Silicone Mat 7"X11" Blue for 20 Instruments Autoclave Sterilization Cassette Tray Surgical Dental by Artman Instruments
R 1,052
or 4 x payments of R263.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
Silicone Mat 7"X11" Blue for 20 Instruments Autoclave Sterilization Cassette Tray Surgical Dental by Artman Instruments
Perfect Size and Compatibility: Artman's Silicone Pin Mat is conveniently sized at 7X11 inches, perfectly fitting the cassette tray commonly used in surgical and dental procedures.
Flexible Customization: Artman's Silicone Pin Mat can also be easily cut into smaller sections to accommodate specific tray sizes or create customized organization options. This flexibility allows you to tailor the mat to your specific needs and maximize its functionality.
The length of each finger projection is 3/4th of an inch which offers the required cushioning effect. It is enough for most of the instruments since it provides some space underneath to pass the steam. If your instruments are too thick you can remove the projection from a certain area with scissors to make room for your instrument.
Non-Slip Design: The non-slip surface of the mat prevents instruments from shifting or sliding during the sterilization process, ensuring their proper arrangement.
AUTOCLAVABLE: Designed specifically for use with autoclave sterilization processes, ensuring safe and effective instrument sterilization. It is a usual phenomenon with all rubber products that they get hard with the recurrent autoclave cycles and need to be replaced. Higher temperature settings of the autoclave can decrease the life cycle of these Mats.
Premium Silicone Material: Crafted from high-quality silicone, our mat offers exceptional durability, heat resistance, and long-lasting performance. It withstands the rigors of sterilization while maintaining its shape, integrity, and functionality over time.
Improved Visibility and Organization: With its vibrant blue color, the mat enhances visibility, allowing for easy identification and organization of instruments. This visual clarity promotes efficiency and reduces the risk of instrument mix-ups.