English
The microwave sterilization system for medical waste is an advanced eco-friendly solution that employs microwave technology to achieve thorough and efficient sterilization. Specifically designed for infectious and sharps-containing medical waste—including gauze, needles, surgical instruments, culture dishes, and pathogen samples—it combines microwave-generated thermal energy with high-temperature saturated steam to eliminate all pathogenic microorganisms (bacteria, viruses, spores, etc.) within a short timeframe. The treated waste meets harmless standards and can be disposed of as regular household garbage through landfill or incineration, effectively achieving the "reduction, harmlessness, and resource recovery" objectives for medical waste management.
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Efficient and thorough, high sterilization rate
Microwave sterilization combines thermal and biological effects to deliver penetrating power that reaches material interiors without leaving any dead zones, ensuring rapid and thorough sterilization. This technology achieves a 99.9999% kill rate for challenging microorganisms like Bacillus subtilis var. niger spores, fully meeting stringent requirements outlined in China's "Pollution Control Standards for Medical Waste Treatment and Disposal" (GB 39707-2020).
Low-temperature safety and environmental friendliness
The treatment temperature is typically maintained at around 100℃°C, representing a low-temperature process. Compared with high-temperature incineration methods, this approach significantly reduces the formation of highly toxic substances like dioxins and furans. It also eliminates the emission of acidic gases and heavy metal volatiles, resulting in minimal waste gas emissions. The treated emissions can meet discharge standards after simple purification, posing an extremely low risk of secondary environmental pollution.
Automated operation, safe and reliable
The whole processing process (feeding, crushing, sterilization and discharging) can be fully automated and closed operation, effectively avoiding the direct contact between operators and medical waste, and greatly reducing the risk of cross infection and occupational exposure.
Multiple safety interlock devices are provided to ensure microwave leakage and safe operation.
Energy saving and low operating cost
Microwave energy acts directly on the water in the waste, with high energy utilization rate and significantly lower energy consumption than incineration. There is no need for expensive fuel and complex exhaust gas purification system, and the operation and maintenance cost has significant advantages.
Significant reduction effect
The volume of treated medical waste can be reduced by 20%-30%, which achieves effective reduction and reduces the burden of subsequent transportation and landfill.
Strong site adaptability
The equipment can be designed in a modular way, with a small footprint. It can be built in large centralized treatment centers, and is also suitable for local and timely treatment in hospitals (such as underground medical areas), avoiding the risk of leakage and diffusion caused by long-distance transportation of medical waste.
product model | running voltage | Microwave output power | rated input apparent output | outline dimension |
LDY-4PW-1X | 380V | 4KW | ≤7KVA | 1*0.8*1m（Customizable） |
Made of 304 or 316L stainless steel with polished inner and outer walls, supporting CIP cleaning systems to prevent cross-contamination. Meets strict pharmaceutical clean standards for equipment hygiene and safety.
Equipped with PLC + touch screen control system, enabling accurate setting and storage of temperature, pressure, and power parameter curves. Automates the entire drying process with real-time data recording for GMP process verification and traceability.
Vacuum environment isolates air, eliminating oxidation and explosion risks for flammable and explosive materials. Undergoes rigorous testing for vacuum pressure stability (0.08-0.1Mpa) and microwave leakage to ensure operator safety.
Hospitals and Clinics: Suitable for on-site and timely treatment in hospitals (such as underground medical areas), capable of handling waste like gauze, needles, surgical instruments, and culture dishes generated during diagnosis and treatment.
Centralized Medical Waste Treatment Centers: Modular design adapts to large-scale centralized processing, realizing efficient and standardized disposal of medical waste from multiple institutions.
Research Laboratories: Effectively processes pathogen samples and experimental waste, avoiding the risk of microbial leakage and diffusion.
Other Medical-Related Facilities: Applicable to health centers, beauty clinics, and veterinary hospitals that generate small to medium amounts of medical waste.
Superior Sterilization Performance: Achieves a 99.9999% kill rate for stubborn microorganisms like Bacillus subtilis var. niger spores, fully complying with China's GB 39707-2020 standard.
Environmental Protection & Safety: Operates at around 100℃, minimizing the formation of toxic substances such as dioxins and furans. Emissions meet standards after simple purification, with extremely low secondary pollution risk.
Full Automation & High Safety: The entire process (feeding, crushing, sterilization, discharging) is fully automated and closed-loop, avoiding direct contact between operators and medical waste. Multiple safety interlock devices ensure no microwave leakage.
Energy Saving & Cost-Effective: Microwave energy acts directly on water in waste, with high energy utilization rate and lower consumption than incineration. No expensive fuel or complex exhaust gas purification systems are required.
Significant Volume Reduction: Reduces medical waste volume by 20%-30%, lowering the burden of subsequent transportation and landfill.
Strong Site Adaptability: Modular design with a small footprint (10.81m, customizable), suitable for both large centralized centers and on-site hospital deployment.
A1: It is specifically designed for infectious and sharps-containing medical waste, including gauze, needles, surgical instruments, culture dishes, and pathogen samples.
A2: The running voltage is 380V, microwave output power is 4KW, rated input apparent power is ≤7KVA, and the outline dimension is 10.81m (customizable).
A3: The equipment combines microwave and high-temperature saturated steam technology, enabling rapid sterilization within a short timeframe (specific duration depends on waste volume and type).
A4: Yes. It adopts a simple and reliable structural design, with low operation and maintenance costs. Routine maintenance only requires regular inspection of safety interlock devices and microwave components.
A5: Absolutely. It is designed for industrial-grade continuous operation, meeting the long-term and high-volume medical waste disposal needs of hospitals and centralized treatment centers.
The microwave sterilization system for medical waste is an advanced eco-friendly solution that employs microwave technology to achieve thorough and efficient sterilization. Specifically designed for infectious and sharps-containing medical waste—including gauze, needles, surgical instruments, culture dishes, and pathogen samples—it combines microwave-generated thermal energy with high-temperature saturated steam to eliminate all pathogenic microorganisms (bacteria, viruses, spores, etc.) within a short timeframe. The treated waste meets harmless standards and can be disposed of as regular household garbage through landfill or incineration, effectively achieving the "reduction, harmlessness, and resource recovery" objectives for medical waste management.
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Efficient and thorough, high sterilization rate
Microwave sterilization combines thermal and biological effects to deliver penetrating power that reaches material interiors without leaving any dead zones, ensuring rapid and thorough sterilization. This technology achieves a 99.9999% kill rate for challenging microorganisms like Bacillus subtilis var. niger spores, fully meeting stringent requirements outlined in China's "Pollution Control Standards for Medical Waste Treatment and Disposal" (GB 39707-2020).
Low-temperature safety and environmental friendliness
The treatment temperature is typically maintained at around 100℃°C, representing a low-temperature process. Compared with high-temperature incineration methods, this approach significantly reduces the formation of highly toxic substances like dioxins and furans. It also eliminates the emission of acidic gases and heavy metal volatiles, resulting in minimal waste gas emissions. The treated emissions can meet discharge standards after simple purification, posing an extremely low risk of secondary environmental pollution.
Automated operation, safe and reliable
The whole processing process (feeding, crushing, sterilization and discharging) can be fully automated and closed operation, effectively avoiding the direct contact between operators and medical waste, and greatly reducing the risk of cross infection and occupational exposure.
Multiple safety interlock devices are provided to ensure microwave leakage and safe operation.
Energy saving and low operating cost
Microwave energy acts directly on the water in the waste, with high energy utilization rate and significantly lower energy consumption than incineration. There is no need for expensive fuel and complex exhaust gas purification system, and the operation and maintenance cost has significant advantages.
Significant reduction effect
The volume of treated medical waste can be reduced by 20%-30%, which achieves effective reduction and reduces the burden of subsequent transportation and landfill.
Strong site adaptability
The equipment can be designed in a modular way, with a small footprint. It can be built in large centralized treatment centers, and is also suitable for local and timely treatment in hospitals (such as underground medical areas), avoiding the risk of leakage and diffusion caused by long-distance transportation of medical waste.
product model | running voltage | Microwave output power | rated input apparent output | outline dimension |
LDY-4PW-1X | 380V | 4KW | ≤7KVA | 1*0.8*1m（Customizable） |
Made of 304 or 316L stainless steel with polished inner and outer walls, supporting CIP cleaning systems to prevent cross-contamination. Meets strict pharmaceutical clean standards for equipment hygiene and safety.
Equipped with PLC + touch screen control system, enabling accurate setting and storage of temperature, pressure, and power parameter curves. Automates the entire drying process with real-time data recording for GMP process verification and traceability.
Vacuum environment isolates air, eliminating oxidation and explosion risks for flammable and explosive materials. Undergoes rigorous testing for vacuum pressure stability (0.08-0.1Mpa) and microwave leakage to ensure operator safety.
Hospitals and Clinics: Suitable for on-site and timely treatment in hospitals (such as underground medical areas), capable of handling waste like gauze, needles, surgical instruments, and culture dishes generated during diagnosis and treatment.
Centralized Medical Waste Treatment Centers: Modular design adapts to large-scale centralized processing, realizing efficient and standardized disposal of medical waste from multiple institutions.
Research Laboratories: Effectively processes pathogen samples and experimental waste, avoiding the risk of microbial leakage and diffusion.
Other Medical-Related Facilities: Applicable to health centers, beauty clinics, and veterinary hospitals that generate small to medium amounts of medical waste.
Superior Sterilization Performance: Achieves a 99.9999% kill rate for stubborn microorganisms like Bacillus subtilis var. niger spores, fully complying with China's GB 39707-2020 standard.
Environmental Protection & Safety: Operates at around 100℃, minimizing the formation of toxic substances such as dioxins and furans. Emissions meet standards after simple purification, with extremely low secondary pollution risk.
Full Automation & High Safety: The entire process (feeding, crushing, sterilization, discharging) is fully automated and closed-loop, avoiding direct contact between operators and medical waste. Multiple safety interlock devices ensure no microwave leakage.
Energy Saving & Cost-Effective: Microwave energy acts directly on water in waste, with high energy utilization rate and lower consumption than incineration. No expensive fuel or complex exhaust gas purification systems are required.
Significant Volume Reduction: Reduces medical waste volume by 20%-30%, lowering the burden of subsequent transportation and landfill.
Strong Site Adaptability: Modular design with a small footprint (10.81m, customizable), suitable for both large centralized centers and on-site hospital deployment.
A1: It is specifically designed for infectious and sharps-containing medical waste, including gauze, needles, surgical instruments, culture dishes, and pathogen samples.
A2: The running voltage is 380V, microwave output power is 4KW, rated input apparent power is ≤7KVA, and the outline dimension is 10.81m (customizable).
A3: The equipment combines microwave and high-temperature saturated steam technology, enabling rapid sterilization within a short timeframe (specific duration depends on waste volume and type).
A4: Yes. It adopts a simple and reliable structural design, with low operation and maintenance costs. Routine maintenance only requires regular inspection of safety interlock devices and microwave components.
A5: Absolutely. It is designed for industrial-grade continuous operation, meeting the long-term and high-volume medical waste disposal needs of hospitals and centralized treatment centers.
