Two working modes are available: incubation mode and absorbance test mode:

1. Cultivation mode: Provide the environment required for the growth of microorganisms, and at the same time, the absorbance of the sample is regularly detected and recorded at the specified wavelength.

2. Absorbance test mode: The full spectrum absorbance test can be performed on the specified sample, and the absorbance values of different wavelengths can be given.

The system is mainly composed of three parts, namely microbial growth curve analyzer, computer PC, and mobile APP (expansion function).

The equipment is mainly composed of six subsystems: optical detection system, temperature control system, vibration control system, pneumatic control system, embedded system and host computer system.

configuration list

1. One MGC-200 host ;

2. 1 hot cover for 96 -well plate;

3. 50 96 culture plates;

4. 1 power cord;

5. 1 data cable;

6 .1 manual;

7 .1 copy of the warranty card;

8 .PC software (electronic version) 1 copy;

9. 1 air transport safe;

Performance parameters

Performance characteristics

* 1. Using xenon lamp as the light source, high energy, no need to preheat, high resolution, high sensitivity, fast detection, at the same time, the light source has good stability and long life, and does not need to be replaced frequently;

* 2. Using high – performance optical absorption detection system, it can perform absorbance detection on any wavelength band within the wavelength range of 300-850nm, providing solutions for quantitative detection of various biomass. Full spectrum scanning can be achieved, and the optimal wavelength suitable for the sample to be tested can be automatically analyzed;

* 3. The single-hole multi-point detection technology can be selected, and the data error caused by the single-point detection is eliminated by the algorithm, and the data results are more accurate;

4. The maximum shaking speed can reach 1250rpm, so that the liquid in a small volume can be fully mixed, and the shaking culture of microorganisms in 96, 48 , 24 , and 12 -well culture plates can be realized;

5. With standard preset program, simple operation and convenient data processing. At the same time, it supports customer-defined templates for personalized operation settings and data analysis;

*6 .It has a hot cover anti-condensation design, with cooling and heating modules, and the temperature control range is 15-60°C at room temperature. The temperature can be changed during the microbial culture to facilitate the accumulation of specific metabolites;

7. It is convenient to replace the orifice plate quickly without tools;

8. With the function of fault diagnosis, the alarm code can quickly find out the cause of the fault in time;

9. Controlled by PC software, the interface is friendly and intuitive, users can get started quickly, and it has the function of quick operation. The software displays parameter setting interface, status display interface, sample selection interface, data display interface, result analysis interface, etc.;

10. Reserved communication WIFI expansion function;

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Why We Outshine Competitors?
Broad Spectrum Detection (300-850nm): No more single-wavelength blind spots!
Flexible Consumables: 12/24/48/96-well plates-scale your experiments effortlessly!
Gas-Sipping Design: Uses 90% less gas than clunky incubators-budget-friendly science!

Who’s Using It? Where?
Labs & Academia: Synthetic Biology, Food Science, Microorganism, Metabolic Engineering, etc.
Hospitals: Rapid pathogen growth analysis for precision antimicrobial therapy!
Biotech & Pharma: Probiotic R&D, Fermentation Optimize, preservative testing-data-driven decisions!

Escherichia coli is one of the most common microor ganisms in the laboratory. It is a Gram-negative short bacillus with a size of 0.5 × 1-3 μm. It has perinatal flagella, can move, and has no spores.	Fission yeast is a typical biological model of cell division and is widely used in cell biology research. It is 4~5×8~15μm in size, easy to settle, and requires a high speed to mix.	Lactobacillus rhamnosus is an anaerobic, acid-resistant, non-spore-forming Gram-positive probiotic with a size of 0.8~1.0×2~4μm. It is usually cultured statically and easy to aggregate and low-speed rotational culture in MGC-200 can avoid agglomeration.	Lactobacillus plantarum is a kind of lactic acid bacteria, anaerobic or facultative anaerobic, 0.9~1.2×3~8μm in size, round-ended straight bacteria. Usually lacks flagella, but is able to move. Gram positive, non-spore forming.
Escherichia coli growth curve	Fission yeast growth curve	Lactobacillus rhamnosus growth curve	Lactobacillus plantarum growth curve
(Incubation temperature 36°C, 96-well plate, incuba tion volume 200μL, incubation time 24hr, interval time 10min)	(Incubation temperature 30°C, 48-well plate, incubation volume 500μL, incubation time 24hr, interval 30min)	(Incubation temperature 37°C, 12-well plate, incubation volume 2400μL, incubation time 72hr, interval 30min)	(Incubation temperature 37°C, 12-well plate, incubation volume 2400μL, incubation time 24hr, interval 30min)

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At the same time, each sample channel of TGC-100 is equipped with an independent RGBW four-color illumination module, which can achieve 0-300000Lux light intensity regulation (approximately 0~5000μmol·m-2·s-1), and can set the light cycle to simulate the changes in the natural light environment for algae cultivation and research.

In addition, a dedicated mobile phone APP can be provided to view data remotely and understand the progress of the experiment in real time.

The whole process does not require personnel on duty, frequent sampling, and completely eliminates the risk of pollution, truly liberating manpower.

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The Gene Electroporator consists of the main unit, gene electroporation cup, and dedicated connecting cables. It primarily uses electroporation to introduce DNA into competent cells, plant and animal cells, and yeast cells. Compared to other methods, the gene electroporator offers high repeatability, high efficiency, ease of operation, and precise control. Additionally, electroporation has no genotoxicity, making it an essential technique in molecular biology.

◣ Working Principle

Electroporation, also known as cellular electroporation, is a key method for introducing exogenous macromolecules like DNA, RNA, SiRNA and proteins, as well as small molecules, into cells. Under the influence of a transient strong electric field, the cell membrane becomes permeable, allowing charged exogenous substances to enter the cell in a manner similar to electrophoresis. Due to the high resistance of the cell membrane’s phospholipid bilayer, the voltage across the cell is mostly borne by the membrane, with minimal voltage in the cytoplasm. This leads to negligible cytotoxicity during electroporation under normal conditions. Once DNA or other substances pass through the membrane, they stay near the membrane before the cell’s mechanisms transport them to the nucleus or other parts of the cell.

Since electroporation relies on physical methods, the molecular characteristics on the cell surface have minimal effect on the process. Unlike chemical transfection or viral vector methods, electroporation can be applied to all cell types and is easily quantifiable.

◣ Applications

Applicable Fields: Food Industry, Gricultural Industry,  Veterinary Industry,  Bioengineering Industry

Electroporation of bacteria, yeast, and other microorganisms.

🦠 Electroporation of bacteria, yeast, and other microorganisms.

🧫 Transfection of mammalian cells, plant tissues, and protoplasts.

🔗 Cell hybridization and gene fusion.

🏷️ Introduction of marker genes for labeling and indicating purposes.

💊 Introduction of drugs, proteins, antibodies, and other molecules for studying cellular structure and function.

Transfection of mammalian cells, plant tissues, and protoplasts.

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Ultrasonic cycles: 0–99 (adjustable)

McFarland turbidity display accuracy: 0.01 MCF

McFarland turbidity measurement range: 0.00–6.00 MCF

McFarland turbidity detection linear range: 0.20–4.00 MCF

Calibration capability: Multi-point calibration (up to 6 points) for enhanced accuracy

 Advantages

Intelligent & User-Friendly Operation: Equipped with a 5-inch medical-grade capacitive touchscreen, supporting one-button operation. Dispersion, detection, and calculation are fully automated. Bilingual (Chinese/English) interface adapts to multilingual laboratory environments.

Precise Turbidity Measurement: Multi-point McFarland turbidity calibration ensures reliable measurement results. High-light-transmittance dedicated square sample tubes guarantee stable detection linearity.

High Safety & Contamination Control: Silicone-sealed sample tubes prevent leakage and cross-contamination. Hierarchical access control ensures standardized operation and data security.

Flexible Adaptability: Ultrasonic power and duration are flexibly adjustable to match the characteristics of different bacterial strains, meeting diverse experimental needs.

Application Areas

Preparation of bacterial suspensions for microbial experiments; pretreatment of samples for drug sensitivity testing

Microbiology research, including strain screening and phenotypic analysis

Standardization of bacterial suspensions in the production of biological products, vaccines, and bacterial vaccines

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◣Working Principle
Designed with an ultrasonic generator in the water bath. Unlike traditional probe-type ultrasonic devices (which only generate micro-flow and cavitation near the probe, featuring high local ultrasonic intensity but narrow radiation range), this non-contact instrument adopts a water-bath ultrasonic transducer, ensuring full coverage of the water bath with extensive and balanced ultrasonic energy, reducing foam formation.
During experiments, continuous automatic rotation of centrifuge tubes further optimizes ultrasonic energy uniformity. Samples are placed in individual sealed centrifuge tubes, eliminating cross-contamination and aerosol transmission, and enhancing experimental biosafety.

◣Features
Digital Display: 4.3″ medical-grade resistive touch screen
Smart Storage: Capable of storing 50 sets of experimental data
Low Noise: Designed with silent operation, noise level <55dB
Alarm Functions: Overcurrent, overvoltage, and overtemperature alarm functions.
Selectable Modes: Intermittent and continuous modes available.
Flexible Parameters: Ultrasonic time and power continuously adjustable with high stability

◣Application

Food Industry
Agricultural & Forestry Sciences
Bioengineering

Animal Cell Disruption
Emulsification
Protein Extraction
DNA Fragmentation
Inclusion Body Extraction
Chromatin Immunoprecipitation (ChIP)

◣Experimental Examples
DNA Fragmentation Range: Down to 200 bp.
Sample Volumes in the Image (from left to right): 100 μL, 200 μL and
500 μL respectively.

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The entire process requires no human supervision or frequent sampling, completely eliminating the risk of contamination and truly freeing up manpower.

◣Technical Parameters

◣Application

Real–time in–situ microbial culture detection

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With helium or nitrogen as the power source, the Gene Gun Biolistic creates a “cold” gas shock wave that effectively delivers the DNA micro – bomb to the receptor. This approach avoids cell damage that might be caused by a “hot” gas shock wave, enabling the completion of high – quality transgenic work.

Features

High Conversion Rate

Uniform dispersion + convertible receptor

Functionality

Realise the transformation of cells with special growth needs.

Convenient,

portable and hand-held design for on-site transformation.

High Specificity

No introduction of unrelated genes or proteins into the sample

Low Sample Requirements

Low-input, vector-free, size-unlimited DNA processing

Technical Parameters

Reference table of experimental conditions

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