Sterilization Tray

Product Details:

A laparoscope instruments sterilization tray is a specialized container designed to hold, organize, sterilize, and store laparoscopic surgical instruments used in minimally invasive procedures, particularly laparoscopic surgeries. These trays are essential for maintaining the sterility, organization, and proper handling of delicate laparoscopic instruments before they are used in surgical interventions. Here's an overview of a laparoscope instruments sterilization tray:

Design and Features:

1. Material: These trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specialized configurations to accommodate laparoscopic instruments like graspers, scissors, trocars, dissectors, and other components used in laparoscopic surgeries.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid helps prevent contamination and protects the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray contains compartments and dividers to keep the laparoscopic instruments separated and organized, preventing direct contact that could lead to damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Ventilation: Some trays may include ventilation holes or channels in the lid to allow for steam or gas exchange during the sterilization process, ensuring effective sterilization while preventing pressure buildup.

Usage: Laparoscope instruments sterilization trays are used in hospitals, surgical centers, and healthcare facilities where laparoscopic surgeries are performed. They play a crucial role in maintaining instrument sterility, optimizing surgical workflows, and promoting patient safety.

Sterilization Process: To use the tray, laparoscopic instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving, which uses high-temperature steam under pressure, or other sterilization methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized laparoscopic instruments are essential for preventing surgical site infections and maintaining patient safety.

2. Efficiency: Organized trays streamline the surgical preparation process, reducing the time needed for instrument setup before a laparoscopic procedure.

3. Instrument Protection: The trays contribute to the longevity of laparoscopic instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in surgical settings by providing a structured system for handling and storing laparoscopic instruments.

In summary, laparoscope instruments sterilization trays are integral to maintaining the sterility and organization of laparoscopic instruments used in minimally invasive surgeries. They contribute to infection control, efficient surgical processes, and the overall success of laparoscopic procedures.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A disinfection tray, often referred to as a lid sterilization tray or instrument sterilization tray with lid, is a specialized container used for holding and disinfecting or sterilizing medical instruments, tools, or other items in healthcare and laboratory settings. These trays are designed to facilitate the cleaning, disinfection, and safe storage of instruments to prevent cross-contamination and ensure that they are ready for use in medical procedures. Here's an overview of disinfection trays and lid sterilization trays:

Design and Features:

1. Material: Disinfection trays are typically made from durable, non-corrosive materials like stainless steel, medical-grade aluminum, or high-quality plastics that can withstand the disinfection or sterilization process.

2. Tray Design: The tray is designed with compartments, slots, or dividers to organize and separate instruments during disinfection or sterilization. This prevents direct contact between items and helps ensure even exposure to disinfectants or sterilizing agents.

3. Lid: A key feature of these trays is the presence of a secure lid that covers the tray and seals it during the disinfection or sterilization process. The lid helps prevent contamination of instruments post-sterilization and facilitates safe storage.

4. Ventilation: Some trays might have small ventilation holes or channels in the lid to allow for steam or gas exchange during the sterilization process, ensuring effective disinfection while preventing the buildup of pressure.

5. Handles or Latches: The trays often have handles, latches, or locking mechanisms to facilitate easy and secure handling, especially when transporting the trays to and from sterilization areas.

Usage: Disinfection trays and lid sterilization trays are used in various medical and laboratory settings, including hospitals, clinics, dental practices, and research facilities. They are essential for maintaining a high level of cleanliness, preventing the spread of infections, and ensuring that medical instruments are ready for safe use.

Disinfection and Sterilization Process: The process of using these trays involves placing the instruments inside the tray, securing the lid, and then subjecting the tray to appropriate disinfection or sterilization methods. Disinfection can involve soaking the instruments in disinfectant solutions or using chemical disinfection processes. Sterilization often includes methods like autoclaving, which uses high-temperature steam under pressure, or other methods such as dry heat or gas sterilization.

Benefits:

1. Infection Control: Properly disinfected and sterilized instruments are crucial for preventing healthcare-associated infections and ensuring patient safety.

2. Organization: The compartments and dividers within the tray help keep instruments organized during the cleaning and sterilization process, reducing the risk of damage and promoting efficient workflows.

3. Instrument Longevity: Using disinfection trays can prolong the lifespan of medical instruments by subjecting them to controlled and safe disinfection and sterilization processes.

4. Ease of Handling: The design of the trays, including handles and secure closures, makes it easier for healthcare professionals to transport, handle, and store instruments.

In summary, disinfection trays and lid sterilization trays are vital components of infection control measures in medical and laboratory settings. They play a critical role in maintaining the cleanliness and sterility of medical instruments, thus contributing to the overall safety and effectiveness of medical procedures.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A mesh sterilization tray is a specialized medical device used in healthcare settings to facilitate the sterilization and storage of surgical instruments and medical equipment. These trays are designed to ensure that the instruments remain sterile and free from contamination until they are needed for a surgical procedure or medical treatment. Here's an overview of mesh sterilization trays:

1. Materials: Mesh sterilization trays are typically made from high-quality, medical-grade stainless steel. Stainless steel is preferred because it is durable, corrosion-resistant, and can withstand high-temperature sterilization processes.

2. Mesh Design: The trays feature a perforated or mesh-like design on the bottom and sides. This design allows steam or gas from the sterilization process to penetrate and reach all surfaces of the instruments, ensuring thorough sterilization.

3. Handles and Lids: Mesh sterilization trays often have handles or grips to make them easy to carry and manipulate. They may also come with secure lids or covers that protect the instruments from contaminants once they are sterilized.

4. Size and Configurations: Mesh sterilization trays come in various sizes and configurations to accommodate different types and quantities of surgical instruments. Some trays have multiple compartments or sections to organize instruments effectively.

5. Sterilization Methods: These trays are suitable for various sterilization methods, including steam autoclaving, ethylene oxide (ETO) sterilization, and low-temperature hydrogen peroxide gas plasma sterilization. The mesh design ensures that the sterilant can reach all areas of the instruments.

6. Visibility: Mesh trays offer good visibility of the contents, making it easy for healthcare professionals to inspect instruments and verify their sterility before use.

7. Instrument Protection: Mesh trays protect delicate and sharp instruments from damage during the sterilization process and while in storage. The mesh prevents instruments from touching each other and potentially causing damage.

8. Cleaning and Maintenance: Mesh sterilization trays are designed to be easy to clean and maintain, contributing to their durability and longevity.

9. Quality Standards: They are manufactured in compliance with strict quality and safety standards, ensuring that they meet the requirements for medical device sterilization.

10. Reuse: Mesh sterilization trays are designed for multiple uses. They are cleaned, sterilized, and reused in healthcare settings, which helps reduce waste and healthcare costs.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A laparoscopy instrument sterilization tray is a specialized container designed to hold, organize, sterilize, and store surgical instruments used in laparoscopic procedures. Laparoscopy is a minimally invasive surgical technique that involves making small incisions and inserting a laparoscope (a thin tube with a light and camera) and other instruments to perform procedures within the abdominal cavity. These trays are crucial for maintaining the cleanliness, sterility, and proper organization of laparoscopic instruments before they are used in these procedures. Here's an overview of a laparoscopy instrument sterilization tray:

Design and Features:

1. Material: Laparoscopy instrument sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold laparoscopic instruments, such as trocars, graspers, scissors, dissectors, and other tools used in laparoscopy procedures.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the laparoscopic instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Laparoscopy instrument sterilization trays are used in hospitals, surgical centers, and healthcare facilities where laparoscopic procedures are performed. They are vital for maintaining instrument sterility, optimizing workflow, and promoting patient safety.

Sterilization Process: The laparoscopic instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure) or other sterilization methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized laparoscopic instruments are essential for preventing infections and ensuring patient safety during laparoscopy procedures.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before a laparoscopy procedure.

3. Instrument Longevity: The trays contribute to the longevity of laparoscopic instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in surgical settings by providing a structured system for handling and storing laparoscopic instruments.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

An arthroscope sterilization tray is a specialized container designed to hold, organize, sterilize, and store arthroscopic instruments used in arthroscopy procedures. Arthroscopy is a medical procedure used to visualize, diagnose, and treat conditions of joints using an arthroscope, a thin tube with a light and camera. These trays are crucial for maintaining the cleanliness, sterility, and proper organization of arthroscopy instruments before they are used in these procedures. Here's an overview of an arthroscope sterilization tray:

Design and Features:

1. Material: Arthroscope sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold arthroscopy instruments, such as arthroscopes, shavers, probes, graspers, and other tools used in arthroscopy procedures.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the arthroscopy instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Arthroscope sterilization trays are used in hospitals, surgical centers, and healthcare facilities where arthroscopy procedures are performed. They are vital for maintaining the sterility of instruments and optimizing the workflow of arthroscopy procedures.

Sterilization Process: The arthroscopy instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure) or other sterilization methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized arthroscopy instruments are essential for preventing infections and ensuring patient safety during arthroscopy procedures.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before an arthroscopy procedure.

3. Instrument Longevity: The trays contribute to the longevity of arthroscopy instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in surgical settings by providing a structured system for handling and storing arthroscopy instruments.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

An endoscope sterilization tray is a specialized container designed to hold, organize, sterilize, and store endoscopic instruments and components used in medical procedures that involve visualization and examination of internal body cavities. Endoscopes are medical devices equipped with cameras and lights that allow physicians to view and diagnose conditions within the body. These trays are crucial for maintaining the cleanliness, sterility, and proper organization of endoscopic instruments before they are used in medical interventions. Here's an overview of an endoscope sterilization tray:

Design and Features:

1. Material: Endoscope sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold endoscopic instruments, such as endoscopes, light cables, biopsy forceps, brushes, and other tools used in endoscopic procedures.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the endoscopic instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Endoscope sterilization trays are used in hospitals, surgical centers, and healthcare facilities where endoscopic procedures are performed. They are vital for maintaining instrument sterility, optimizing workflow, and promoting patient safety.

Sterilization Process: The endoscopic instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure), chemical sterilization, or other methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized endoscopic instruments are essential for preventing infections and ensuring patient safety during endoscopic procedures.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before an endoscopic procedure.

3. Instrument Longevity: The trays contribute to the longevity of endoscopic instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in medical settings by providing a structured system for handling and storing endoscopic instruments.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A camera head sterilization tray is a specialized container designed to hold, protect, sterilize, and store camera heads used in medical imaging equipment, such as endoscopes, laparoscopes, and other devices with camera systems. These trays are crucial for maintaining the cleanliness, sterility, and integrity of camera heads before they are used in medical procedures. Here's an overview of a camera head sterilization tray:

Design and Features:

1. Material: Camera head sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed to securely hold and protect the camera head during the sterilization process and while the camera head is in storage. The interior may have a cushioned lining or protective padding to prevent damage to the camera head.

3. Lid: The tray features a secure lid that covers and seals the camera head during the sterilization process and while it's stored. The lid prevents contamination and safeguards the sterile camera head from external elements.

4. Secure Restraints: Inside the tray, there may be custom-designed restraints or holders that secure the camera head in place, preventing movement or damage during sterilization and handling.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Ventilation: Some trays may include ventilation holes or channels in the lid to allow for steam or gas exchange during the sterilization process, ensuring effective sterilization while preventing pressure buildup.

Usage: Camera head sterilization trays are used in hospitals, medical facilities, and healthcare settings where endoscopic and laparoscopic procedures are performed. They are vital for maintaining the sterility and functionality of camera heads used in medical imaging equipment.

Sterilization Process: The camera head is placed within the tray's designated compartment, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure) or other sterilization methods suitable for medical equipment.

Benefits:

1. Infection Control: Properly sterilized camera heads are essential for preventing contamination and ensuring patient safety during medical imaging procedures.

2. Protection: The trays protect camera heads from damage and contamination during sterilization, transportation, and storage.

3. Longevity: By providing a safe and controlled environment, the trays contribute to extending the lifespan of camera heads and associated equipment.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile camera heads.

5. Workflow Enhancement: The trays optimize the workflow by providing a secure and organized system for handling, sterilizing, and storing camera heads.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

Suture pads, also known as practice pads or suture training pads, are tools used for practicing and perfecting suturing techniques. Here are some common features of suture pads:

• Realistic Tissue Simulation: Reviti Suture pads are designed to closely mimic the texture and feel of human tissue, providing a realistic training experience. They are typically made from synthetic materials that resemble the properties of skin, allowing users to practice suturing techniques in a lifelike manner.
• Multi-Layered Construction: Reviti Suture pads often feature multiple layers, including an outer layer that resembles the epidermis, a middle layer simulating subcutaneous tissue, and an inner layer representing muscle or other deeper structures. This layered construction provides a realistic and anatomically accurate suturing experience.
• Wound Replication: Reviti Suture pads may include pre-made wounds or incisions that need to be sutured. These wounds can vary in size, shape, and complexity, allowing users to practice different suturing techniques and patterns.
• Durability: Reviti Suture pads are designed to withstand repeated use and manipulation during training sessions. They are made from durable materials that can withstand the insertion and removal of sutures without tearing or degrading quickly.
• Compatibility with Various Suture Materials: Reviti Suture pads are compatible with a wide range of suture materials, including commonly used sutures such as nylon, silk, or polypropylene. This allows users to practice with different suture materials and sizes.
• Easy-to-Use and Portable: Reviti Suture pads are lightweight and portable, making them convenient for practicing suturing skills in different settings. They often come with a non-slip base or attachment options to secure them in place during training.
• Reusable and Cleanable: Reviti Suture pads are designed for repeated use. They can be cleaned and disinfected after each training session, allowing for proper maintenance of hygiene and longevity of the pad.

Additional Information:

• Item Code: SuturePad
• Production Capacity: 10000+
• Delivery Time: 5-7 Days
• Packaging Details: Corrugated eco Friendly Packaging

Product Details:

A sinuscope sterilization tray is a specialized container designed to hold, organize, sterilize, and store sinuscope instruments used in medical procedures that involve visualizing and diagnosing conditions within the nasal and sinus cavities. Sinuscopes are medical devices equipped with cameras and lights that allow physicians to view and treat conditions in these areas. These trays are essential for maintaining the cleanliness, sterility, and proper organization of sinuscope instruments before they are used in medical interventions. Here's an overview of a sinuscope sterilization tray:

Design and Features:

1. Material: Sinuscope sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold sinuscope instruments, such as sinuscope tubes, light cables, biopsy forceps, and other tools used in procedures involving the nasal and sinus cavities.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the sinuscope instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Sinuscope sterilization trays are used in hospitals, surgical centers, and healthcare facilities where procedures involving the nasal and sinus cavities are performed. They are vital for maintaining instrument sterility, optimizing workflow, and promoting patient safety.

Sterilization Process: The sinuscope instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure), chemical sterilization, or other methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized sinuscope instruments are essential for preventing infections and ensuring patient safety during procedures involving the nasal and sinus cavities.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before a sinuscope procedure.

3. Instrument Longevity: The trays contribute to the longevity of sinuscope instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in medical settings by providing a structured system for handling and storing sinuscope instruments.

In summary, sinuscope sterilization trays are essential tools for maintaining the sterility and organization of sinuscope instruments used in medical procedures. They contribute to infection control, efficient medical processes, and the overall success of procedures involving the nasal and sinus cavities.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A sterilization tray for camera cables is a specialized container designed to hold and sterilize camera cables used in medical procedures, particularly in surgical settings. These trays are crucial for maintaining the cleanliness and sterility of camera cables, which are essential components of medical imaging systems such as endoscopes, laparoscopes, and other minimally invasive surgical instruments. Here's an overview of what a sterilization tray for camera cables might involve:

Design and Features:

1. Cable Management: The tray is designed to securely hold and organize camera cables to prevent tangling or damage during sterilization and storage.

2. Compartments: The tray may have compartments or dividers to separate individual cables, preventing them from coming into direct contact with each other during sterilization.

3. Cable Protection: The interior of the tray is padded or lined with materials that provide cushioning to protect the cables from physical damage during handling and transportation.

4. Secure Closure: The tray features a secure closure mechanism, such as latches or locking mechanisms, to ensure that the cables are contained and protected throughout the sterilization process.

5. Material: The tray may be constructed from materials that can withstand the sterilization process, such as medical-grade aluminum, stainless steel, or specialized plastics that can handle high temperatures and sterilization chemicals.

Sterilization Process: The camera cables are placed inside the sterilization tray, and the tray is then subjected to the appropriate sterilization method. The most common sterilization method for medical instruments is autoclaving, which involves exposing the instruments to high-temperature steam under pressure. The sterilization tray must be designed to withstand the conditions of the chosen sterilization process without causing damage to the camera cables.

Maintenance: After the sterilization process, the tray needs to be handled with care to prevent any damage to the sterilized camera cables. Regular inspection of the tray for any signs of wear, damage, or corrosion is important to ensure that it remains suitable for repeated use.

Benefits:

1. Infection Control: Using sterilization trays for camera cables helps prevent the spread of infections by ensuring that these critical components remain sterile and free from contaminants.

2. Equipment Longevity: Regular sterilization and proper storage in dedicated trays can extend the lifespan of camera cables and associated equipment by protecting them from damage and wear.

3. Efficiency: Well-designed sterilization trays make it easier for healthcare professionals to handle and organize camera cables, streamlining the sterilization process and ensuring that the cables are readily available when needed.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A CIDEX tray is a medical device used for the high-level disinfection of medical instruments and devices. CIDEX is a brand name for a type of high-level disinfectant solution commonly used in healthcare settings. The CIDEX tray is specifically designed to hold and immerse medical instruments or devices in the CIDEX solution, ensuring proper and effective disinfection. Here are some common product features of a CIDEX tray:

1. Material: CIDEX trays are typically made of durable and chemical-resistant materials, aluminium or stainless steel. These materials ensure the tray's longevity and ability to withstand repeated disinfection cycles without degradation.

2. Design: The tray is designed with specific compartments or slots to hold and separate individual medical instruments or devices during the disinfection process. This design prevents the instruments from touching each other, allowing the CIDEX solution to reach all surfaces for thorough disinfection.

3. Size Options: CIDEX trays come in various sizes to accommodate different types and quantities of medical instruments or devices. The size options allow healthcare facilities to choose the appropriate tray based on their specific needs.

4. Lid or Cover: Reviti CIDEX trays come with a lid or cover to seal the tray during the disinfection process. The lid helps retain the disinfectant solution and prevents spills or contamination during transportation.

5. Compatibility: CIDEX trays are specifically designed to work with the corresponding CIDEX high-level disinfectant solution. They are compatible with the chemical properties of the disinfectant, ensuring proper disinfection efficacy.

6. Measurement Markings: Some trays may have measurement markings on the side to indicate the volume of CIDEX solution required for the disinfection process, ensuring the right amount of disinfectant is used each time.

7. Handles or Grips: CIDEX trays have handles or grips on the sides for easy handling and transport. These handles are typically designed to be comfortable and easy to grip.

8. Autoclave Compatibility: CIDEX trays are designed to withstand autoclave sterilization cycles, ensuring that the tray itself remains disinfected between uses.

9. Cleaning and Maintenance: The design of the CIDEX tray allow for easy cleaning and maintenance to prevent cross-contamination and ensure proper disinfection with each use.

Additional Information:

• Item Code: Cidex
• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: Corrugated

Product Details:

A sterilization tray, often made from aluminum or other materials, is a specialized container designed for holding and organizing medical instruments, devices, or other items that need to be sterilized before use in healthcare settings. The use of aluminum in sterilization trays is popular due to its properties that make it suitable for the demanding requirements of medical sterilization processes. Here's an overview:

Material: Aluminum is often chosen for sterilization trays due to its various beneficial properties. It is lightweight, durable, corrosion-resistant, and can withstand high temperatures typically used in sterilization processes without warping or compromising its structural integrity.

Features and Characteristics:

1. Design and Compartments: Sterilization trays are designed with compartments, dividers, and secure closures to organize and protect the instruments during sterilization and transportation.

2. Heat Resistance: Aluminum's high melting point and thermal conductivity make it suitable for withstanding the high temperatures and rapid heating and cooling cycles used in autoclave sterilization processes.

3. Corrosion Resistance: Aluminum has a natural oxide layer that provides corrosion resistance, ensuring the longevity of the sterilization trays even with exposure to moisture and sterilization chemicals.

4. Lightweight: Aluminum's lightweight nature makes the trays easy to handle, especially when loaded with instruments, and contributes to efficient sterilization processes.

5. Easy to Clean: Aluminum surfaces are relatively smooth and can be easily cleaned and sanitized, which is crucial in maintaining the sterility of the instruments.

6. Non-Reactive: Aluminum is non-reactive with most common sterilization agents, ensuring that the trays won't interact with the sterilization process or the instruments being sterilized.

7. Customizability: Sterilization trays can be manufactured in various sizes, shapes, and configurations to accommodate different types of instruments and medical devices.

Usage: Sterilization trays are commonly used in hospitals, dental clinics, veterinary clinics, and other medical facilities. They play a crucial role in maintaining the sterility of medical instruments before they are used in surgical procedures, patient care, and other medical applications.

Maintenance: While aluminum sterilization trays are durable and resistant to corrosion, they still require regular cleaning and inspection to ensure they remain in optimal condition. Scratches or damage to the surface could compromise the integrity of the tray, so care should be taken during handling and cleaning.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

• Purpose: The Reviti endoscopy sterilization tray is designed to facilitate the efficient and effective sterilization of endoscopy instruments and accessories.

• Material: Constructed from high-quality, durable materials that withstand repeated sterilization processes, ensuring longevity and reliability.

• Compatibility: Specifically engineered to accommodate a variety of endoscopy instruments, including scopes, forceps, and other accessories commonly used in endoscopic procedures.

• Organization: The tray features a well-organized layout with designated compartments and slots for each instrument, promoting easy identification and retrieval during the sterilization process.

• Ventilation: Incorporates a ventilation system to allow proper air circulation during sterilization, ensuring that all surfaces of the instruments are effectively exposed to the sterilizing agent.

• Sterilization Methods: Compatible with various sterilization methods, including steam autoclaving and ethylene oxide gas sterilization, providing flexibility based on the facility's preferences and equipment.

• Easy Handling: Designed with user-friendly features such as ergonomic handles and a lightweight construction, facilitating easy handling and transportation between the procedural area and the sterilization facility.

• Compliance: Manufactured in accordance with industry standards and guidelines for medical device sterilization, ensuring adherence to regulatory requirements and promoting patient safety.

• Durability: The tray is built to withstand the rigors of repeated sterilization cycles without compromising its structural integrity or the effectiveness of the sterilization process.

• Maintenance: Simple and straightforward maintenance requirements, allowing for easy cleaning and inspection to ensure continued functionality over time.

• Traceability: Incorporates features that support traceability and documentation, enabling healthcare facilities to maintain a record of sterilization cycles and adherence to quality control standards.

• Cost-Efficiency: A cost-effective solution for healthcare facilities, providing a reliable and durable option for the sterilization of endoscopy instruments, ultimately contributing to operational efficiency and patient care.

• • Material Composition: Constructed from high-quality anodized aluminum, offering durability and corrosion resistance, ensuring a long lifespan for the sterilization tray.

  • Corrosion Resistance: Anodized aluminum provides enhanced corrosion resistance, making the tray suitable for repeated exposure to sterilization processes without compromising its structural integrity.

  • Lightweight Design: The use of anodized aluminum results in a lightweight tray, facilitating easy handling and transportation between the procedural area and the sterilization facility.

  • Enhanced Aesthetics: Anodized aluminum lends a sleek and modern appearance to the sterilization tray, contributing to a professional and hygienic impression in the healthcare environment.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: BOX

Product Details:

A fine and micro instrument sterilization tray is a specialized container designed to hold, organize, sterilize, and store delicate and small surgical instruments used in various medical procedures, particularly those that require precision and meticulous handling. These trays are crucial for maintaining the cleanliness, sterility, and proper organization of fine and micro instruments before they are used in surgical interventions. Here's an overview of a fine and micro instrument sterilization tray:

Design and Features:

1. Material: Fine and micro instrument sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold fine and micro instruments, such as micro scissors, needle holders, micro forceps, micro dissectors, and other delicate tools.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the fine and micro instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Fine and micro instrument sterilization trays are used in hospitals, surgical centers, dental clinics, and healthcare facilities where procedures require precision instruments. They are vital for maintaining instrument sterility, optimizing workflow, and promoting patient safety.

Sterilization Process: The fine and micro instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure) or other sterilization methods suitable for delicate medical instruments.

Benefits:

1. Infection Control: Properly sterilized fine and micro instruments are essential for preventing infections and ensuring patient safety during surgical procedures that require precision.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before procedures that require fine and micro instruments.

3. Instrument Longevity: The trays contribute to the longevity of fine and micro instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in surgical settings by providing a structured system for handling and storing delicate and small surgical instruments.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A dental implant sterilization tray with a lid is a specialized container used in dental practices to hold, organize, sterilize, and store dental implants, as well as the associated instruments and components needed for dental implant procedures. These trays are designed to ensure the cleanliness, sterility, and proper organization of dental implant components before they are used in patient treatment. Here's an overview of a dental implant sterilization tray with a lid:

Design and Features:

1. Material: These trays are typically made from durable, non-corrosive materials suitable for the sterilization process, such as medical-grade stainless steel or high-quality plastics.

2. Tray Layout: The tray is designed with compartments, slots, or specific arrangements to hold dental implant components, including implants, abutments, healing caps, surgical instruments, and other associated items.

3. Lid: The tray features a secure lid that covers and seals the tray during the sterilization process and when the components are stored. The lid helps prevent contamination of the sterile contents and provides protection against external elements.

4. Compartments and Dividers: The interior of the tray includes compartments or dividers to separate and organize different implant components, preventing direct contact and potential damage during sterilization and storage.

5. Handles or Latches: Dental implant sterilization trays often have handles, latches, or locking mechanisms for secure and convenient handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Dental implant sterilization trays with lids are utilized in dental clinics, oral surgery centers, and dental laboratories to maintain a high level of hygiene and infection control when handling implant components. These trays are essential for preparing dental implants and related instruments before procedures, ensuring patient safety and optimal treatment outcomes.

Sterilization Process: The process involves placing the dental implant components inside the tray's designated compartments, securing the lid, and then subjecting the tray to a proper sterilization method. Common methods include autoclaving (using high-temperature steam under pressure), chemical sterilization, or other methods suitable for dental instruments.

Benefits:

1. Infection Control: Proper sterilization of dental implant components is critical for preventing infections and ensuring the safety of patients undergoing dental implant procedures.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for assembling instruments and components before a procedure.

3. Instrument Longevity: Sterilization trays contribute to the longevity of dental implants and instruments by ensuring they are treated gently during the sterilization process.

4. Safety: Secure lids prevent contamination of sterile components and provide a safe and protected storage environment.

5. Workflow Optimization: The trays enhance the workflow in dental practices by providing an organized system for handling and storing dental implant components.

Dental implant sterilization trays with lids are integral to maintaining the quality and safety of dental implant procedures. They enable dental professionals to efficiently manage the sterilization and organization of implant components, ultimately benefiting both the dental team and patients.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A cystoscopy set sterilization tray is a specialized container designed to hold, organize, sterilize, and store the instruments and components used in cystoscopy procedures. Cystoscopy is a medical procedure that involves examining the inside of the urinary bladder and urethra using a cystoscope, a thin tube with a light and camera. These trays play a crucial role in maintaining the cleanliness, sterility, and proper organization of cystoscopy instruments before they are used in these procedures. Here's an overview of a cystoscopy set sterilization tray:

Design and Features:

1. Material: Cystoscopy set sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold cystoscopy instruments, such as the cystoscope, forceps, biopsy tools, and other instruments used in cystoscopy procedures.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the cystoscopy instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Cystoscopy set sterilization trays are used in hospitals, surgical centers, and healthcare facilities where cystoscopy procedures are performed. They are vital for maintaining the sterility of instruments and optimizing the workflow of cystoscopy procedures.

Sterilization Process: The cystoscopy instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure) or other sterilization methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized cystoscopy instruments are essential for preventing infections and ensuring patient safety during cystoscopy procedures.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before a cystoscopy procedure.

3. Instrument Longevity: The trays contribute to the longevity of cystoscopy instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in surgical settings by providing a structured system for handling and storing cystoscopy instruments.

Additional Information:

• Production Capacity: 1000
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX

Product Details:

A hysteroscope sterilization tray is a specialized container designed to hold, organize, sterilize, and store hysteroscopic instruments and components used in hysteroscopy procedures. Hysteroscopy is a medical procedure that involves examining the inside of the uterus using a hysteroscope, a thin tube with a light and camera. These trays play a crucial role in maintaining the cleanliness, sterility, and proper organization of hysteroscopic instruments before they are used in these procedures. Here's an overview of a hysteroscope sterilization tray:

Design and Features:

1. Material: Hysteroscope sterilization trays are typically made from materials that can withstand the sterilization process, such as medical-grade stainless steel or high-quality plastics. The choice of material depends on the sterilization method used.

2. Tray Layout: The tray is designed with compartments, slots, and specific arrangements to hold hysteroscopic instruments, such as the hysteroscope itself, graspers, scissors, biopsy forceps, and other tools used in hysteroscopy procedures.

3. Lid: The tray features a secure lid that covers and seals the contents during the sterilization process and while the instruments are stored. The lid prevents contamination and safeguards the sterile instruments from external elements.

4. Compartments and Dividers: The interior of the tray includes compartments and dividers to keep the hysteroscopic instruments separated and organized, preventing direct contact and potential damage.

5. Handles or Latches: These trays often have handles, latches, or locking mechanisms for easy, secure handling during transportation and storage.

6. Identification and Labeling: Some trays may have labeling options to identify the contents or to track the sterilization cycle, ensuring traceability and accountability.

Usage: Hysteroscope sterilization trays are used in hospitals, surgical centers, and healthcare facilities where hysteroscopy procedures are performed. They are vital for maintaining the sterility of instruments and optimizing the workflow of hysteroscopic procedures.

Sterilization Process: The hysteroscope instruments are placed within the designated compartments, the lid is secured, and the tray is subjected to the appropriate sterilization method. Common methods include autoclaving (using high-temperature steam under pressure) or other sterilization methods suitable for medical instruments.

Benefits:

1. Infection Control: Properly sterilized hysteroscope instruments are essential for preventing infections and ensuring patient safety during hysteroscopy procedures.

2. Efficiency: Organized trays streamline the preparation process, reducing the time needed for instrument setup before a hysteroscopic procedure.

3. Instrument Longevity: The trays contribute to the longevity of hysteroscopic instruments by ensuring they are treated gently and protected during the sterilization process.

4. Safety: Secure lids prevent contamination and provide a controlled storage environment for sterile instruments.

5. Workflow Enhancement: The trays optimize the workflow in surgical settings by providing a structured system for handling and storing hysteroscopic instruments.

Additional Information:

• Production Capacity: 1000+
• Delivery Time: 5-7 days
• Packaging Details: CORRUGATED BOX