ANTHOS PHACTS VERSION MICROPLATE READER
K962113 · Columbia Bioscience, Inc. · JJQ · Nov 5, 1996 · Clinical Chemistry
Device Facts
| Record ID | K962113 |
| Device Name | ANTHOS PHACTS VERSION MICROPLATE READER |
| Applicant | Columbia Bioscience, Inc. |
| Product Code | JJQ · Clinical Chemistry |
| Decision Date | Nov 5, 1996 |
| Decision | SESE |
| Submission Type | Traditional |
| Regulation | 21 CFR 862.2300 |
| Device Class | Class 1 |
Intended Use
The Anthos PhACTS 2010 Microplate Reader is intended to be used as a general purpose microplate photometer for clinical use.
Device Story
Device: microplate photometer; clinical laboratory use. Input: light from tungsten halogen lamp focused on microtiter plate wells. Operation: silicon-photodiodes measure light absorbance of samples; data reduction software processes absorbance values. Output: qualitative or quantitative assay results. Usage: clinical laboratory personnel; automated transport mechanism positions wells. Benefit: enables automated, standardized photometric analysis of clinical assays.
Clinical Evidence
No clinical data provided; substantial equivalence based on technical and functional comparison to predicate devices.
Technological Characteristics
Photometric microplate reader; tungsten halogen lamp light source; silicon-photodiode detectors; automatic well transport mechanism. Data reduction software for absorbance calculation.
Indications for Use
Indicated for use as a general purpose microplate photometer in clinical settings for measuring light absorbance in microtiter plate wells to yield qualitative or quantitative assay results.
Regulatory Classification
Identification
A colorimeter, a photometer, or a spectrophotometer for clinical use is an instrument intended to measure radiant energy emitted, transmitted, absorbed, or reflected under controlled conditions. The device may include a monochromator to produce light of a specific wavelength.
Predicate Devices
- Anthos 2001 Microplate Reader (K894270)
- Anthos ht2 Microplate Reader (K931907)
- Anthos 2010 Microplate Reader (K955077)
Related Devices
- K961183 — CBI 7520 READER · Columbia Bioscience, Inc. · Aug 2, 1996
- K973938 — ALPHA 4 LS AUTOMATED MICROTITERPLATE PROCESSOR AND READER · Sfri, Inc. · Feb 4, 1998
- K962265 — MLX MICROTITER PLATE LUMINOMETER · Dynatech Laboratories, Inc. · Jul 25, 1996
- K103532 — AUTOREADER 2 · Trek Diagnostic Systems · Aug 26, 2011
- K980120 — DIGENE DML 2000 MICROPLATE LUMINOMETER · Digene Corp. · Feb 6, 1998
Submission Summary (Full Text)
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K962113
Attachment 7
510(K) SUMMARY
NOV - 5 1996
# ANTHOS PHACTS VERSION MICROPLATE READER
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Attachment 7
# 510(K) SUMMARY
## Anthos PhACTS Version Microplate Reader
Submitter's Name, Address, Telephone Number, And Contact Person
## Columbia Bioscience, Inc.
182 Thomas Johnson Dr., Suite 205
Frederick, MD 21702
Contact: Norman Jenkins
President
Columbia Bioscience, Inc.
Tel. (301) 696-8520
Fax: (410) 995-0508
### Name of the Device
Anthos PhACTS Version Microplate Reader
### Common or Usual Name
Microplate reader
### Predicate Devices
1. Anthos 2001 Microplate Reader (K894270);
2. Anthos ht2 Microplate Reader (K931907);
3. Anthos 2010 Microplate Reader (K955077);
### Intended Use
The Anthos PhACTS 2010 Microplate Reader is intended to be used as a general purpose microplate photometer for clinical use.
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# Principles of Operation
The Anthos PhACTS 2010, 2001 and its predicate devices all share the same principle of operation. Briefly, each device provides a light source which is focused to provide illumination of wells in a microtiter plate. A corresponding silicon-photodiodes measures the amount of light absorbed by the sample as the light passes through the microplate well. The respective well absorbance measurements is used by the data reduction software to yield a specific well absorbance value which in turn can yield a qualitative or quantitative assay result. Thus, the Anthos PhACTS 2010, 2001 and its predicate devices have similar principles of operation.
# Technical Characteristics
The Anthos PhACTS 2010 and 2001 microplate reader and the predicate readers employ an automatic transport mechanism to bring the individual microplate wells into position for reading. The devices all employ Tungsten halogen lamp as the light source. All three devices use silicon-photodiodes to measure the light absorbance.
# Summary of the Basis for the Finding of Substantial Equivalence
The Anthos PhACTS version readers use the same technique for the measurement of light absorbance and are equivalent to the predicate devices for its intended use. There is no substantial difference between the Anthos PhACTS version readers and their predicate devices in performance or technical characteristics. The Anthos PhACTS readers have the same intended use, indications for use, and the same principles of operation for its indications for use as the predicate devices.