Salient - Characteristics.docx

Salient Characteristics

Item Description, Make/Model

2D ENT CLINIC MINOR PROCEDURE TRAY

2D ENT MYRINGOTOMY TRAY

2D ENT SINUSPLASTY TRAY

2D ENT TRACHEOSTOMY TRAY

BASIC EAR TRAY

BASIC NOSE TRAY

THYROID TRAY

ENT RADICAL NECK RETRACTORS

FLOOR OF THE MOUTH TRAY

FRONTAL SINUS TRAY

LACRIMAL PROBE TRAY

LARYNGOSCOPY TRAY

2D MPC GENERAL TRAY

AESCULAP LAP TRAY

BALFOUR RETRACTOR TRAY

MAJOR BASIC RETRACTOR 2 TRAY

MAJOR BASIC SET PAN 1

MINOR BASIC TRAY

RECTAL TRAY

ABDOMINAL HYSTERECTOMY TRAY

D AND C TRAY

O CONNOR O SULLIVAN TRAY

OR GYN NOVAK ENDOMETRIAL CURETTES

VAGINAL HYSTERECTOMY RETRACTORS

VAGINAL HYSTERECTOMY TRAY

2D MPC CIRCUMCISION TRAY

2D MPC VASECTOMY TRAY 1

2D MPC PODIATRY

HAND FOOT ANKLE

OR PODIATRY CURETTES

ORTHO HAND SERVICE TENOTOMY SCISSORS

PODIATRY OSTEOTOMES

AV FISTULA EXTRAS

AV FISTULA TRAY

SHARPS VASCULAR PAN

VASCULAR TRAY

SKIN HOOK TRAY

SHARP SENN RETRACTORS SET

CAT CLAW TRAY

DR POSNER MICRO TRAY

MISCELLANEOUS INSTRUMENTS

CLIN 1: Stainless Steel Surgical Instruments

Total Quantity:

☐ Network Required if Checked ☐ BMET Training Required if Checked

☒ Manufacturer Certified Installation Required if Checked ☐ End User Training Required if Checked

Salient Characteristics:

Functions to be Performed by Stainless Steel Surgical Instruments in the Operating Room:

1. Cutting and Dissecting:

· Precision Cutting: Instruments such as scalpels and scissors must provide precise and sharp cutting capabilities for making clean and accurate incisions and dissections of various tissues.

· Tissue Separation: Instruments like dissecting scissors and electrosurgical devices must effectively separate tissues with minimal trauma and damage.

2. Grasping and Holding:

· Secure Grasping: Forceps and clamps must securely grasp and hold tissues, blood vessels, or other surgical materials with minimal slippage, ensuring control during surgical procedures.

· Tissue Stabilization: Instruments like needle holders and hemostats must stabilize tissues or needles, allowing surgeons to perform delicate suturing and ligation with confidence and precision.

3. Retracting and Exposing:

· Tissue Retraction: Retractors must effectively hold back tissues and organs to provide surgeons with a clear and unobstructed view of the surgical site, facilitating optimal exposure for the procedure.

· Maintenance of Surgical Field: Instruments like self-retaining retractors provide consistent exposure without the need for manual assistance, allowing for efficient workflow in the operating room.

4. Clamping and Occluding:

· Blood Flow Control: Hemostatic clamps must temporarily occlude blood vessels to control bleeding during surgery, ensuring a clear surgical field and reducing blood loss.

· Tissue Occlusion: Instruments like vascular clamps must securely occlude tissues to prevent the spread of fluids or other materials during procedures.

5. Suturing and Stapling:

· Needle Holding: Needle holders must provide a secure grip on surgical needles, enabling precise suturing of tissues, vessels, or organs.

· Tissue Approximation: Suturing and stapling devices must effectively approximate and close tissues, promoting proper healing and reducing the risk of complications.

6. Debridement and Cleaning:

· Tissue Removal: Instruments used for debridement must efficiently remove necrotic or damaged tissue from wounds or surgical sites, promoting optimal healing conditions.

· Wound Cleaning: Instruments like curettes or lavage devices must clean and irrigate wounds to reduce the risk of infection and prepare the site for further surgical intervention.

7. Manipulation and Adjustment:

· Bone and Joint Manipulation: Instruments such as orthopedic drills, saws, and rasps must manipulate and shape bones and joints during orthopedic surgeries.

· Fine Adjustments: Instruments used in delicate procedures, such as ophthalmic or neurosurgical surgeries, must allow for precise and careful adjustments to delicate structures.

8. Suction and Aspiration:

· Fluid Removal: Suction instruments must efficiently remove blood, fluids, and debris from the surgical site, ensuring a clear view and dry operating field.

· Airway Management: Suction devices must assist in maintaining clear airways during surgical procedures involving the respiratory tract.

9. Measurement and Identification:

· Tissue Measurement: Instruments equipped with measurement scales, such as rulers and calipers, must provide accurate measurements of tissues, organs, or implants.

· Instrument Identification: Instruments must have clear markings for easy identification and verification, ensuring the correct tools are used for the procedure and facilitating proper sterilization and maintenance.

10. Safety and Compliance:

· Regulatory Adherence: Instruments must comply with relevant regulatory and industry standards, including FDA, OSHA, and ISO certifications, to ensure safety, efficacy, and quality control.

· Sterilization Compatibility: Instruments must be able to withstand repeated sterilization processes without degradation, ensuring they remain safe and effective for use in multiple procedures.

Functional Requirements for Stainless Steel Instruments:

The stainless steel instruments required must meet specific functional requirements to support a diverse range of clinical specialties, including General Surgery, Gynecology (GYN), Ear, Nose, and Throat (ENT), Vascular Surgery, Orthopedics, Podiatry, Hand Surgery, Urology, Ophthalmology, and Plastic Surgery. These functional requirements include:

1. Durability and Corrosion Resistance:

· Instruments must be made from high-quality medical-grade stainless steel to ensure longevity and resistance to corrosion. This is critical to withstand repeated use and sterilization processes without degradation.

2. Precision and Sharpness:

· The instruments must maintain sharpness and precision for accurate cutting and manipulation of tissues. This is necessary for procedures across all specialties to ensure precise and safe surgical interventions.

3. Ergonomic Design:

· Instruments must have an ergonomic design to reduce hand fatigue and enhance control during lengthy procedures. Comfort and ease of use are essential for surgeons performing complex and delicate surgeries.

4. Versatility:

· The instruments should be versatile to accommodate various surgical techniques and procedures. This includes scalability for different sizes and types of instruments tailored to specific specialties, such as fine needle holders for Ophthalmology or robust bone cutters for Orthopedics.

5. Compatibility and Standardization:

· Instruments must be compatible with existing surgical setups and standardized to fit universally accepted dimensions and designs. This will facilitate seamless integration into current surgical workflows and instrument trays.

6. Safety Features:

· Instruments must include safety features such as non-slip handles and secure locking mechanisms to ensure stability and control during use. Safety is paramount to prevent accidental injuries and ensure patient safety.

7. Sterility and Maintenance:

· Instruments must be easy to sterilize and maintain, with smooth surfaces and minimal crevices to prevent contamination. The ability to sustain high standards of cleanliness is essential to comply with infection control protocols.

Performance Requirements for Stainless Steel Surgical Instruments in the Operating Room:

To ensure optimal functionality and safety across all surgical specialties, stainless steel surgical instruments used in the operating room must meet the following performance requirements:

1. Durability and Corrosion Resistance:

· Instruments must be constructed from high-quality medical-grade stainless steel to ensure exceptional durability and resistance to corrosion. This is vital for maintaining the integrity of the instruments throughout repeated use and sterilization processes.

2. Precision and Sharpness:

· Instruments must maintain sharpness and precision for accurate cutting, dissection, and manipulation of tissues. Precision is critical for minimizing tissue damage and enhancing surgical outcomes across various surgical procedures.

3. Ergonomic Design:

· Instruments must have an ergonomic design that provides comfort and ease of use during lengthy and complex surgeries. This includes features such as non-slip handles and balanced weight distribution to reduce hand fatigue and enhance control.

4. Versatility and Functionality:

· Instruments must be versatile enough to support a wide range of surgical techniques and procedures. They should offer functionality tailored to specific surgical specialties while maintaining compatibility with existing surgical setups and trays.

5. Safety Features:

· Instruments must include safety features such as secure locking mechanisms, atraumatic tips, and non-slip grips to ensure stability and control during use. Safety is paramount to prevent accidental injuries to both patients and surgical staff.

6. Sterilization and Maintenance:

· Instruments must be designed for easy sterilization and maintenance, with smooth surfaces and minimal crevices to prevent contamination. The ability to sustain high standards of cleanliness is essential for compliance with infection control protocols.

7. Reliable Performance Under Pressure:

· Instruments must perform reliably under the demanding conditions of the operating room, withstanding high-pressure scenarios and maintaining functionality throughout the duration of the procedure.

8. Compatibility and Standardization:

· Instruments must be standardized to fit universally accepted dimensions and designs, ensuring seamless integration into current surgical workflows. This is critical for facilitating efficient and organized surgical procedures.

Additional Requirements:

· OEM Certification:

· All instruments must be certified by Original Equipment Manufacturers (OEMs) to ensure authenticity and quality.

· Regulatory Compliance:

· Instruments must comply with relevant federal regulations, including FDA, OSHA, and ISO 9000 standards, to ensure safety and efficacy.

· Warranty and Support:

· Suppliers must provide warranties and ongoing support for the instruments, including maintenance and replacement services, to ensure long-term reliability and performance.

· Training and Documentation:

· Comprehensive training for medical staff on the proper use and maintenance of the instruments, along with detailed documentation, must be provided to ensure correct and safe usage.

· Manufacturer Certified Installation Required if Checked

Physical Characteristics of Stainless Steel Surgical Instruments Used in the Operating Room:

1. Material Quality:

· Medical-Grade Stainless Steel: Instruments must be constructed from high-quality medical-grade stainless steel, such as ASTM F899 or ISO 7153-1 certified stainless steel. This ensures exceptional durability, corrosion resistance, and biocompatibility.

· Non-Corrosive Properties: The steel used must resist rust, stains, and corrosion, particularly when exposed to bodily fluids and sterilization processes.

2. Surface Finish:

· Smooth and Polished Surfaces: Instruments should have smooth and polished surfaces to minimize tissue adhesion and facilitate easy cleaning and sterilization. A high-polish finish also enhances the instruments' aesthetic appearance and longevity.

· Electropolished Surfaces: For certain instruments, electropolishing can be employed to further enhance corrosion resistance and surface smoothness.

3. Design and Ergonomics:

· Ergonomic Handles: Instruments must feature ergonomic handles designed to reduce hand fatigue and provide a comfortable, secure grip. This includes features such as non-slip texturing and finger rest areas.

· Balanced Weight Distribution: Instruments should have balanced weight distribution to enhance control and precision during surgical procedures, ensuring ease of use and reducing surgeon fatigue.

4. Precision and Sharpness:

· Sharp Edges and Tips: Cutting instruments like scalpels, scissors, and needles should maintain sharp, precise edges and tips to enable accurate dissection and tissue manipulation.

· Fine Points: Instruments that require fine points, such as needle holders and micro scissors, should have precisely aligned tips to ensure smooth and accurate performance.

5. Joint and Hinge Integrity:

· Smooth Operation: Instruments with joints and hinges, such as forceps and scissors, must operate smoothly without excessive play or stiffness. The joints should be durable and withstand repeated use without loosening or breaking.

· Ratcheting Mechanisms: Instruments with ratcheting mechanisms, such as needle holders and clamps, should have reliable and adjustable ratchets to allow for secure locking and controlled release.

6. Instrument Specificity:

· Varied Sizes and Shapes: Instruments should be available in a range of sizes and shapes to accommodate different surgical techniques and anatomical variations, ensuring versatility and suitability for various specialties.

· Specialty-Specific Features: Certain instruments may require specific features tailored to their intended use, such as curved vs. straight tips, serrated edges, or insulated handles for electrosurgical instruments.

7. Markings and Identification:

· Instrument Markings: Instruments should have clear, permanent markings indicating size, manufacturer, and part number for easy identification and inventory management.

· Laser Etching with 2D Matrix: Instruments must be pre-stamped with a 2D matrix that is compatible with our instrument tracking system, Censitrac, to ensure effective tracking and management.

8. Sterilization Compatibility:

· Autoclavable: Instruments must be compatible with standard sterilization methods, including autoclaving, without degrading in performance or appearance.

· Heat Resistance: The materials and construction must withstand high-temperature sterilization processes.

9. Safety and Compliance:

· Compliance with Standards: Instruments must comply with regulatory and industry standards, such as FDA, OSHA, and ISO 9000, to ensure safety, efficacy, and quality control.

CLIN 2: Surgical Instrument Containers with Lids

☐ BMET Training Required if Checked

☒ Manufacturer Certified Installation Required if Checked ☐ End User Training Required if Checked

TRAY WITH LID 274X172X60MM

MINI TRAY W/ LID 14IN X 1.75IN

Salient Characteristics:

Functions to be Performed by Stainless Steel Surgical Instrument Containers with Lids in the Operating Room:

1. Maintain Sterility:

· Secure Sealing: The containers must securely seal with reinforced lids to ensure that surgical instruments remain sterile during storage and transport within the operating room environment.

· Autoclavable Performance: The containers must withstand repeated autoclaving processes without degrading to maintain sterility and hygiene.

2. Provide Durability and Protection:

· Robust Construction: Constructed from high-quality medical-grade stainless steel, the containers must be durable enough to resist dents, impacts, and wear, providing long-lasting protection for surgical instruments.

· Corrosion Resistance: The stainless steel material must resist corrosion and rust, even when exposed to sterilization chemicals and bodily fluids, ensuring the integrity of the containers.

3. Organize and Store Instruments Efficiently:

· Variety of Sizes: The containers must be available in various sizes to accommodate different sets of surgical instruments, ensuring efficient organization and storage for various surgical specialties.

· Stackable Design: Designed for efficient storage, the containers must be stackable to optimize space in sterilization trays and storage areas.

4. Ensure Easy Handling and Transport:

· Ergonomic Handles: The containers must feature ergonomic handles that provide a comfortable and secure grip, facilitating easy handling and transport by surgical staff.

· Secure Locking Mechanisms: Lids must have secure locking mechanisms to prevent accidental opening during transport and maintain the sterility of the contents.

5. Facilitate Visibility and Identification:

· Clear Labels and Markings: The containers must have clear, permanent labels or markings to identify the contents and ensure easy inventory management, including labels for specific instrument sets or color-coding for different surgical specialties.

· Optional Transparent Lids: While most stainless steel containers do not have transparent lids, optional clear labels or windows can be considered for easy identification of contents without opening.

6. Support Efficient Sterilization:

· Perforated Designs: The containers and lids should include perforations or drainage holes to facilitate the efficient drying and drainage of instruments post-sterilization, preventing the accumulation of water and maintaining sterility.

· Heat and Chemical Resistance: The stainless steel material should withstand high temperatures and exposure to sterilization chemicals, maintaining performance and integrity.

7. Enhance Safety:

· Non-Slip Features: Containers must include non-slip features or surfaces to ensure stability during use, reducing the risk of accidents and enhancing the safety of surgical staff.

· Ventilation and Filter Systems: Lids with ventilation systems and filters must allow for proper steam penetration during autoclaving while preventing contaminants from entering.

8. Regulatory Compliance:

· Adherence to Standards: The containers must comply with relevant regulatory and industry standards, including FDA and ISO certifications, to ensure safety, effectiveness, and compliance with healthcare regulations.

Functional Requirements for Stainless Steel Surgical Instrument Containers with Lids Used in the Operating Room:

1. Material Quality:

· Medical-Grade Stainless Steel: Containers must be constructed from high-quality, durable medical-grade stainless steel. These materials should be autoclavable and withstand repeated sterilization processes without degrading.

· Corrosion Resistance: Stainless steel should resist corrosion and rust to maintain integrity and hygiene over time, especially when exposed to sterilization chemicals and bodily fluids.

2. Durable Construction:

· Robust Design: The containers must have a strong, robust construction to withstand the rigors of daily use in the operating room. They should resist dents, impacts, and wear and tear.

· Reinforced Lids: Lids should be reinforced to ensure they securely fit onto the containers, providing a reliable seal.

3. Size and Versatility:

· Variety of Sizes: Containers should be available in various sizes to accommodate different sets of surgical instruments, from small sets to large trays.

· Compatibility with Instrument Types: Containers must accommodate a wide range of surgical instruments, ensuring that they are versatile enough to be used for different surgical specialties and procedures.

4. Safety Features:

· Secure Locking Mechanisms: Containers must have secure locking mechanisms on the lids to prevent accidental opening during transport and sterilization, ensuring the contents remain sterile.

· Ventilation and Filter Systems: Lids should have ventilation systems with filters to allow for proper steam penetration during autoclaving while preventing contaminants from entering.

5. Ease of Use:

· Ergonomic Handles: Containers should feature ergonomic handles that provide a comfortable, secure grip for easy handling and transport by surgical staff.

· Stackable Design: Containers should be designed to be stackable for efficient storage and organization in sterilization trays and storage areas.

6. Visibility and Identification:

· Clear Labels or Markings: Containers should have clear, permanent labels or markings to identify the contents and ensure easy inventory management. This can include labels for specific instrument sets or color-coding for different surgical specialties.

· Optional Transparent Lids: While most stainless steel containers do not have transparent lids, optional clear labels or windows can be considered for easy content identification without opening.

7. Sterilization Compatibility:

· Autoclavable: Containers and lids must be compatible with standard sterilization methods, including autoclaving, to ensure comprehensive sterilization of instruments within the containers.

· Heat and Chemical Resistance: Stainless steel must withstand high temperatures and exposure to chemicals used in sterilization processes without compromising performance or integrity.

8. Efficient Drainage:

· Perforated Designs: Lids and containers should include perforations or drainage holes that facilitate efficient drying and drainage post-sterilization, preventing the accumulation of water and maintaining sterility.

9. Regulatory Compliance:

· Adherence to Standards: Containers must comply with relevant regulatory and industry standards, including FDA and ISO certifications, to ensure safety, effectiveness, and compliance with healthcare regulations.

Performance Requirements for Stainless Steel Surgical Instrument Containers with Lids Used in the Operating Room:

1. Material Quality and Durability:

· Medical-Grade Stainless Steel: Containers and lids must be made from high-quality, medical-grade stainless steel, ensuring exceptional durability and resistance to corrosion. This material must withstand repeated exposure to sterilization processes and bodily fluids without degrading.

· Impact Resistance: The containers must resist dents, impacts, and other forms of physical damage during handling and transport in the operating room.

2. Secure Sealing and Sterility:

· Reinforced Lids: Lids must securely fit onto the containers, providing a reliable seal to maintain sterility during storage and transport.

· Autoclavable Performance: Both containers and lids must be able to withstand repeated autoclaving cycles without compromising their integrity or performance, ensuring that instruments remain sterile.

3. Ergonomic Design and Ease of Use:

· Ergonomic Handles: Containers must have ergonomically designed handles that provide a comfortable and secure grip, facilitating easy handling and transport by surgical staff.

· Stackable Design: Containers must be designed for stackability to optimize storage space and organization in sterilization trays and storage areas.

4. Compatibility and Standardization:

· Standard Sizes: Containers must be available in standardized sizes to accommodate various sets of surgical instruments and fit seamlessly into existing storage systems and sterilization processes.

· Instrument Compatibility: Containers must be compatible with a wide range of surgical instruments, ensuring versatility for different surgical specialties and procedures.

5. Safety Features:

· Secure Locking Mechanisms: Lids must have reliable locking mechanisms to prevent accidental opening during transport and sterilization, ensuring the contents remain sterile.

· Ventilation and Filter Systems: Lids must include ventilation systems with appropriate filters to allow for proper steam penetration during autoclaving while preventing contaminants from entering.

6. Visibility and Identification:

· Clear Labels and Markings: Containers must have clear, permanent labels or markings to identify the contents and facilitate easy inventory management. This may include laser-etched labels or color-coding for different surgical specialties.

· Transparent Windows or Panels: For ease of content identification without opening, containers should have transparent windows or panels, if applicable.

7. Efficient Sterilization and Drainage:

· Perforated Designs: Containers and lids must include perforations or drainage holes to facilitate efficient drying and drainage after sterilization, preventing water accumulation and ensuring sterility.

· Heat and Chemical Resistance: Materials used must withstand high temperatures and exposure to sterilization chemicals, maintaining performance and integrity.

8. Weight and Balance:

· Balanced Weight Distribution: Containers must have balanced weight distribution to ensure stability during handling and transport, preventing spills or accidents.

· Lightweight Construction: While maintaining durability, containers should be lightweight enough to facilitate easy handling by surgical staff.

9. Regulatory Compliance:

· Adherence to Standards: Containers must comply with all relevant regulatory and industry standards, including FDA, OSHA, and ISO certifications, ensuring safety, efficacy, and quality control.

10. Timely and Complete Delivery:

· Delivery Requirements: Timely and complete delivery of the containers is essential to maintain the surgical schedule and ensure readiness for procedures. Containers are critical to the efficient operation of the operating rooms, and any delays can impact surgical schedules and patient care.

11. Customization for Tracking Systems:

· Compatibility with Tracking Systems: Containers must be pre-stamped with a 2D matrix and activated or other identification methods compatible with the facility’s instrument tracking system, such as Censitrac, to ensure accurate inventory management and traceability.

· Manufacturer Certified Installation Required if Checked

Essential Physical Characteristics for Stainless Steel Surgical Instrument Containers with Lids Used in the Operating Room:

1. Material Quality:

· Medical-Grade Stainless Steel: Containers and lids must be constructed from high-quality, medical-grade stainless steel, ensuring durability, corrosion resistance, and biocompatibility. The material should meet ASTM F899 or ISO 7153-1 standards.

2. Surface Finish:

· Smooth, Polished Surfaces: Containers and lids should feature smooth, polished surfaces to minimize tissue adhesion and facilitate easy cleaning and sterilization. A polished finish enhances aesthetic appearance and longevity.

· Electropolished Finish: For certain settings, an electropolished surface can further enhance resistance to corrosion and surface smoothness, providing better sanitation and longer life.

3. Robust Design:

· Impact Resistance: Containers must be designed to resist dents, impacts, and wear, providing long-lasting protection for surgical instruments.

· Reinforced Lids: Lids should be reinforced to securely fit onto the containers, providing a reliable seal to maintain sterility during storage and transport.

4. Ergonomic Features:

· Ergonomic Handles: Containers must include ergonomic handles for a comfortable, secure grip, enabling easy handling and transport by surgical staff.

· Balanced Weight Distribution: Containers should have balanced weight distribution to ensure stability and ease of handling, reducing the risk of spills or accidents.

5. Size and Versatility:

· Variety of Sizes: Containers should be available in multiple sizes to accommodate different sets of surgical instruments, ensuring versatility for various surgical specialties and procedures.

· Compatibility with Instrument Types: The design should allow compatibility with a wide range of surgical instruments.

6. Safety Features:

· Secure Locking Mechanisms: Lids must have secure locking mechanisms to prevent accidental opening during transport and sterilization, ensuring that the contents remain sterile.

· Ventilation and Filter Systems: Lids should include ventilation systems with appropriate filters to allow proper steam penetration during autoclaving while preventing contaminants from entering.

7. Visibility and Identification:

· Clear Labels and Markings: Containers must have clear, permanent labels or markings to identify the contents and ensure easy inventory management. This may include laser-etched labels or color-coding for different surgical specialties.

· Optional Transparent Windows: If feasible, containers should include transparent windows or panels for easy visual identification of contents without opening.

8. Sterilization Compatibility:

· Autoclavable: Both containers and lids must be compatible with standard sterilization methods, including autoclaving, to ensure comprehensive sterilization of instruments within the containers.

· Heat and Chemical Resistance: The materials used must withstand high temperatures and exposure to sterilization chemicals, maintaining performance and integrity.

9. Efficient Drainage:

· Perforated Designs: Containers and lids should include perforations or drainage holes to facilitate efficient drying and drainage post-sterilization, preventing water accumulation and ensuring sterility.

10. Weight and Balance:

· Optimal Weight: While ensuring durability, containers should be lightweight enough to facilitate easy handling and transport by surgical staff.

· Stability: Balanced weight distribution is essential to prevent tipping or spilling, particularly when the containers are loaded with instruments.

11. Regulatory Compliance:

· Compliance with Standards: Containers must comply with relevant regulatory and industry standards including FDA, OSHA, and ISO certifications to ensure safety, effectiveness, and quality control.

12. Customization for Tracking Systems:

· Instrument Tracking Compatibility: Containers must be pre-stamped with a 2D matrix or other identification methods compatible with the facility’s instrument tracking system, such as Censitrac, ensuring accurate inventory management and traceability.

CLIN 3: Baskets for Surgical Instruments inside containers with lids

☐ Network Required if Checked

☒ Manufacturer Certified Installation Required if Checked ☐ End User Training Required if Checked

Salient Characteristics:

Functions to be Performed by a Surgical Instrument Wire/Perforated Basket Inside the Container for Surgical Instruments:

· Organize and Secure Instruments:

· Instrument Arrangement: The basket must provide an organized structure for arranging surgical instruments in a systematic manner, ensuring that each instrument is securely held and easily accessible during and after sterilization.

· Prevent Movement: The design must prevent the movement of instruments within the container, reducing the risk of damage or contamination.

· Facilitate Sterilization:

· Optimal Exposure: The perforated design of the basket must allow steam and sterilization agents to penetrate and circulate freely around all instruments. This ensures thorough sterilization of each instrument within the basket.

· Efficient Drying: Perforations must also facilitate efficient drying of instruments post-sterilization, preventing the accumulation of moisture and maintaining sterility.

· Enhance Safety and Handling:

· Safe Handling: The basket must feature smooth edges and rounded corners to prevent injury to surgical staff when handling the container and instruments.

· Ergonomic Features: Any handles or grips should be ergonomically designed to provide a secure and comfortable grip, ensuring safe and easy handling of the basket and its contents.

· Support Instrument Visibility and Identification:

· Clear View of Contents: The wire or perforated structure of the basket must allow for clear visibility of the instruments inside. This enables quick identification and verification of instruments without the need to remove them from the basket.

· Marking Compatibility: The basket should be compatible with instrument tracking systems, such as having features that allow easy scanning of instrument barcodes or 2D matrix codes.

· Protect Instruments During Transport:

· Cushioning and Support: The basket must provide sufficient support and cushioning to protect delicate instruments from damage during transport and handling.

· Secure Fit: The design must ensure a secure fit within the larger instrument container, preventing shifting or jostling of instruments during movement.

· Adaptability and Versatility:

· Accommodate Various Instruments: The basket must be adaptable to accommodate a diverse range of surgical instruments of different sizes and shapes, ensuring versatility for various surgical specialties and procedures.