NEGATIVE CONTROL STRIPS FOR URINALYSIS (CHEX-STIX, CLINITEK AUTO 2000, CLINITEX ATLAS)— 510(k) K943780
Substantially EquivalentHeraeus Kulzer, Inc.
FDA 510(k) clearance K943780 for NEGATIVE CONTROL STRIPS FOR URINALYSIS (CHEX-STIX, CLINITEK AUTO 2000, CLINITEX ATLAS), Substantially Equivalent on 1994-10-31. Applicant: Heraeus Kulzer, Inc.. Device class: 1.
Clearance details
- Applicant
- Heraeus Kulzer, Inc.
- Product code
- Code JJW
- Device class
- Class 1
- Regulation
- 21 CFR 862.1660
- Advisory panel
- Clinical Chemistry
- Date received
- Decision date
- Decision
- Substantially Equivalent
- Clearance type
- Traditional
- Location
- Elkhart, IN, US
Recent devices under product code JJW
view allMore clearances from Heraeus Kulzer, Inc.
view allRecalls naming K943780
K-number listed on FDA's recall record- Z-0635-2013 — Siemens Chek-Stix Positive and Negative Control Strips for Urine Chemistry Catalog Number:1360 Chek-Stix¿ Positive and Negative Control Strips for Urine Chemistry: When used with Siemens reagent strips and tablets for urinalysis, CHEK-STIX¿ positive and negative control strips provide defined results for glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogin, nitrite, and leukocytes
- Z-0636-2013 — Siemens CLINITEK Atlas Positive and Negative Control Strips for Urine Chemistry Catalog Number: 5019 When used with the CLINITEK ATLAS¿ Automated urine Chemistry Analyzer and CLINITEK ATLAS¿ 10 reagent Pak, CLINITEK ATLAS¿ Positive and Negative Control Strips provide defined results for color, clarity, glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogen, nitrite, and leukocytes. Each CLINITEK ATLAS Positive Control Strip is a firm plastic strip to which are affixed seven separate analyte areas.
- Z-0637-2013 — Siemens Chek-Stix Combo Pak Catalog Number: 1364 Chek-Stix¿ Positive and Negative Control Strips for Urine Chemistry: When used with Siemens reagent strips and tablets for urinalysis, CHEK-STIX¿ positive and negative control strips provide defined results for glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogin, nitrite, and leukocytes
- Z-0638-2013 — Siemens Chek-Stix Positive and Negative Control Strips for Urine Chemistry (Distributed OUS Only) Catalog Number: 1360L Chek-Stix¿ Positive and Negative Control Strips for Urine Chemistry: When used with Siemens reagent strips and tablets for urinalysis, CHEK-STIX¿ positive and negative control strips provide defined results for glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogin, nitrite, and leukocytes
- Z-0639-2013 — Siemens Chek-Stix Combo Pak (Distributed OUS only) Catalog Number: 1364M Chek-Stix¿ Positive and Negative Control Strips for Urine Chemistry: When used with Siemens reagent strips and tablets for urinalysis, CHEK-STIX¿ positive and negative control strips provide defined results for glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogin, nitrite, and leukocytes
- Z-0640-2013 — Siemens Chek-Stix Combo Pak (Distributed OUS only) Catalog Number: 1364N Chek-Stix¿ Positive and Negative Control Strips for Urine Chemistry: When used with Siemens reagent strips and tablets for urinalysis, CHEK-STIX¿ positive and negative control strips provide defined results for glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogin, nitrite, and leukocytes
- Z-0641-2013 — Siemens Chek-Stix Combo Pak (Distributed OUS) Catalog Number: 1364E Chek-Stix¿ Positive and Negative Control Strips for Urine Chemistry: When used with Siemens reagent strips and tablets for urinalysis, CHEK-STIX¿ positive and negative control strips provide defined results for glucose, bilirubin, ketone (acetoacetic acid), specific gravity, blood, pH, protein, urobilinogin, nitrite, and leukocytes
Matched by K-number from FDA's Recall Enterprise System record (openFDA device/recallk_numbers) — these recalls explicitly list K943780.
Data sourced from openFDA. This site is unofficial and independent of the FDA.