Carretel de esterilização de plasma TRYC

Adequado para embalagens de instrumentos cirúrgicos de baixa e ultrabaixa temperatura, consumíveis médicos cirúrgicos e embalagens de materiais especiais.

Bolsas de esterilização para endoscópios. As bolsas planas com selagem a quente VH2O2 são utilizadas para embalar instrumentos planos e de pequeno porte. Proporcionam uma barreira estéril eficaz e previnem a infecção cruzada de dispositivos médicos; são permeáveis ao ar, antibacterianas, à prova d'água e à prova de vazamentos. Utilizam tinta atóxica e tecnologia de prevenção contra descoloração. A película transparente facilita a identificação do conteúdo dentro da embalagem. A borda de vedação resistente evita o rompimento após a esterilização e mantém a integridade da vedação.

Application Scenarios of TRYC Plasma Sterilization Reels

The TRYC Plasma Sterilization Reel is specifically engineered for medical professionals and facilities requiring high-standard sterile barriers during Hydrogen Peroxide (H2O2) Plasma sterilization. Its unique material composition (Tyvek® + PET/PE film) makes it the ideal choice for heat-sensitive instruments.

Specialized Medical Departments
Our sterilization reels are widely utilized in critical hospital environments, including:
Operating Rooms (OR): For the rapid turnaround of surgical kits and precision instruments.
CSSD (Central Sterile Supply Department): As a primary packaging solution for low-temperature sterilization cycles.
Endoscopy Centers: Safely packaging delicate scopes that cannot withstand high-temperature steam.
Dental Clinics: Ideal for high-end orthodontic tools and specialized dental implants.

Compatible Medical Devices
The TRYC Plasma Reel is designed to protect a wide array of sophisticated medical equipment:
Endoscopic Instruments: Including rigid and flexible endoscopes, fiber optic cables, and light guides.
Microsurgical Tools: Precision instruments used in neurosurgery and ophthalmology.
Robotic Surgery Accessories: Specialized arms and sensors for systems like the Da Vinci surgical robot.
Electronic Medical Devices: Power tool batteries, cameras, and laser probes that are sensitive to moisture and heat.

Industrial & Laboratory Use
Beyond clinical settings, our reels serve:
Medical Device Manufacturing: Used for final packaging before shipping sterilized products to end-users.
Biopharmaceutical Labs: Packaging for cleanroom tools and heat-sensitive laboratory glassware.

Perguntas frequentes

Q1: Why should I use Tyvek® instead of medical-grade paper for plasma sterilization?

A1: Standard medical-grade paper is made of wood pulp, which absorbs hydrogen peroxide (H2O2) and can interfere with the sterilization process. Our TRYC reels use 100% Tyvek®, which does not absorb the sterilant, ensuring the plasma concentration remains effective for a successful cycle.

Q2: What is the significance of the color change on the chemical indicator?

A2: Each TRYC plasma reel is printed with a non-toxic, water-based chemical indicator. During the low-temperature plasma process, the indicator changes color (e.g., from Red to Blue) to provide visual confirmation that the package has been exposed to the sterilizing agent.

Q3: Can these sterilization reels be used in a Steam Autoclave?

A3: No. TRYC Plasma Sterilization Reels are specifically designed for low-temperature Hydrogen Peroxide (VH2O2) and EO sterilization. Using them in a high-temperature Steam Autoclave will melt the Tyvek® material and the plastic film, potentially damaging your equipment.

Q4: What is the shelf life of instruments stored in TRYC plasma reels?

A4: Under proper sterile storage conditions (cool, dry, and away from direct sunlight), TRYC reels provide a superior microbial barrier that maintains sterility for up to 5 years, depending on the integrity of the seal.

Q5: Are TRYC plasma reels compatible with all major plasma sterilizer brands?

A5: Yes, our reels are fully compatible with leading low-temperature plasma sterilizers, including STERRAD® and other VHP/VH2O2 sterilization systems used in hospitals and CSSDs worldwide.