SKU SFM45150
Ensure optimal protection and sterilization for your delicate surgical instruments with Mediwish® Silicone Finger Mats. These mats are crafted from medical-grade silicone, meeting FDA compliance standards for safety and biocompatibility.
Colour: Blue
Blue
Size: 45x150 mm
45x150 mm
80x160 mm
100x100 mm
110x210 mm
140x250 mm
150x250 mm
160x190 mm
160x760 mm
175x250 mm
190x480 mm
200x300 mm
200x760 mm
210x310 mm
240x760 mm
250x340 mm
250x400 mm
250x480 mm
270x565 mm
280x540 mm
380x480 mm
480x760 mm
545x565 mm
Characteristics
Material
—
Silicone
Seal Width
—
China
Temperature Range
—
-40°C ̴ +250°C (-100°F ̴ +480°F)
Material
—
MEDICAL-GRADE SILICONE
Sterilization Method
—
STEAM, GAS, PLASMA
Height
—
.75" (20mm)
USD $ 1.3
Distributor, OEM and private-label pricing is available upon request. Final pricing may vary depending on market region, order volume, packaging configuration, shelf-life requirement, documentation package and Incoterms.
#PROP_TITLE#
—
#PROP_VALUE#
Material
Silicone
Seal Width
China
Temperature Range
-40°C ̴ +250°C (-100°F ̴ +480°F)
Material
MEDICAL-GRADE SILICONE
Sterilization Method
STEAM, GAS, PLASMA
Height
.75" (20mm)
Quality Certification
CE, ISO 13485
Material Specification
MEDICAL-GRADE SILICONE
OEM
Available
Benefits of Mediwish® Silicone Finger Mats
- Enhanced Instrument Protection: The raised finger design creates a cushioned layer that helps reduce scratches, nicks, and other damage during cleaning, sterilization, and storage.
- Sterilization Workflow Support: Perforated finger mats support steam circulation and drainage, helping instruments remain properly positioned during sterilization processing.
- Improved Workflow Efficiency: Pre-cut mats are available in a variety of sizes to fit many standard sterilization trays. Some finger mats can also be cut to fit specific tray configurations.
- Durable and Reusable: Made from silicone, these mats are designed for repeated use according to the product instructions and facility procedures.
Mediwish® Silicone Finger Mats Are Ideal For
- Surgical Centers and Hospitals: Help protect valuable instruments during handling, cleaning, sterilization, and storage.
- Dental Offices: Keep delicate dental tools organized and protected during instrument processing.
- Veterinary Clinics: Support instrument protection throughout routine sterilization workflows for animal care.
Key Features
- Silicone Material: Suitable for use in instrument trays and designed to help protect surgical instruments during processing.
- Raised Finger Design: Creates a protective barrier and supports steam circulation around instruments.
- Perforated Options: Support steam penetration and drainage during sterilization processing.
- Pre-Cut Sizes: Available in a range of dimensions to fit many sterilization trays.
- Cut-to-Fit Option: Some mats can be customized for specific tray sizes.
- Heat Resistant: Designed for use in steam sterilization workflows according to product specifications.
Support instrument protection and efficient sterilization workflows with Mediwish® Silicone Finger Mats. Browse our selection of pre-cut sizes or contact us for customization options.
Additional Resources
- Association for Professionals in Infection Control and Epidemiology (APIC) https://apic.org/
- Centers for Disease Control and Prevention (CDC) - Sterilization Guidelines https://www.cdc.gov/infectioncontrol/index.html
Articles
Sterilization indicators
14 February 2021
Class 6 Chemical Indicators are essential devices used to measure the effectiveness of sterilization processes in medical applications. They generally consist of an absorbent pad, paper strip or test pack containing one or more chemicals that change color when exposed to heat, steam and other gases. Common types include Bowie Dick tests, biological indicators (BI) and physical/chemical indicators (PCI). Class 6 chemical indicators provide real-time data about how effective sterilization systems are at destroying harmful pathogens without relying solely on manual inspection methods - reducing potential risk from contamination caused by human error.
