| Availability: | |
|---|---|
| Quantity: | |
The MCS-X Microbial ID/AST System is a high-throughput, fully automated system integrating
microbial identification and antibiotic susceptibility testing. Microbial identification relies on the
classic colorimetry. Antibiotic susceptibility testing employs the turbidimetry to determine the
minimum inhibitory concentration (MIC value) and report the antibiotic susceptibility results (S, I, R).
MCS-X can be widely applied in medical and health care, food and beverage, pharmaceutical manufacturing,
inspection and quarantine, environmental protection, agricultural plant protection, and other fields.
1. High-throughput analysis and detection with the capacity to process up to 60 samples per hour.
2. Comprehensive range of reagent plate available,Custom panels for special bacterial species are
also available.Offers customized AST plates, allowing antibiotic combinations to be tailored according
to customer requirements for research purposes.
3. For the identification of bacteria and fungi, as well as antimicrobial susceptibility testing, in various
clinical infectious specimens.Low cost of use.
4. 24-well and 96-well microwell culture plates with lid. After inoculation, the lid is secured, ensuring
biosafety and specimen integrity in the laboratory.
5. Test results can be evaluated both automatically and manually, with secondary verification and
cross-checking of outcomes.
6. It has powerful detection, query, statistics and analysis functions, supports report printing and export,
and supports LIS (Laboratory Information System) networking and WHONET import.
Model | MCS-X |
Testing Principle | Microbial Identification (ID): Colorimetry to analyze bacterial physiological and biochemical reactions MIC of antibiotics. |
Types Of Reagent Plate | Comprehensive range of reagent plate available: Enterobacteriaceae, non-fermenting bacteria, Staphylococci, Streptococci, yeast-like fungi,etc. |
ID | Capable of identifying Enterobacteriaceae, non-fermenting bacteria, Staphylococci, Streptococci, yeast-like fungi,etc. |
AST | Features susceptibility test panels for Enterobacteriaceae, non-fermenting bacteria, Staphylococci, Streptococc, etc. containing 24–28 antibiotics per test. Can detect and report resistance phenotypes or mechanisms such as ESBL, MRSA, VRE, carbapenem resistance, erythromycin-inducible clindamycin resistance, high-level gentamicin resistance, and high-level streptomycin resistance. such as caspofungin, micafungin, and amphotericin B. |
Reagent Plate Design And Preparation | Identification and Antibiotic susceptibility test composite plate, Identification plate or Antibiotic susceptibility test can be optional. |
Interpretation | Supports both automated interpretation and manual interpretation, facilitating flexible result reporting. |
Detection Time | Bacterial identification and antimicrobial susceptibility testing completed within 18–24 hours. |
Detection Speed | 50–60 specimens/hour |
Bacterial Strain Library | Covers over 750 bacterial species, fully encompassing clinically common strains |
Expert System | Equipped with an open three-tier expert system that follows standards such as CLSI and EUCAST, providing recommendations and allowing modifications. Robust expert analysis systems for both identification and susceptibility testing. The system features extensive rules, automatically reviewing and correcting identification results, and automatically flagging information on multidrug-resistant strains, enabling full human-machine interaction. |
Drug Susceptibility | Antibiotic selection follows the CLSI M100 standard for antimicrobial susceptibility testing. |
Report Format | Results reported according to CLSI standards, categorized into five groups (A, B, C, U, O), with MIC values provided. Reporting formats can also be freely selected. |
Data Management | Unlimited data storage capacity with powerful query and statistical analysis functions, users can define custom query and analysis criteria. |
Lis | Operation software with interfaces compatible with LIS and HIS systems. |
Whonet | Data can be exported for WHONET statistical analysis and uploaded to the CARSS network for antimicrobial resistance data reporting. |
Statistics in Epidemiology | Including reports on bacterial distribution, detection rates, susceptibility rates, and departmental workload, with data exportable to Excel for further analysis. |
Infection Control Module | Includes an infection control module, allowing input of infection control-related microbiological reports such as hand hygiene, air cultures, and surface cultures. Users can set whether these reports are transmitted to the LIS system. |
Built-In PC | All-in-one PC, small and convenient for lab, sane more room. |
Touch Screen | Touchable screen |
Ambient Temperature | 5–40 ℃ |
Relative Humidity | ≤70% RH |
Power Supply | AC 220±10% V, 50±10% Hz, 400 VA |
Packing Dimension | 870×850×600 mm |
N.W/G.W | 30/50 kg |
XK-24A-C | Microbial ID/AST Kit (Enterobacteriaceae Identification kit) |
XK-24A-F | Microbial ID/AST Kit (Non-fermenters Identification kit) |
XK-24A-P | Microbial ID/AST Kit (Staphylococcus Identification kit) |
XK-24A-L | Microbial ID/AST Kit (Streptococcus Identification kit) |
XK-24A-Z | Microbial ID/AST Kit (Yeast-like Fungi Identification kit) |
XK-96A-C | Microbial ID/AST Kit (AST kit for Enterobacteriaceae) |
XK-96A-F | Microbial ID/AST Kit (AST kit for Non-fermenters) |
XX-96A-P | Microbial ID/AST Kit (AST kit for Staphylococcus) |
XK-96A-L | Microbial ID/AST Kit (AST kit for Streptococcus and Enterococci) |
XK-96A-Z | Microbial ID/AST Kit (AST kit for Yeast-like Fungi) |
XK-96B-C | Microbial ID/AST Kit (ID/AST kit for Enterobacteriaceae) |
XK-96B-F | Microbial ID/AST Kit (ID/AST kit for Non-fermenters) |
XK-96B-P | Microbial ID/AST Kit (ID/AST kit for Staphylococcus) |
XK-96B-L | Microbial ID/AST Kit (ID/AST kit for Streptococcus and Enterococci) |
The MCS-X Microbial ID/AST System is a high-throughput, fully automated system integrating
microbial identification and antibiotic susceptibility testing. Microbial identification relies on the
classic colorimetry. Antibiotic susceptibility testing employs the turbidimetry to determine the
minimum inhibitory concentration (MIC value) and report the antibiotic susceptibility results (S, I, R).
MCS-X can be widely applied in medical and health care, food and beverage, pharmaceutical manufacturing,
inspection and quarantine, environmental protection, agricultural plant protection, and other fields.
1. High-throughput analysis and detection with the capacity to process up to 60 samples per hour.
2. Comprehensive range of reagent plate available,Custom panels for special bacterial species are
also available.Offers customized AST plates, allowing antibiotic combinations to be tailored according
to customer requirements for research purposes.
3. For the identification of bacteria and fungi, as well as antimicrobial susceptibility testing, in various
clinical infectious specimens.Low cost of use.
4. 24-well and 96-well microwell culture plates with lid. After inoculation, the lid is secured, ensuring
biosafety and specimen integrity in the laboratory.
5. Test results can be evaluated both automatically and manually, with secondary verification and
cross-checking of outcomes.
6. It has powerful detection, query, statistics and analysis functions, supports report printing and export,
and supports LIS (Laboratory Information System) networking and WHONET import.
Model | MCS-X |
Testing Principle | Microbial Identification (ID): Colorimetry to analyze bacterial physiological and biochemical reactions MIC of antibiotics. |
Types Of Reagent Plate | Comprehensive range of reagent plate available: Enterobacteriaceae, non-fermenting bacteria, Staphylococci, Streptococci, yeast-like fungi,etc. |
ID | Capable of identifying Enterobacteriaceae, non-fermenting bacteria, Staphylococci, Streptococci, yeast-like fungi,etc. |
AST | Features susceptibility test panels for Enterobacteriaceae, non-fermenting bacteria, Staphylococci, Streptococc, etc. containing 24–28 antibiotics per test. Can detect and report resistance phenotypes or mechanisms such as ESBL, MRSA, VRE, carbapenem resistance, erythromycin-inducible clindamycin resistance, high-level gentamicin resistance, and high-level streptomycin resistance. such as caspofungin, micafungin, and amphotericin B. |
Reagent Plate Design And Preparation | Identification and Antibiotic susceptibility test composite plate, Identification plate or Antibiotic susceptibility test can be optional. |
Interpretation | Supports both automated interpretation and manual interpretation, facilitating flexible result reporting. |
Detection Time | Bacterial identification and antimicrobial susceptibility testing completed within 18–24 hours. |
Detection Speed | 50–60 specimens/hour |
Bacterial Strain Library | Covers over 750 bacterial species, fully encompassing clinically common strains |
Expert System | Equipped with an open three-tier expert system that follows standards such as CLSI and EUCAST, providing recommendations and allowing modifications. Robust expert analysis systems for both identification and susceptibility testing. The system features extensive rules, automatically reviewing and correcting identification results, and automatically flagging information on multidrug-resistant strains, enabling full human-machine interaction. |
Drug Susceptibility | Antibiotic selection follows the CLSI M100 standard for antimicrobial susceptibility testing. |
Report Format | Results reported according to CLSI standards, categorized into five groups (A, B, C, U, O), with MIC values provided. Reporting formats can also be freely selected. |
Data Management | Unlimited data storage capacity with powerful query and statistical analysis functions, users can define custom query and analysis criteria. |
Lis | Operation software with interfaces compatible with LIS and HIS systems. |
Whonet | Data can be exported for WHONET statistical analysis and uploaded to the CARSS network for antimicrobial resistance data reporting. |
Statistics in Epidemiology | Including reports on bacterial distribution, detection rates, susceptibility rates, and departmental workload, with data exportable to Excel for further analysis. |
Infection Control Module | Includes an infection control module, allowing input of infection control-related microbiological reports such as hand hygiene, air cultures, and surface cultures. Users can set whether these reports are transmitted to the LIS system. |
Built-In PC | All-in-one PC, small and convenient for lab, sane more room. |
Touch Screen | Touchable screen |
Ambient Temperature | 5–40 ℃ |
Relative Humidity | ≤70% RH |
Power Supply | AC 220±10% V, 50±10% Hz, 400 VA |
Packing Dimension | 870×850×600 mm |
N.W/G.W | 30/50 kg |
XK-24A-C | Microbial ID/AST Kit (Enterobacteriaceae Identification kit) |
XK-24A-F | Microbial ID/AST Kit (Non-fermenters Identification kit) |
XK-24A-P | Microbial ID/AST Kit (Staphylococcus Identification kit) |
XK-24A-L | Microbial ID/AST Kit (Streptococcus Identification kit) |
XK-24A-Z | Microbial ID/AST Kit (Yeast-like Fungi Identification kit) |
XK-96A-C | Microbial ID/AST Kit (AST kit for Enterobacteriaceae) |
XK-96A-F | Microbial ID/AST Kit (AST kit for Non-fermenters) |
XX-96A-P | Microbial ID/AST Kit (AST kit for Staphylococcus) |
XK-96A-L | Microbial ID/AST Kit (AST kit for Streptococcus and Enterococci) |
XK-96A-Z | Microbial ID/AST Kit (AST kit for Yeast-like Fungi) |
XK-96B-C | Microbial ID/AST Kit (ID/AST kit for Enterobacteriaceae) |
XK-96B-F | Microbial ID/AST Kit (ID/AST kit for Non-fermenters) |
XK-96B-P | Microbial ID/AST Kit (ID/AST kit for Staphylococcus) |
XK-96B-L | Microbial ID/AST Kit (ID/AST kit for Streptococcus and Enterococci) |