MOLE2024-E- Tech specs_5-29-26.pdf
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- Solicitation number
- 36C24126Q0540
About this file
This is a product marketing brochure for NuTrace's MOLE system, a borescope inspection technology for medical device reprocessing. The document is not a federal contract solicitation, RFP, RFI, RFQ, SOW, PWS, or other procurement document.
The brochure describes the MOLE RVI (Remote Visual Inspection) fiberscope system designed to detect occult damage inside surgical instruments and flexible endoscopes during reprocessing. The system comprises three main components: a super small digital image processor controller (40mm W × 60mm L, 700 grams) that connects via USB-C to Windows-based computers; an ultra-flexible 1.2mm nano camera with 400×400-pixel resolution illuminated by dual powerful LEDs; and powerful software capable of recording images and videos from uniquely identifiable instruments by recording Universal Device Identifiers (UDI) for tracking system documentation. The MOLE addresses barriers to borescope implementation by streamlining the inspection process through artificial intelligence integration, reducing training time and investment. The system detects structural damage, foreign material, moisture, organic soil, poststerilization biological residue (skin, bone, blood, rust), and internal lumen damage in flexible and rigid working channels. NuTrace is located at 4310 Enterprise Drive, Winston-Salem, NC 27106, and can be contacted at (336) 922-0801, (866) 681-0944, or info@nutrace.net.
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| File | Type | Posted |
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| SOW Mole RVI Borescope_5-29-26.pdf | ||
| Sources Sought_MOLE Borescope RVI_5-29-26.pdf |
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Text version
A New Generation Of Borescopists Is Here
Searching for occult damages that may impact the adequacy of your reprocessing
By NuTracew3.nutrace.net
Ultra Slim Flexible Inspection Fiberscope
Deep RVI (Remote Visual Inspection)
The MOLE RVI fiberscope enables you to visualize structural damage, foreign material, moisture, organic soil, and more inside scopes or surgical instruments with small lumens.
Flexible endoscopes are highly versatile and useful medical instruments, and their proper reprocessing is critical to patient health and safety as well as any other high-end surgical instru-ments.
The value of routine visual inspection and surveillance of these high-tech instru-ments for the operation room and GI is a must to visually detect abnormalities inside those lumens.
The time investment and training necessary for bo-rescope inspection have been cited in several stud-ies as a barrier preventing implementation. However, with the help of the NuTrace MOLE and artificial intel-ligence (AI) the process is streamlined, enhancing the value of borescope inspec-tions of medical scopes, flexible, rigid working chan-nels, lumens, etc.
We will provide the tools and basic knowledge for your future borescopist to continue growing expertise in Remote Visual Inspection.
Welcome to a new way of lumen inspection
The MOLE System
Super Small Controller
The main MOLE digital image processor is really small yet powerful.
The camera controller connects via USB-C to any computer running Windows.
At only 40mm W X 60mm L and a weight of 700 grams, the controller can be placed pretty much anywhere--even stick it behind a computer monitor.
Ultra Slim Controller Great flexibility
Ultra Flexible Fiberscope
The MOLE uses a nano 400x400-pixel 1.2mm camera illuminated by two super powerful LEDs to display a crisp crystal image.
The ultra thin fiber flexes and turns to near impossible places without compromising video quality or scratching the instrument’s internal walls.
Powerful Software
The MOLE is controlled by a simple yet powerful software capable of recording images and videos from “UNIQUE” identifiable instruments.
At NuTrace, we understand uniqueness and how im-perative is to know precisely which instruments are inspected by recording its UDI to document and send to tracking systems for future verification.
“At our institution, the borescope was introduced as a tool to inspect surgical instruments after our sterile processing department (SPD) discovered that internal lumens of some surgical instruments contained poststerilization biological residue (Skin, bone, blood, and rust) and internal damage not otherwise detected.” (The Borescope: An Adjunct in Sterile Processing Department Quality Assurance)
NuTrace 4310 Enterprise Dr.
Winston-Salem, NC 27106
Phone (336)922.0801
(866)681.0944
Email info@nutrace.net
Web w3.nutrace.net
Get in touch w3.nutrace.net
File details come from the government source that posted it. Updated .