Dry Heat Sterilizer Dealers

• Controller: JSC-0D Digital PID Controller ±0.1 oC Digital PID Controller with LED Display Automatic START/STOP timer

Dry Heat Sterilizer is a common instrument to be used to drying, heating and sterilizing objects by heating air up to 160 oC or 180 oC with gravity or forced convection system during specified sterilizing exposure time range from 30 to 60 minutes of sterilization exposure time

Timely delivery of the orders is assured with us as we are backed by one of the most sophisticated transportation facility. Stay rest assured for the products that we offer as they will remain damage free. For this, we make use of only premium packaging material for the packing of the products.   Details : DHS uses dry air, hot air as  a sterilisation / de- pyrogneation medium at a  temperature of upto 250 dge C. Capacity Range From 160 to 2000 ltrs volume Salient Features : Complies with requirements of HTM2010 and US FDA. Stainless steel construction with hydgenic design. Class 100opertation for maximum sterile integrity of the product. User friendly, automatic operation with on-line process doucmentation. In-built  ports for validation and perfomance qualification. Comprehensive safety features for  best results. Application : Glassware (ampoules, vials, bottles) Containers and metallic components. Machine and change parts. Tanks and vessels. Hygroscopic pharmaceutical products.

• Type: Sterilization Indicator
• Application: Medical

CD-30 Dry heat sterilization chemical indicators

• Material: Metal
• Automation Grade: Fully Automatic
• Frequency: 50Hz
• Application: Laboratory Use, Medical Use
• Feature: Durable, Easy To Operate
• Finish: Polished
• Size: 3

• Voltage: 220V
• Automation Grade: Fully Automatic
• Material: Stainless Steel
• Model No.: GTDHS-001
• Brand: Genist
• Approval Certificate: GMP, CE, ISO 9001 2008 Certificate

Dry Heat Sterilizer End ring hydraulically formed without joints to sustain required pressure. All other joints Argon Arc welded. Dry heat sterilization and depyrogenation are used for complete destruction & removal of all micro-organisms by means of dry heat. These stainless-steel dry heat sterilizers use air as a medium of sterilization.   Operating Temperature It employs higher temperatures up to 300°C and requires exposure time up to 2 hours, depending upon the temperature employed.   Applications Glass Bottles, Vials, Ampoules, Containers Stainless steel and aluminum containers Powders like sulphonamides and talcum powder   Operation Load is arranged to ensure uninterrupted airflow. OHS may be pre-heated for materials with poor heat conductivity. The temperature is allowed to reduce up to 55°C-60C prior to removal of sterilized material.   Design and Functional Features Chamber is manufactured in SS316L. Fully welded with round corners. The doors are of hinged type, equipped with double edge seal gasket for maximum safety For operation, control, and data acquisition, a PLC is provided. HMI facilitates the interface between operator and equipment. Equipment is available with a single door as well as double door pass-through the arrangement. Bio seal flange to seal the equipment into the building wall can be provided. HEPA filters are installed in the fresh air, recirculation, and exhaust module. In addition, a 0.5 micron “Micro B” filter is installed as a pre-filter to the Fresh Air HEPA Three modules for air handling Fresh air (air intake) Recirculation Exhaust   Control System Control Systems are available with Siemens, Allen-Bradley & Mitsubishi PLC. The control system design enables an easy & logical operation with a graphical user interface, menu-driven display & passwords at several levels. PC & Printer can be connected directly to the control system.   Optional Accessories A complete range of carriages, transfer trolleys to simplify handling. Plates, trays, wire baskets, and other relevant accessories are supplied depending on the application.

We have made our mark as a capable Manufacturer and Supplier of Class 100 Dry Heat Sterilizer from Tamil Nadu, India. We are supported by a team of skilled and experienced professionals who make use of premium stainless and steel and latest technology for its production. Our Class 100 Dry Heat Sterilizer is offered at discounted prices.   Dry heat sterilizer or Depyrogenation sterilizer are used in pharmaceutical and Biotech Industry  for complete destruction & removal of all micro-organisms by means of dry heat using air as a medium of Sterilization for depyrogenation of glassware, containers, vessels, machine and components.The air is heated electrically by heating elements and is circulated in the chamber by a re-circulation blower. The system also comprises of pressure Module for fresh air intake and an exhaust module for exhausting the air Specifications : Inner Chamber : SS 316 Maximum Temperature : 300°C Working Temperature : 250 °C Door : Hinged Door (Single Door / Double Door) Mode of control : PLC/ SCADA Door Seal : Silicone Gasket Insulation : Resin Bonded Glass Wool Features : HEPA filters are installed in the fresh air, recirculation and exhaust module. In addition, 0.5 micron "Micro B" filter is installed as a pre-filter to the Fresh Air HEPA Three modules for air handling Fresh Air Module Recirculation Module Exhaust Module Temperature Uniformity of +/- 2 degree Celsius within the chamber for the entire cycle. Adjustable Damper is provided in the Exhaust Module. Extended shaft motor for chamber recirculation. Safeties and Alarms : High temperature cut-off independent of the main process controller Over-load and single phase protection for all electric motors. Interlock to prevent switching on of the heaters in case the circulation blower stops. Sterilization timer stop in case of temperature drop Sterilization timer reset in case of temperature drop Blower trip Utility failure alarm. Door Interlocking to prevent simultaneous opening of both doors. Door Process lock to prevent opening of doors when process is on. Optional : Manual Back up Thyristor controlled operation Strip chart recorder Printer Suitable Shelves for Handling

NAT's pharmaceutical sterilizers have been engineered and manufactured in compliance with the cGMP regulations to meet the technical challenges of the pharmaceutical and biotech industries. Your products will be reliably and consistently sterilized according to the highest international standards with every cycle when using a NAT's pharmaceutical autoclave. NAT provides high quality & safe autoclaves made from reliable long lasting components, and designed to conform to end-user requirements (URS) for production and quality assurance processes.   Empty glass ware : e.g. Vials, ampoules, glass bottles etc. • Laboratory vessels : decontamination and depyrogenation of pre-sterilized products prior to using in a clean laboratory environment. • Metal trays and containers. • Metal machine accessories / parts. • Material sensitive to humidity. • Non-aqueous liquids. • Thermo - stable basic pharmaceutical product and chemical compounds. • For Health Care application : Dental equipment, Metal orthopedic components for replacement of hips, knee, shoulder, metal surgical rods, metal staples etc.

• Type: Pressure Steam Sterilization Equipments
• Packaging Details: AS PER USER INSTRUCTION
• Name: DRY HEAT STERILIZER
• Instrument classification: Class I
• Model Number: DHS
• Port: JNPT

We are offering dry heat sterilizer. we are offering a wide range of dry heat sterilizer and industrial heat sterilizer. salient features * total gmp model * class 100 filter provided at air inlet in chamber. * pre filter provided at air inlet & outlet. * in micro processor for process operation with 10 programme * 8 channel temperature scanning with processor * mimic display on control panel * cooling attachment for rapid cooling * document like dq, iq, oq, pq provided.

APPLICATION : Used to store WFI (Water for Injection) at 85 to 90ºC. Temperature.In Closed loop. CAPACITY : 100 to 10000 Ltrs.  (Above capacity on demand) TECHNICAL SPECIFICATION : Design as per ASME guideline and user requirement. No stagnant point to avoid bacterial growth. Electro polish from inside. Insulation with SS 304 welded cladding. All contact parts will be of SS 316 / SS 316 L quality. 0.2 µ Hydrophobic Air vent filter for Air venting. OPERATION  : To keep WFI at 85ºC. to 90ºC. in close loop with recirculation pump. FEATURES  : Vessel is CIP/SIP able.Capacitance type level indicator for water level.Sanitizable pump for loop & recirculation.

• Temperature: 300ºC.

Dry heat sterilizers Fully Stainless steel model.Double door with pneumatic interlock.PLC based Control panel with 8 point temperature.Timer for Heating Cooling.Printing port for feed & actual process data printing.3 Separate password for operations of panel.

• Insulation Wall: 125mm (t) Mineral Wool. A grade mineral wool insulation to optimize heat effectiveness and stop heat loses.
• Finishing: All stainless steel components buffed to matt finish.
• Insulation Wall: 125mm (t) Mineral Wool. A grade mineral wool insulation to optimize heat effectiveness and stop heat loses.
• Finishing: All stainless steel components buffed to matt finish.
• Temperature: Up to 250°C
• Material of Construction: Interiors with 14 gauge S.S. 316 quality sheets. Exteriors with 16 gauge S.S. 304 Quality sheet. Frame work of Rolled steel sections 6, 5 & 3mm. the interior frame work of S.S 316 quality
• Trolley: Fabricated from AISI SS 316 Quality angles & flats with ‘U’-Grooved Stainless Steel wheels.
• Transfer trolley: Fabricated from S.S. 304 Quality Angles & flats with castor wheel for sterile & Non-sterile room.
• Doors: Two Doors, one opening into the sterile room and the other into the Non-sterile room. The doors are lined with silicon rubber for sealing. The door in the sterile room is claded with 16 gauge AISI SS 304 sheet.
• Interlocking: To maintain the barrier between the sterile and non-sterile room, both the doors are pneumatically interlocked. The pneumatic system consists of pneumatic Cylinders, solenoid valves and flow control valves.
• Air recirculation: A 2 H.P. 1440-RPM motor drives the impeller. Air enters the Chamber through perforations provided passes horizontally over the charge and is re-circulated.
• HEPA Filter Module: Air entering the system is passed through a HEPA Filter Module consisting of a pre-filter up to 5 microns, a blower & a HEPA Filter up to 0.3 microns. The filtered air is fed to the impeller for circulating in the system.
• Temperature Control & Timer: A combined Electronic Digital Controller & Timer is installed. ±2ºC., one probe centrally mounted.
• Scanner: A six point Digital Scanner is incorporated, with facility of Hold & Scan at all six points.
• Temperature Recorder: A, 1 point Circular Chart recorder is installed with chart Dia. 8”
• Cooling Coils: Crimped Finned Tubes with headers, S.S. 304 Quality to speed up cooling cycle.
• Panel Board: Consists of: Ammeters, Voltmeter, Voltmeter switch, HRC fuses & Circular chart Recorder
• Control panel: Motor Starter, Contactors, Rotary Switches, Indicating lights for heating & Cooling cycle and phase indicating lights.
• Exhaust damper: Controlled by solenoid valve and is opened during the initial heat-up, shuts off and re-opens during cooling cycle.
• Fan: Dynamically balanced fan provided for hot air circulation to achieve uniform temperature
• Temperature: Up to 250°C
• Material of Construction: Interiors with 14 gauge S.S. 316 quality sheets. Exteriors with 16 gauge S.S. 304 Quality sheet. Frame work of Rolled steel sections 6, 5 & 3mm. the interior frame work of S.S 316 quality
• Trolley: Fabricated from AISI SS 316 Quality angles & flats with ‘U’-Grooved Stainless Steel wheels.
• Transfer trolley: Fabricated from S.S. 304 Quality Angles & flats with castor wheel for sterile & Non-sterile room.
• Doors: Two Doors, one opening into the sterile room and the other into the Non-sterile room. The doors are lined with silicon rubber for sealing. The door in the sterile room is claded with 16 gauge AISI SS 304 sheet.
• Interlocking: To maintain the barrier between the sterile and non-sterile room, both the doors are pneumatically interlocked. The pneumatic system consists of pneumatic Cylinders, solenoid valves and flow control valves.
• Air recirculation: A 2 H.P. 1440-RPM motor drives the impeller. Air enters the Chamber through perforations provided passes horizontally over the charge and is re-circulated.
• HEPA Filter Module: Air entering the system is passed through a HEPA Filter Module consisting of a pre-filter up to 5 microns, a blower & a HEPA Filter up to 0.3 microns. The filtered air is fed to the impeller for circulating in the system.
• Temperature Control & Timer: A combined Electronic Digital Controller & Timer is installed. ±2ºC., one probe centrally mounted.
• Scanner: A six point Digital Scanner is incorporated, with facility of Hold & Scan at all six points.
• Temperature Recorder: A, 1 point Circular Chart recorder is installed with chart Dia. 8”
• Cooling Coils: Crimped Finned Tubes with headers, S.S. 304 Quality to speed up cooling cycle.
• Panel Board: Consists of: Ammeters, Voltmeter, Voltmeter switch, HRC fuses & Circular chart Recorder
• Control panel: Motor Starter, Contactors, Rotary Switches, Indicating lights for heating & Cooling cycle and phase indicating lights.
• Exhaust damper: Controlled by solenoid valve and is opened during the initial heat-up, shuts off and re-opens during cooling cycle.
• Fan: Dynamically balanced fan provided for hot air circulation to achieve uniform temperature

• Capacity: 225 Liters
• Heating Power: 9 KW

Dry Heat Sterilizers are designed to meet Sterilization and Depyrogenation requirements in pharmaceutical and biotechnology industries. As the name suggests, these sterilizers use dry heat (hot air) for sterilization. Dry Heat Sterilization is the most accepted technique, which is employed to sterilize products that are moisture sensitive and medicinal in nature that cannot be sterilized with steam. Dry heat sterilization or depyrogenation is a process, which is used to reduce pyrogen level with the use of hot air in temperature ranges from 160°C to 300°C. Dry powder drugs, oil, waxes, soft hard paraffin silicone, injections, implants, ointment, sharp objects, metal parts etc. are some of examples that require dry heat sterilization or Depyrogenation.

• Ampoules Vials: Metal and glass Vials
• Schering bottles: Aluminum caps
• Injection bottles: Infusion bottles
• Filters: Textiles
• Garment: Bandage
• Gauze: Stoppers
• Metal containers: Equipment parts
• Dry powder drugs: Oil and wax
• Soft hard paraffin silicone: Ointment

Features:   All stainless steel CGMP construction or stainless steel interiors with mild steel exteriors on non sterile side. Class 100 sterilizers. Electromechanical control panel or microprocessor based control panel Cooling coils for rapid cooling during cooling cycle Electrical door interlocks with visual indication Terminals for all electric heaters are outside the working space and are accessible and replaceable from the non terile side when required Hepa filtration for cooling cycle air Trolleys and transfer dollies Custom sized sterilizers

Dry Heat Sterilizer is effective mode of sterilization. It is an equipment with electric resistors distributed inside the cabinet that is isolated with a panel for temperature control. Dry heat will penetrate all kinds of materials, such as oils, and closed containers.Dry Heat Sterilizer is used to do dry sterilization of surgical instruments, medical, dental, esthetic, laboratories, industries and other glassware's. Product Features One piece seamless construction Door interlocking Rapid cooling attachment Doors with silicon gasket to prevent air leakages Standard and custom sizes available State of the art control systems with complete automation with PLC/PC panel for continuation of the process in case of power failure.

Sterilization by dry heat has become increasingly popular worldwide due to two reasons first the need to sterilize small objects, particularly ampoules, syringes and secondly for de-pyrogenation of manufacturing apparatus which is not possible in a steam sterilizer. Another advantage of this method of sterilization is that objects which are damaged by water or steam e.g. powder or ointment can be sterilized provided the heat penetrates to all parts of the substance. The distinctive feature of these sterilizers lies in particle contamination class. We ensure a particle contamination level in the chamber that does not exceed the values prescribed by class 100: not even during transient phase, such as heating and cooling during which the filters can release considerable amounts of practices due to temperature related deformations. Special air flow technique guarantees over-pressure in the chamber throughout the cycle thereby assuring sterile integrity of the load, These sterilizers are designed to meet the stringent requirements of the pharmaceutical and medical device industry and are available in different configurations to meet specific temperature and cycle time requirements. These sterilizers represent the ideal solution for any production where the variability of products, batches and formats does not allow the use of continuous sterilizers such as tunnels.