Vial Dry heat sterilization is an essential procedure that guarantees the removal of microbiological contamination from tools and equipment in a variety of industries, including pharmaceuticals, labs, and healthcare facilities. The vial dry heat sterilizer is one of the most effective and dependable sterilizing techniques available. This novel technology works at high temperatures, usually between 160°C and 190°C, using heat as the main method of sterilization. The vial dry heat sterilizer is perfect for delicate materials that can be harmed or changed by moisture because it doesn't require water or steam, unlike other techniques that do, such autoclaving. The vial dry heat sterilizer's versatility and ability to adapt to various materials is one of its main features. This sterilizing technique can handle a variety of objects, from glass vials to metal equipment, guaranteeing complete sanitation without sacrificing their integrity. Furthermore, the lack of moisture reduces the possibility of materials corroding or degrading, extending their useful life. In addition, compared to other techniques, the vial dry heat sterilizer offers significant time and cost benefits. Because of its quick heating times, sterilization cycles can be completed more quickly, saving downtime and boosting output.
Furthermore, the lack of moisture reduces the possibility of materials corroding or degrading, extending their useful life. In addition, compared to other techniques, the vial dry heat sterilizer offers significant time and cost benefits. Because of its quick heating times, sterilization cycles can be completed more quickly, saving downtime and boosting output. Furthermore, the lack of moisture reduces the possibility of materials corroding or degrading, extending their useful life. This is especially important for sectors like biotechnology and pharmaceuticals, where patient safety and regulatory compliance depend on products' efficacy and purity being maintained.
1. Our vial dry heat sterilizer offers precise temperature control, ensuring consistent and uniform heating throughout the sterilization process.
2. With customizable sterilization parameters, including temperature and time settings.
3. Our sterilizer is available in various capacities to accommodate the sterilization needs of small-scale laboratories to large-scale pharmaceutical.
4. The design of our sterilizer ensures efficient heat distribution, minimizing hot spots and ensuring thorough sterilization of all vials.
5. Built with durable materials and precision engineering, our sterilizer is designed to withstand the rigors of daily use in demanding production environments.
6. Our sterilizer is engineered for energy efficiency, incorporating features such as insulation and heat recovery systems to minimize energy consumption and reduce operating costs.
Temperature |
Up to 250 degree C |
Structure |
Made of M. S. heavy angle. |
Sterilizer wall |
Inner wall made from Stainless Steel 316 quality sheet & and outer wall made from Stainless Steel 304 quality sheet |
Doors |
Door will be provided on both side one opening in sterile area (filling) and other opening in non sterile area (washing). |
Insulation |
A grade mineral wool insulation to optimize heat effectiveness and stop heat loses. |
Fan |
Dynamically balanced fan provided for hot air circulation to achieve uniform temperature |
HEPA Filter |
Pre-filter up to 5 microns, a blower & a HEPA Filter up to 0.3 microns |
Electric |
Total 9 K.W. heaters for the Sterilizer, 1 H.P. for blower and 0.75 H.P. for HEPA filter |
Trolley |
Fabricated from Stainless Steel 316 angles and flat with ‘U’- grooved Stainless Steel wheels. |
Transfer Trolley |
Fabricated from Stainless Steel 304 quality angles and flat with castor wheel for sterile and non-sterile room. |
Temperature Control & timer |
A combined Electronic Digital Controller & Timer is installed. ±2ºC., one probe centrally mounted. |
Temperature Recorder |
A, 1 point Circular Chart recorder is installed with chart Dia 8”. |
Exhaust Damper |
Controlled by solenoid valve and is opened during initial heatup, shuts off and re-opens during cooling cycle. |
Control Panel |
Made of Stainless Steel 304 |
Finish |
All Stainless Steel components buffed to matt finish |
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