
| Casing Construction | 43 mm / 50 mm Double-Skin PUF Panel (40 kg/m³) |
| Filtration Stages | G4 Pre-Filter + F7/F9 Micro-V + H13/H14 HEPA |
| Fan Configuration | Direct-Drive EC Plug Fans with VFD (Low Noise <68 dBA) |
| Static Pressure | Up to 1,500 Pa external static |
| Automation | Siemens/Schneider PLC with Touchscreen HMI & Modbus/BACnet |
Key Engineering Features
- Thermal break profile prevents external condensation and thermal bridge losses
- Internally smooth, coved stainless steel 304 drain pan with dual slope drainage
- Variable Frequency Drive (VFD) modulating automatically based on room differential pressure
- DDC / Modbus / BACnet connectivity for continuous pharmaceutical 21 CFR Part 11 BMS auditing
05Turnkey Analytical Laboratory with Continuous Line of EN 14175 Aerodynamic Fumehoods
EN 14175 Aerodynamic Laboratory Fumehoods
Total chemical containment, operator safety, and aerodynamic face velocity control
Chemical-resistant walk-in and benchtop fumehood containment systems certified to EN 14175 and ASHRAE 110 standards. Features specialized aerodynamic bypass airfoils, chemical-proof solid phenolic liners, cast epoxy marine edge worktops, and automated microprocessor face velocity controllers.
Technical Specification Parameters
| Face Velocity | 0.45 – 0.55 m/s uniform aerodynamic draw |
| Interior Liner | Chemical-Resistant Solid Phenolic / Polypropylene / SS 316 |
| Worktop Surface | 19mm Cast Epoxy Resin with Marine Spill Containment Rim |
| Sash Mechanism | 6mm Toughened Safety Laminated Glass with Counterweight |
| Utility Fittings | Pre-plumbed Remote Valves (Nitrogen, Vacuum, Water, Air) |
| Exhaust Flow | 800 – 2,200 CMH with Low-Loss Exhaust Plenum |
Key Engineering Features
- Aerodynamic airfoil sill eliminates turbulence and vortex backflow at operator threshold
- Automatic digital airflow monitor with audible alarm for low face velocity (<0.3 m/s)
- Integrated acid/solvent base storage cabinet with continuous localized extraction
- VAV (Variable Air Volume) energy-saving damper modulation option
06Turnkey Analytical Chemistry Suite with Island Benches, Pegboard & Storage Casework
Laboratory Furniture & Modular Casework
Ergonomic, heavy-duty modular casework engineered for high-precision analytical testing
Heavy-duty C-frame and H-frame laboratory island and perimeter benches, microbalance granite anti-vibration tables, and ventilated acid-proof storage casework. Engineered to meet strict SEFA standards with high load capacity, chemical resilience, and integrated service raceways.
Technical Specification Parameters
| Load Capacity | 500 kg/m² uniformly distributed load (UDL) |
| Steel Framework | 60 x 40 x 1.5mm Heavy-Duty Tubular Steel (C/H Frame) |
| Protective Coating | 70–90 micron Pure Epoxy Powder Coat (Oven Baked) |
| Worktop Options | Monolithic Epoxy Resin / Trespa TopLab Plus / Black Granite |
| Underbench Units | Electro-galvanized sheet casework with soft-close slides |
| Utility Raceways | Electrical, Data & Gas Services with Anodized Covers |
Key Engineering Features
- Modular reconfigurable design allowing easy facility layout reorganization
- Granite anti-vibration balance tables for sub-milligram mass spectrometers
- Adjustable heavy-duty leveling feet with non-marking chemical-resistant neoprene pads
- Integrated reagent shelving with safety retaining lips and integrated LED lighting
07Monolithic High-Gloss Self-Leveling Epoxy Cleanroom Flooring Installation
Seamless Antimicrobial Epoxy Flooring Systems
Monolithic, pinhole-free sanitary resin flooring with flush radius coving
2.0mm to 3.0mm self-leveling resin flooring offering >60 MPa compressive strength, non-porous antimicrobial hygiene, and high chemical resistance against solvents and sanitation chemicals. Paired with pre-formed sanitary coving to eliminate wall-floor 90° edges.
Technical Specification Parameters
| Applied Thickness | 2.0 mm to 3.0 mm (Self-Leveling Monolithic) |
| Compressive Strength | > 60 MPa (ASTM C579) |
| Shore D Hardness | 80 – 85 (ASTM D2240) |
| Tensile Strength | > 15 MPa (ASTM C307) |
| Coving Radius | 50 mm / 75 mm Sanitary Flush Radius Coving |
| Surface Finish | Pinhole-Free Monolithic High Gloss / Satin Anti-Slip |
Key Engineering Features
- 100% seamless application eliminates bacterial harboring joints
- Resistant to thermal cleaning, vehicular pallet truck traffic, and chemical spillages
- Electrostatic Discharge (ESD) conductive / dissipative options for electronics & solvents
- VOC-compliant solvent-free formulation suitable for operational cleanroom areas
08FBD & Auto Coater Process Air Handling / Exhaust Unit with Stainless Aerodynamic Plenum
FBD & Auto Coater Process Air Units / Sanitary Extraction
Dedicated cGMP process air conditioning and high-containment extraction for Fluid Bed Dryers & Tablet Auto Coaters
Specialized stainless steel process air handling and high-containment exhaust systems engineered for Fluid Bed Dryers (FBD) and Tablet Auto Coater machines. Incorporates low-turbulence conical plenums, sanitary contact surfaces (SS 304 / SS 316), multi-stage exhaust filtration (H14 HEPA 99.995%), and low-loss aerodynamic ductwork adhering to strict cGMP pharmaceutical standards.
Technical Specification Parameters
| Extraction Volume | Up to 5,000 m³/h per process air module |
| Filter Rating | H14 Terminal HEPA (99.995% efficiency @ 0.3 µm MPPS) |
| Housing Material | AISI 304 / 316 Stainless Steel (Mirror/Matt Polish) |
| Acoustic Level | < 45 dBA at 1 meter operating radius |
| Differential Sensor | Integrated Dwyer Magnehelic Gauge (0–500 Pa) |
| Blower Motor | High-efficiency electronically commutated (EC) backward curved |
Key Engineering Features
- Conical low-turbulence transition adapter eliminating particle accumulation pockets
- DOP / PAO aerosol test port for on-site annual HEPA filter validation
- Airfoil bellmouth inlet maximizing dust and aerosol capture efficiency
- Interlocking integration with cleanroom HVAC room pressure hierarchy
Require Custom Sizing or Non-Standard Tolerances?
Our engineering desk in Ahmedabad prepares customized AutoCAD/BIM drawings, heat load calculations, and airflow velocity simulations based on your room layouts.