Laser
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2010.0304.010
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- OBJECT TYPE
- N/A
- DATE
- Unknown
- ARTIFACT NUMBER
- 2010.0304.010
- MANUFACTURER
- Unknown
- MODEL
- Unknown
- LOCATION
- Unknown
More Information
General Information
- Serial #
- N/A
- Part Number
- 10
- Total Parts
- 11
- AKA
- Laser box
- Patents
- N/A
- General Description
- Metal casing; synthetic grey cables; black synthetic connectors with metal hardware and orange synthetic cables with metal connectors.
Dimensions
Note: These reflect the general size for storage and are not necessarily representative of the object's true dimensions.
- Length
- 44.0 cm
- Width
- 43.0 cm
- Height
- 23.0 cm
- Thickness
- N/A
- Weight
- N/A
- Diameter
- N/A
- Volume
- N/A
Lexicon
- Group
- Medical Technology
- Category
- Instruments
- Sub-Category
- N/A
Manufacturer
- AKA
- Unknown
- Country
- Unknown
- State/Province
- Unknown
- City
- Unknown
Context
- Country
- Canada
- State/Province
- Manitoba
- Period
- Unknown
- Canada
-
Viewed as a whole, the system is an example of purely Canadian technological innovation. Evolving out of a PhD thesis, SPY underwent experimental set up, prototyping, clinical testing, Canadian regulatory approvals, FDA approvals and manufacturing (Novadaq was spun off from the NRC and formed in 2000). The technology was developed at the NRC Institute for Biodiagnostics by Dr. John Docherty and (then) graduate student Rick Mangat (SPY formed his PhD thesis while at the University of Manitoba). Secondly, following an application to the Manitoba Blue Cross for a study in pigs, SPY was clinically tested at the Ottawa Heart Institute with input from Dr. Wilbur Keon and at the Sunnybrook Hospital in Toronto under Dr. Stephen Fremes. - Function
-
When the power is turned on all computer components become active, the imaging device laser becomes enable once the key is inserted into key-lock next to the Power Switch and turn as indicated to turn on the laser. - Technical
-
SPY imaging is the first technology available to cardiac surgeons to easily assess graft patency while the patient is on the operating table, and therefore allows for the correction of problems before closing the incision. Prior to this system, the standard was X-ray contrast angiography. Large, expensive and cumbersome, this technique exposed patients who would have compromised renal function during surgery to the dangers of X-rays.The use of ICG dye injected into patients is integral to the system. The absorption and emission spectra of ICG falls within the near infrared (NIR) portion of the optical spectrum in which there is the fewest substances in the body that absorb light. The result is a light that penetrates deeper into tissues, providing surgeons with improved imaging of vessels. - Area Notes
-
Unknown
Details
- Markings
- Mfr's labels [front]: "TOTAL MAXIMUM OUTPUT; 120VAC/5.0A MAX, 50/60 HZ/1037 PL/1139 RECP/1237 RECP/1336 RECP/513 RECP/210 RECP403 RECP/ALIGN MARK ON/FIBER TO/[downward arrow]". Mfr's labels [back]: "LASER POWER/0FF/0N/420 CNTR/[symbol electrical danger]/symbol for general danger]/419 S/SPECIAL INSPECTION/[logo]entala/H 081251/COMPLIES WITH THE/RELEVENT REQUIREMENTS/ OF THE APPLICABLE CSA/STANDARDS AND GUIDE-/LINES FOR INSPECTION OF/HEALTH CARE EQUIPMENT/THIS EVALUATION DOES NOT CONSTITUTE A CERTIFICATION [Also in French]/INPUT POWER: 120VAC/6.7A MAX/60HZ/REPLACE FUSE WITH 2 X 8.0A/250VAC/TIME LAG TYPE OR EQUIVALENT".
- Missing
- Nothing is missing.
- Finish
- Metal casing; synthetic grey cables; black synthetic connectors with metal hardware and orange synthetic cables with metal connectors.
- Decoration
- None.
CITE THIS OBJECT
If you choose to share our information about this collection object, please cite:
Unknown Manufacturer, Laser, Unknown Date, Artifact no. 2010.0304, Ingenium – Canada’s Museums of Science and Innovation, http://collections.ingeniumcanada.org/en/item/2010.0304.010/
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