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Sign in to claim this brandPOINTE SCIENTIFIC, INC.
US
Last updated May 24, 2026
What POINTE SCIENTIFIC, INC. makes
Pointe Scientific, Inc. manufactures in vitro diagnostics (IVDs) for clinical chemistry and drug testing, including reagents, kits, and calibrators for measuring triglycerides, bilirubin, liver enzymes (ALT, AST), creatinine, calcium, phosphate, uric acid, lactate dehydrogenase, and methadone metabolites. Their products also cover drug-of-abuse testing, such as cannabinoids (THC) and calibrators for spectrophotometric assays.
The company’s portfolio includes Class I and Class II devices, all listed in the FDA’s Unique Device Identifier (UDI) database. Pointe Scientific, Inc. is headquartered in the United States.
Written from this company's registered devices by an AI model, and not verified by a human reviewer.
Frequently asked questions
What types of medical devices does Pointe Scientific, Inc. manufacture?
Pointe Scientific, Inc. specializes in in vitro diagnostics (IVDs) used in clinical chemistry and drug testing. Their products include reagents, kits, and calibrators for measuring substances like triglycerides, bilirubin, liver enzymes (such as ALT and AST), creatinine, calcium, phosphate, uric acid, and lactate dehydrogenase. They also provide reagents and controls for drug-of-abuse testing, including cannabinoids (THC) and methadone metabolites. These devices are designed for use in laboratory settings to aid in diagnostic testing.
Where is Pointe Scientific, Inc. based?
Pointe Scientific, Inc. is headquartered in the United States. The company’s location is relevant for regulatory purposes, as it helps determine the applicable regulatory framework for its devices, particularly when considering compliance with U.S. regulations like those enforced by the FDA.
Which regulatory registries list Pointe Scientific, Inc.’s devices?
Pointe Scientific, Inc.’s devices are listed in the FDA’s Unique Device Identifier (UDI) database. The UDI system is used to track and identify medical devices throughout their distribution and helps ensure transparency and traceability in the regulatory process. Listing in this database is a requirement for Class I and Class II devices in the U.S.
How are Pointe Scientific, Inc.’s devices classified under U.S. regulations?
Pointe Scientific, Inc.’s devices fall into two primary classification categories under U.S. regulations: Class I and Class II. Class I devices generally pose minimal risk and may require general controls, while Class II devices involve a higher level of risk and may require special controls to ensure their safety and effectiveness. The classification is determined by the FDA based on factors like the device’s intended use, potential risks, and the duration of use.
What is the purpose of the reagents and controls produced by Pointe Scientific, Inc.?
The reagents and controls produced by Pointe Scientific, Inc. serve critical roles in clinical diagnostics. Reagents are used in laboratory tests to react with patient samples to produce measurable results, such as enzyme activity or substance concentrations (e.g., triglycerides or bilirubin). Controls, like calibrators, ensure the accuracy and reliability of these tests by providing reference values for comparison. For example, a cannabinoids (THC) control helps validate the performance of drug testing assays, ensuring consistent and accurate results.
AI-generated from registry data and not verified by a human reviewer.
Information
- Country
- US
- Address
- —
- Website
- medtestdx.com
- —
- —
- [email protected]
- Phone
- 800-445-9853
- PRRC Contact
- —
- EUDAMED SRN
- —
- FDA FEI Number
- —
- DUNS Number
- 045623154
Catalogue (769)
Page 15 of 16| Device | Model / Reference | Registries | Class | Status |
|---|---|---|---|---|
| Bun (liquid) Reagent Set | K972671 | FDA 510(k) | Class II | Active |
| Alt (sgpt) | K813495 | FDA 510(k) | Class I | Active |
| Naphthyl Phosphate, Acid Phosphatase | K863832 | FDA 510(k) | Class II | Active |
| Ldh-L | K813496 | FDA 510(k) | Class II | Active |
| Liquid Glucose (hexokinase) Reagent Set | K971754 | FDA 510(k) | Class II | Active |
| Autohdl Cholesterol Reagent Set | K992002 | FDA 510(k) | Class I | Active |
| Ammonia/Alcohol Control Set | K070504 | FDA 510(k) | Class I | Active |
| Microprotein Reagent Set | K070757 | FDA 510(k) | Class II | Active |
| Creatinine | K830556 | FDA 510(k) | Class II | Active |
| Diazo Colorimetry, Bilirubin | K914873 | FDA 510(k) | Class II | Active |
| Diazo Colorimetry, Billirubin | K832870 | FDA 510(k) | Class II | Active |
| Alcohol Reagent Set | K972725 | FDA 510(k) | Class II | Active |
| Amylase | K832889 | FDA 510(k) | Class II | Active |
| Hemoglobin A1c Reagent Set | K031539 | FDA 510(k) | Class II | Active |
| Amylase Eps-G7 (liquid) Reagent Set, (hitachi Analyzers) | K023396 | FDA 510(k) | Class II | Active |
| Liquid Ast (sgot)reagent Set | K941132 | FDA 510(k) | Class II | Active |
| Auto Hdl Cholesterol Calibrator | K970933 | FDA 510(k) | Class II | Active |
| Glucose Oxidase | K810674 | FDA 510(k) | Class II | Active |
| Liquid Ldh-L Reagent Set | K973589 | FDA 510(k) | Class II | Active |
| Modification To Liquid Glucose (hexokinase) Reagent Set | K002199 | FDA 510(k) | Class II | Active |
| Ast(sgot) In Vitro Diag. Reagent Set | K813405 | FDA 510(k) | Class II | Active |
| Alkaline Phosphatase | K812452 | FDA 510(k) | Class II | Active |
| Psi Amylase Reagent | K864464 | FDA 510(k) | Class II | Active |
| Apolipoprotein A1 And Apolipoprotein B Reagents And Calibrators | K061377 | FDA 510(k) | Class I | Active |
| Total Bilirubin Reagent Set | K040391 | FDA 510(k) | Class II | Active |
| Liquid Alkaline Phoshatase Reagent Set | K973588 | FDA 510(k) | Class II | Active |
| Psi Total Protein Reagent | K822468 | FDA 510(k) | Class II | Active |
| Magnesium | K853592 | FDA 510(k) | Class I | Active |
| Psi Albumin Reagent | K822471 | FDA 510(k) | Class II | Active |
| Hemoglobin | K851432 | FDA 510(k) | Class II | Active |
| Pointe 750 Glycometer | K920449 | FDA 510(k) | Class II | Active |
| Microalbumin Reagent Set And Calibrators | K023860 | FDA 510(k) | Class II | Active |
| C-Reactive Protein (high Sensitivity) Reagent Set | K002651 | FDA 510(k) | Class II | Active |
| Lipase Hydrolysis/Glycerol Kinase | K832871 | FDA 510(k) | Class I | Active |
| Lipase | K812794 | FDA 510(k) | Class I | Active |
| Gamma Glutamy Transpeptidase | K812296 | FDA 510(k) | Class I | Active |
| Glycohemoglobin, In-Vitro Diagnostic Reagent Set | K860572 | FDA 510(k) | Class II | Active |
| Hexokinase, Glucose | K832872 | FDA 510(k) | Class II | Active |
| Carbon Dioxide Reagent | K896590 | FDA 510(k) | Class II | Active |
| Amylase | K910158 | FDA 510(k) | Class II | Active |
| Psi Inorganic Phosphorus | K822470 | FDA 510(k) | Class I | Active |
| Uric Acid Reagent Set | K812430 | FDA 510(k) | Class I | Active |
| Creatine Kinase-Mb (ck-Mb) Reagent Set | K935463 | FDA 510(k) | Class II | Active |
| Urea Nitrogen (bun) | K812341 | FDA 510(k) | Class II | Active |
| Cresolphthalein Complexone, Calcium | K874131 | FDA 510(k) | Class II | Active |
| Hdl Cholesterol Reagent | K812574 | FDA 510(k) | Class I | Active |
| Multi-Analyte Chemistry Calibrator | K070207 | FDA 510(k) | Class II | Active |
| Enzymatic Cholesterol | K810673 | FDA 510(k) | Class I | Active |
| Creatine Kinase (ck) Reagent Set | K930660 | FDA 510(k) | Class II | Active |
| Uric Acid (liquid) Reagent Set | K970560 | FDA 510(k) | Class I | Active |
Related Companies
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FDA Recalls (81)
Recalls reported by this firm to the FDA. Listed at company level — FDA recall records don't identify a specific catalogue device.
| Date | Recall No. | Class | Status | Reason |
|---|---|---|---|---|
| May 19, 2015 | Z-2487-2015 | — | terminated | A reduction in the reconstituted stability has been identified. Clinicians may notice a drop in recovery of the control after reconstitution, which could result in an out of specification result prior to the current reconstitution claim of 7 days. For this reason we suggest discontinuing use of the control set. |
| Mar 13, 2015 | Z-2764-2015 | — | terminated | Crystals may be observed in the R1 reagent. Crystals may be a result of the reagent being frozen during transport. The crystals do not impact product performance. |
| Dec 12, 2014 | Z-2773-2015 | — | terminated | Creatinine kit C7539-150 contains Creatinine reagent R1 that is labeled as Creatinine reagent R2 (30ml) and reagent R2 vial is labeled as R1 (120ml). With manual procedure, no result will be reported as the control will be out of specifications. |
| Dec 1, 2009 | Z-0912-2010 | — | terminated | A process deviation occurred during the production of the R1 component which may affect its performance. |
| Dec 1, 2009 | Z-1035-2010 | — | terminated | An additional 10% picric acid was added to the R2 component during production. |
| Dec 1, 2009 | Z-0913-2010 | — | terminated | A process deviation occurred during the production of the R1 component which may affect its performance. |
| Dec 1, 2009 | Z-1036-2010 | — | terminated | An additional 10% picric acid was added to the R2 component during production. |
| Nov 16, 2009 | Z-0899-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0904-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0900-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0901-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0905-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0906-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0903-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 16, 2009 | Z-0902-2010 | — | terminated | Turbidity formation could occur, resulting in invalid test results being reported out. |
| Nov 10, 2009 | Z-0860-2010 | — | terminated | The firm initiated the recall due to the presence of visible contamination of the product. |
| Nov 10, 2009 | Z-1042-2010 | — | terminated | Non-compliance with the Good Manufacturing Practice regulations, as the manufacturing process for this product had not been validated. |
| Nov 10, 2009 | Z-0859-2010 | — | terminated | The firm initiated the recall due to the presence of visible contamination of the product. |
| Nov 10, 2009 | Z-1043-2010 | — | terminated | Non-compliance with the Good Manufacturing Practice regulations, as the manufacturing process for this product had not been validated. |
| Nov 10, 2009 | Z-1041-2010 | — | terminated | Non-compliance with the Good Manufacturing Practice regulations, as the manufacturing process for this product had not been validated. |
| Oct 19, 2009 | Z-0104-2010 | — | terminated | There is a loss of linearity. The product fails to maintain linearity specification of 500 mg/dL. |
| Jul 29, 2009 | Z-1014-2010 | — | terminated | R2 reagent component may fail because it may contain R1 reagent. The reagent was rendered inoperative and would not pass the required quality control (calibration and quality control testing) before beginning running the bilirubin assay. |
| Feb 2, 2009 | Z-1202-2009 | — | terminated | The product performance fails due to precipitation of the R2 component. |
| Jan 29, 2009 | Z-1200-2009 | — | terminated | The R1 reagent has microbial contamination. |
| Jan 29, 2009 | Z-1201-2009 | — | terminated | The R1 reagent has microbial contamination. |
| Nov 3, 2008 | Z-1091-2009 | — | terminated | The product is unable to maintain the specification for linearity through the shelf life of the product. |
| Sep 10, 2008 | Z-0219-2009 | — | terminated | The inability of the product to maintain stated performance specifications through the stated shelf life. |
| Sep 10, 2008 | Z-0220-2009 | — | terminated | The inability of the product to maintain stated performance specifications through the stated shelf life. |
| Sep 10, 2008 | Z-0224-2009 | — | terminated | The inability of the product to maintain stated performance specifications through the stated shelf life. |
| Sep 10, 2008 | Z-0223-2009 | — | terminated | The inability of the product to maintain stated performance specifications through the stated shelf life. |
| Sep 10, 2008 | Z-0221-2009 | — | terminated | The inability of the product to maintain stated performance specifications through the stated shelf life. |
| Sep 10, 2008 | Z-0222-2009 | — | terminated | The inability of the product to maintain stated performance specifications through the stated shelf life. |
| Aug 25, 2008 | Z-0172-2009 | — | terminated | The R1 component may be contaminated with Serratia liquefaciens, resulting decreased absorbances and failure of the reagent to produce test results. |
| Aug 25, 2008 | Z-0171-2009 | — | terminated | The R1 component may be contaminated with Serratia liquefaciens, resulting decreased absorbances and failure of the reagent to produce test results. |
| Feb 7, 2008 | Z-1360-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1356-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1354-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1353-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1357-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1355-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1359-2008 | — | terminated | May be contaminated with microorganisms. |
| Feb 7, 2008 | Z-1358-2008 | — | terminated | May be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1116-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1117-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1111-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1113-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1112-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1110-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1114-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Dec 14, 2007 | Z-1115-2008 | — | terminated | Failure of the reagent to produce test results. The R1 reagent may be contaminated with microorganisms. |
| Jun 12, 2006 | Z-1454-06 | — | terminated | Unexpected changes in QC and proficiency results due to QC and proficiency material matrix. |
| Jun 12, 2006 | Z-1455-06 | — | terminated | Unexpected changes in QC and proficiency results due to QC and proficiency material matrix. |
| Jun 12, 2006 | Z-1458-06 | — | terminated | Unexpected changes in QC and proficiency results due to QC and proficiency material matrix. |
| Jun 12, 2006 | Z-1459-06 | — | terminated | Unexpected changes in QC and proficiency results due to QC and proficiency material matrix. |
| Jun 12, 2006 | Z-1456-06 | — | terminated | Unexpected changes in QC and proficiency results due to QC and proficiency material matrix. |
| Jun 12, 2006 | Z-1457-06 | — | terminated | Unexpected changes in QC and proficiency results due to QC and proficiency material matrix. |
| Jun 9, 2006 | Z-1392-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1544-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1395-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1397-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1393-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1547-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1391-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1548-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1388-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1396-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1549-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1394-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1545-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1389-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 9, 2006 | Z-1546-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1543-06 | — | terminated | Open vial stability-Potential microbial growth in the alcohol standard and possible unexpected QC changes in the ammonia portion of the control due to the lack of validation for long-term open vial stability. |
| Jun 9, 2006 | Z-1390-06 | — | terminated | The reagent may be contaminated with microorganisms. |
| Jun 7, 2006 | Z-1328-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1330-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1326-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1329-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1333-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1327-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1332-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |
| Jun 7, 2006 | Z-1331-06 | — | terminated | Product does not meet performance specifications through its labeled expiration period. |