1 - Bill of Material-Minimum Specifications for RFQ-NIAID-2086647.xlsx
XLSX spreadsheet 15 KB Posted
- Attached to
- Specimen preparation unit for High resolution transmission electron microscopy (TEM) of biological samples
- Solicitation number
- RFQ-NIAID-2086647
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Other files
| File | Type | Posted |
|---|---|---|
| FAR 52.212-5 July 12 2021.docx | DOCX document | |
| REQUIRED 889 Compliance 52.204-26 OCT 2020.pdf |
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Sheet1
| Bill of Materials/Minimum Specifications | |||
| RFQ-NIAID-2086647 | |||
| This Bill of Materials includes a combination of Brand Name Only and Brand Name or Equal items. See below for details. | |||
| https://www.fei.com/products/vitrobot/#gsc.tab=0 | |||
| Line items | |||
| # | Description | Catalog | Qty |
| 1 | Vitrobot | 1086439 | 2 each |
| Quote Requirements: | |||
| * FOB Shipping and warranty infomration MUSt be included in quote. | |||
| * Quotes MUST list items and specifications in the same order as listed in this bill of material. | |||
| * Quote MUST include the Country of Origin for each item | |||
| * Quotes will be evaluated per FAR Part 25 | |||
| * The attached PDF document called "REQUIRED 889 Compliance 52.204-26 OCT 2020" MUST be completed and signed to certify compliance with section 889 - FAR 52.204-26 | |||
| Two shipping locations: | |||
| 1: One unit ships to: 8560 Progress Drive Frederick, MD 21702 | |||
| 2: One Unit shipd to: 40 Convent Drive, Bldg 40, Room 4607, Bethesda, MD 20892 | |||
| Specification Requirements: | |||
| 1 | Sample incubation always at 100% RH for any valid operating temperature, ultrasonically controlled | ||
| 2 | Minimized contamination risk during grid transfer | ||
| 3 | Wide range of Temperature (4-60°C) | ||
| 4 | Variable blotting frequency and pressure | ||
| 5 | Storage and use of approved experimental conditions from existing plunge-freezing units | ||
| 6 | Compatible with time resolved studies and existing training and vitrification processes | ||
| 7 | Built-in touch screen operation with Linux controller | ||
| 8 | Left and right handed operation without any reconfiguration | ||
| 9 | Semi-automated grid transfer | ||
| 10 | Fully automated, reproducible vitrification of aqueous suspensions | ||
| 11 | High resolution transmission electron microscopy (TEM) of biological samples instantly frozen in ultra thin layers | ||
| Instrument control | |||
| 12 | Linux operating system | ||
| 13 | Touch screen control and set-up | ||
| 14 | Mouse and foot pedal controls | ||
| Sample application | |||
| 15 | Small sample volumes can be applied manually with a pipette through a small side port on the left and the right side of the climate chamber | ||
| 16 | Both application time and wait time (between application and blotting) software controlled and can be set in the user interface | ||
| 17 | Precisely timed control of multiple sample applications, blotting actions, and vitrification enables time resolved analysis of interactions among separately applied components | ||
| Blotting device | |||
| 18 | Excess fluid is removed from the grid by (repeated) blotting with filter paper on rotating foam pads | ||
| 19 | Number of blotting actions (max. 16 times for one grid) and duration of blotting are software controlled and can be set in the user interface | ||
| 20 | Longitudinal grid positioning (‘blot offset’) and wait time between blotting and vitrification (‘drain time’) are user definable | ||
| Vitrification process | |||
| 21 | Automated shutter control allows smooth, instant injection of the sample grid into the coolant (liquid ethane or propane). A lift for the container brings the coolant close to the shutter to ensure optimal vitrification | ||
| 22 | Synchronous lowering of the coolant container and the grid holder keeps the grid submerged in the coolant and minimizes the risk of contamination prior to transfer ring the sample into a storage box or cryo holder. Minimized contamination risk during grid transfer by keeping the frozen grid submerged in coolant after vitrification | ||
| 23 | Coolant container with integrated anti-contamination ring | ||
| 24 | Grid transfer from the coolant towards a grid box in the liquid nitrogen environment is semi automated | ||
| Technical specifications (must not exceed these dimensions) | |||
| 25 | Dimensions: Small lab bench footprint of 413/260/890 mm (L x W x H) | ||
| 26 | Power supply: • Voltage 110 – 230 V • 50 – 60 Hz • Fuse 4 AT (110 V USA) • Fuse 2 AT (230 V Europe) • Power cable 90 – 250 V | ||
| Operating parameters | |||
| 27 | The instrument must have a compact footprint to fit a small bench and be equipped with a built-in touch screen to operate the robot. The blotting chamber must be accessible from both Left and right handed operation without any reconfiguration, with immediate access to both left and right sides of the blotting chamber. The device must blot grids from both sides simultaneously. The blotting has to be done under an angle to create the gradient of vitreous ice. | ||
| 28 | Working temperature 4–60° C (at an ambient temperature range between 18–25° C) | ||
| 29 | Peltier controlled heating/cooling | ||
| 30 | Maintain relative humidity at 100% | ||
| 31 | Ultrasonic controlled humidification | ||
| Double-sided, simultaneous blotting |
The instrument must have a compact footprint to fit a small bench and be equipped with a built-in touch screen to operate the robot. The robot must have mouse and foot pedal controls. The blotting chamber must be accessible from both the left and right sides of the instrument. The instrument must provide possibility to apply samples manually with a pipette through a small side port on the left and the right side of the instrument. Both application and wait time should be controlled with the software. The device must blot grids from both sides simultaneously. Excess fluid should be removed from the grid by blotting with filter paper on rotating foam pads. The blotting force must be variable and should be controlled with the software. The blotting has to be done under an angle to create the gradient of vitreous ice. The device must support up to 16 blotting actions per grid. The controls for the blot offset and drain time must be present. The instrument must have automated shutter control. Once the grid is submerged in liquid ethane, the coolant container must be able to move down synchronously with the sample. Grid transfer from the coolant chamber to the grid box could be semi-automated.
| 52.211-6 Brand Name or Equal. |
| As prescribed in 11.107(a), insert the following provision: |
Brand Name or Equal (Aug 1999)
(a) If an item in this solicitation is identified as "brand name or equal," the purchase description reflects the characteristics and level of quality that will satisfy the Government’s needs. The salient physical, functional, or performance characteristics that "equal" products must meet are specified in the solicitation.
(b) To be considered for award, offers of "equal" products, including "equal" products of the brand name manufacturer, must-
(1) Meet the salient physical, functional, or performance characteristic specified in this solicitation;
(2) Clearly identify the item by-
(i) Brand name, if any; and
(ii) Make or model number;
(3) Include descriptive literature such as illustrations, drawings, or a clear reference to previously furnished descriptive data or information available to the Contracting Officer; and
(4) Clearly describe any modifications the offeror plans to make in a product to make it conform to the solicitation requirements. Mark any descriptive material to clearly show the modifications.
(c) The Contracting Officer will evaluate "equal" products on the basis of information furnished by the offeror or identified in the offer and reasonably available to the Contracting Officer. The Contracting Officer is not responsible for locating or obtaining any information not identified in the offer.
(d) Unless the offeror clearly indicates in its offer that the product being offered is an "equal" product, the offeror shall provide the brand name product referenced in the solicitation.
(End of provision) https://www.acquisition.gov/far/11.107
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