Customization: | Available |
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After-sales Service: | Free Spare Parts |
Warranty: | One Year |
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1. Environmental requirements: temperature: 5-40ºC, humidity: 20%-90%; power requirements: 110-240V, 50Hz. |
2. Only one plate can be used to quantitatively detect microorganisms in samples with bacterial content ranging from 30 to 4 × 10cfu/ml (9cm plate). The colony dispersion on the plate is good, there is no colony interference on the edge of the dish, it is easy to count, and the results are accurate; |
3. The core of MEDIASINOC-9 is an inoculation device controlled by a microprocessor. Pressing a button will automatically complete the process of sample absorption, spiral inoculation, disinfectant and water washing; |
4. Using inoculation needle, no sample remains, and the unique inoculation needle balancing device automatically handles plates with different agar thicknesses; the agar plate will not be scratched; |
5. Logarithmic mode and linear mode are optional. Depending on the number of bacteria in the sample, multiple inoculum amounts can be selected in different modes; |
Plate size |
vaccination mode | Inoculation volume (μl) |
9cm | Logarithmic mode | 50, 100, 200, 400, 1000 |
linear mode | 50, 100, 200, 400, 1000 |
Related indicators corresponding to commonly used inoculation amounts | ||
9 cm plate inoculation volume | Counting range | The number of plates that can be aspirated at one time |
50μl (logarithmic mode) | 400~4×10 cfu/ml | 20 |
100μl (logarithmic mode) | 200~2×10°cfu/ml | 10 |
200μl (logarithmic mode) | 30~1×10 cfu/ml | 5 |
400μl (logarithmic mode) | 10~750cfu/ml | 2 |
6. The precision syringe has a capacity of 1000 μL; when the inoculation volume is 50 μl, the typical inoculation time is 8 seconds. |
7. The theoretical minimum detection limit is 2.5cfu/ml (400μL linear mode); the maximum error is <5cfu/ml when the number of colonies is 400cfu/ml. Powerful microprocessing The inoculator is automatically controlled by software, and the entire process from sample processing to inoculation is completed automatically. The inoculator algorithm can automatically process plates with different agar thicknesses. |
8. The sample inoculation trajectory is an Archimedean spiral, with two inoculation modes available: uniform or logarithmic. It will produce a 1000-fold dilution effect after inoculation on a 9cm plate. |
9. Loading samples, inoculating plates and cleaning the inoculating head can be completed with one button press. There are no consumables required, especially vaccinations, and no subsequent costs. |
10. There is a cleaning fluid storage system that can complete the automatic cleaning cycle to facilitate the preparation of the next sample, ensure the continuity of operations, and improve efficiency. |
11. The microprocessor detects the movement and relative position of the inoculation head, inoculation rack and turntable , and compares the data obtained with the factory settings to generate accurate correction data. |
12. The host shell is made of corrosion-resistant polyurethane, the control keys use a color touch screen, and the parameters can be set to selectable and locked modes; |
13. Automatic cleaning system, One-click cleaning, use disinfectant twice and rinse twice with sterile water. When the inoculation needle is clogged, it can be rinsed in reverse; the disinfectant uses hypochlorine Sodium acid or alcohol will do; |
14. Spiral inoculation has two modes: manual and automatic. Samples can be drawn directly from non-standard containers; several plates can be continuously inoculated by drawing one sample. |
15. An optional inoculation table with adjustable size can be used for various sizes of plates; |
Project | Describe |
Flat | 9cm |
Inoculum volume | 50~1000μL |
vaccination mode | Optional logarithmic or linear mode |
Counting range(9 cm dish) | 30~4×10 cfu/ml |
Dimensions (w×d×h) | 535×410×365mm |
power supply | 100~240V/50-60Hz |