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Designed to hold endoscope sets, this scope tray accommodates larger optical instruments with its 165 × 457 × 38mm footprint. The integrated mat protects lens surfaces during transport and sterilization cycles.
Features & Benefits
These titanium screws are designed to secure titanium locks on instrument trays and sterilization systems. The titanium construction provides corrosion resistance and reliable engagement across multiple sterilization cycles. Supplied as pairs (2 per set).
This silicone pin mat is designed as the base-level insert for the 5-DB11A double-decker aluminum sterilization tray. The mat provides cushioning and instrument support during sterilization and storage. Silicone construction resists heat and chemical degradation across repeated sterilization cycles.
This silicone pin mat is designed as the top-level insert for the 5-DB11A double-decker aluminum sterilization tray. The mat provides cushioning and precise instrument positioning during sterilization. Silicone construction resists heat and chemical degradation across repeated autoclave and chemical sterilization cycles.
This silicone sterilization bar organizes and protects delicate instruments within plastic sterilization trays. The 83mm length spans five instrument slots, guiding placement during setup and preventing shifting during processing. Silicone construction resists adhesion and supports easy removal post‑sterilization.
This 254 × 381mm silicone mat lines the base of larger sterilization trays, protecting working tips from contact damage during cleaning and sterilization. The full‑coverage format suits standard‑size instrument trays.
This silicone mat fits precision into the 152 × 254mm insert tray, creating a cushioned instrument bed that prevents shifting during sterilization. The silicone surface resists thermal degradation and maintains a tacky grip across repeated autoclave cycles. Its snug fit eliminates gaps where instruments might slip.
This 101 × 190mm silicone mat fits intermediate microsurgical trays, cushioning instruments during sterilization and storage. The silicone surface resists thermal degradation and maintains a tacky, non‑slip grip throughout extended use. Its pre‑cut dimensions integrate seamlessly into standard tray systems.
This silicone mat cushions delicate microsurgical instruments during tray storage and sterilization. The 64 × 152mm pad prevents metal‑to‑metal contact that can dull precision tips. Silicone construction resists adhesive degradation across repeated autoclave cycles while maintaining a non‑slip surface.
This silicone mat provides a protective 102 × 162mm cushioned surface within compact microsurgical instrument trays. The straight profile accommodates narrow nested sets without wasting space. Silicone withstands autoclave temperatures while maintaining grip and preventing instrument shifting.
This 13 × 18" perforated silicone matting lines the base of larger instrument trays, holding working tips elevated above the floor of the tray during cleaning and sterilization. The perforations allow water and steam through the mat for full reprocessing contact.
This silicone pin mat is a 10.12 × 457mm sterilization accessory designed to secure small instruments, cannulas, and implants during autoclave cycles without crushing delicate tips. The silicone surface maintains grip across repeated reprocessing and high‑temperature exposure. Use alongside standard trays to organize loose items and prevent interinstrument contact.
This single-basin stand features a fixed stainless steel basin for surgical solution preparation and instrument rinsing. The stable pedestal base maintains safe positioning during case setup and use. The stainless steel basin resists corrosion and staining from solutions and blood exposure.
This large solid sterilization tray is engineered for extensive surgical sets in major procedures. The solid 527 × 323 × 102mm construction accommodates complete instrument trays without partitioning. Robust design tolerates repeated autoclave processing.
Sized at 14 ounces in a 108 × 51mm footprint, this compact sponge bowl handles smaller sponge counts and prep solution staging at the back table. The wide mouth supports quick sponge dipping, and the flat bottom keeps the bowl stable on the table.
The 22‑ounce sponge bowl with a wide mouth, flat bottom, and straight sides at 6.7 ounces empty weight holds smaller sponge counts and saline soaks at the back table. The flat bottom resists tipping, and the wide mouth supports quick visual inspection of contents.
This stainless‑steel sponge bowl is intended for holding sponges, prep materials, or irrigants on instrument tables. Its wide‑mouth design facilitates easy access and rapid sponge deployment, while the flat‑bottom base ensures stability on a Mayo stand. The seamless stainless construction supports thorough cleaning and repeated sterilization cycles.
This 38‑ounce stainless‑steel sponge bowl provides secure containment of surgical sponges, saline‑soaked gauze, and sterile supplies during operative setup and maintenance. The 152mm width accommodates standard surgical counts while the flat bottom and wide mouth enable rapid access. Stainless‑steel construction is built for reliable performance and lasting durability across repeat use.
The 64‑ounce sponge bowl carries a wide mouth, flat bottom, and straight sides in a 7‑9/16" × 3" footprint, sized for sponge counts and saline soaks at the back table. The flat bottom resists tipping, and the wide mouth allows quick visual inspection of contents.
This sterilization tray provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
Supplied 100 per bag with 11 each of standard sizes plus 12 of pattern 16‑2011, these vented clear instrument guards cover a working set of mixed instrument tips through sterilization and storage. The vent pattern supports steam penetration during autoclaving, and the latex‑free material suits sensitivity‑restricted environments.
This perforated sterilization tray enables rapid steam and air penetration during autoclave sterilization cycles, reducing process time while maintaining secure containment of small instruments. The 11.8 × 5.8 × 1 inch perforated steel design accommodates microinstrument sets and promotes even heat distribution.
This sterilization and instrument bath set measures 324mm and provides basic tray organization for small general surgical instrument sets or soaking during cleaning protocols. The simple format supports flexible storage and transport across operating room and central sterilization areas.
This sterilization tray provides reliable clinical performance through stainless steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
This Sterion same‑day tape remover is supplied in a 1‑gallon container for effective removal of adhesive identification tapes.
This three-quarter-size SteriTite container represents a middle ground between compact and full-size capacity, making it ideal for hybrid set configurations. The perforated bottom and three filter retention plates support both steam and hydrogen peroxide sterilization.
The SteriTite case provides secure instrument and tray transport with a perforated bottom that facilitates steam penetration during autoclave processing. The dimensions allow adequate space for larger sets while maintaining stack stability.
Cellulose filters are foundational to validated steam and ethylene oxide sterilization protocols, and these round filters deliver consistent performance. The cellulose material captures particulate and microbiological challenge while allowing steam and gas penetration.