Sterilizing Machine Dealers in Krishnanagar, Ahmedabad

• Material: Stainless Steel
• Features: Hydraulic operated lid, smoothly Closed lid, Heating is thermostatically controlled, Penetrate inner Chamber,
• Power Supply: 230 VAC / 50 Hz
• Product Code: 12E02

• 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

• Wavelength: 260-280nm
• Input interface: Type-C USB7
• UVC LED Life: 10000 hours
• Dimension: 10 X8X6 inch

• Chamber Dimensions: 300 x 300 x 300 mm

All kinds of medical devices and instruments can be sterilized. Ideal for sterilization of heat moisture sensitive medical equipment and instruments ETO is the most effective, safe, fully validated and economical method of sterilization. Effective against all Micro-organisms, including resistant spores.Best in class Automation and latest SCADA software make remote control and monitoring of all cycle parameters possible. During Sterilization a Microprocessor PLC controls temperature, Moisture, Gas Injection, Gas Exposure and all critical time and pressure based parameters. Important sterilization parameters like Phase Status, Current Values & set values, continuously displayed at all times on Controller Screen & on Remote Computer via SCADA software.

• Conveyor Width: 300mm, 450mm, 600mm, 750mm, 900mm & 1200mm
• Tunnel Types: Sterilizing &Depyrogenation
• Use for Sterilization: Glass Ampoules, Vials & Bottles
• Total Zone: Pre Heating Zone, Sterilizing Zone, Cooling Zone
• Output: Depends on belt size
• Conveyor Height: 900mm +/- 15mm
• Working Direction: Left To Right
• Power Consumption: Depend on tunnel model or size
• Dimensions: Depend on tunnel model or size

Harsiddh Engineering Company, being leading name in the manufacture and export of pharmaceutical packaging machinery provides excellent decontamination and sterilization equipments. Our specially designed equipment is used in sterilization and depyrogenation of ampoules, bottles and vials. The machine comes as a complete unit with in-feed system, preheating and sterilizing zone, cooling and exit feed mechanism. As the bottles and vials move along the conveyor, they are sterilized. The equipment receives materials from up line washer and these are directed to the drying zone. At this zone, hot air vaporizes the washing moisture and preheats the bottles. They then move to the hot zone where they undergo sterilization and depyrogenation through heating. They are then subjected to cold air which cools them off before entering aseptic region. Our machines have CE certification. Our sterilization machines uses advanced instrumentation and control topologies to effectively moderate heat, water, air and other materials. Temperature sensors regulate heating and cooling while pressure gauges regulate the system pressure. The conveyor belt speed is also carefully controlled. In addition the system has an advanced PLC control module that monitors and regulates all processes.   Silent Features     Repetitive accuracy in reduction of endotoxin count. High productivity due to reduced idle time and optimization of operating time. Infinitely variable speed to achieve optimum production. Swift and convenient to use machine. Intelligent logic control systems for controlling temperatures in heating and cooling zones. Complete closed loop systems for heating zone and cooling zone. Important parameters are password protected. Graphics for displaying and editing various procted. Accurate data logging on to printer and recording onto strip chart recorder (optional). Auto shut down after batch completion Automated Self Sterilization of the cooling zone using Dry Heat Documentation available for qualification, validation Full PLC controlled and reliable depyrogenation process Double wall asbestos free ceramic wool insulated re circulatory module containing high temperature EU – 13 grade final HEPA filter with suck back mechanism suitable for 300 °C continuous repeated cycle. This zone provides uniform hot air over the glassware for the Purpose of de pyrogenation. In this zone the temperature raises as quickly as Possible by the help of heating element, without inducing cracking due to excessive thermal stress. The glassware remains in this zone at a required time period to meet The specified endotoxins reduction generally > 3 log scale. This section consist of unidirectional hot air flow unit with turbine blower assembly, High temperature HEPA filter (up to 350 °C) and heater bank assembly. Integrated temperature sensors are provided for monitoring & controlling purpose of Temperature inside the sterilizing zone. For this purpose one sensor is placed above The HEPA filter and the sensor is placed at the entry side of sterilizing zone. For Extra precaution one temperature sensor provided at Heater Assembly ( 375 °C) is placed for protection of Heaters. The entry and exit side of the sterilizing zone consists of manually adjustable profile Plates resulting in maximum temperature uniformity and ensure consistent result for Glassware with varying sizes.

laboratory sterilizers, laboratory agitator, Laboratory Dryers

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In most of the industries manufacturing the medical devices, sterilization is one of the important factors to be considered in terms of healthcare. Hence, ETO sterilizer or hospital sterilizer is been used for the process of sterilization of healthcare instruments and devices. There is a sealed chamber present where the products are been exposed to ethylene oxide gas under a vacuum. One of the main aim of using hospital sterilizer for such type of devices is a sterile and safe product is been delivered in the market every time. The equipment or the device goes under the process of ethylene oxide sterilization i.e. a chemical process that includes variables namely as temperature, time, humidity & gas concentration. Hence, the sterilization process takes place.

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