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Still troubled by the limitations of traditional high-throughput microbial screening tools? Limited sample volume? Time-consuming, labor-intensive frequent sampling with high contamination risks in high-concentration culture tests? SCIENTZ Bio's TGC-100 Test Tube Microbial Growth Curve Analyzer is designed to solve these issues!
1、Targeting Pain Points with Precise Solutions
1.1 No more trade-off between "large volume" and "high throughput"!
Pain Point:
Traditional large-volume microbial culture mostly relies on shakers, which struggle to meet high-throughput screening needs. While microplate culture enables high throughput, its limited volume restricts subsequent bacterial liquid analysis.
Solutions:
Large volume capacity: Uses universal glass test tubes as culture containers, supporting 3mL~20mL culture and detection. Reusable after cleaning, no need for customized consumables—greatly reducing costs.
High throughput for efficiency: 36 parallel culture-detection channels significantly boost experimental throughput and shorten research cycles.
1.2 Free up manpower and eliminate contamination!
Pain Point: Traditional workflows require on-site personnel and frequent sampling, leading to inefficiency and higher contamination risks.
Solution: Full-process automatic in-situ detection! The instrument autonomously handles cultivation, detection, and recording—no need for on-site personnel or frequent sampling. This fully frees up manpower and eliminates contamination risks!
2、Core Advantages Empowering Scientific Research
High detection limit: Advanced optical path design and unique algorithms break through the limitations of traditional transmitted light detection. Accurately reflects growth changes of high-concentration microorganisms, avoiding dilution-induced errors.
2.1 Superior environmental control:
Precise temperature control: 4℃–60℃ range (refrigeration optional) with ±0.1℃ accuracy, supporting mid-experiment temperature adjustments to meet complex metabolic research needs.
Flexible shaking: 0–800rpm speed range, enabling circular horizontal shaking or static culture to ensure full sample mixing or culture under specific conditions.
2.2 Microalgae research tool (optional):
Independent 4-color illumination module: 6 groups with independent control, allowing free combination of spectral components.
Wide light intensity adjustment: 0–300,000Lux, easily simulating diverse lighting conditions.
Flexible light cycle settings: Simulates natural light-dark changes (L/D ratio) to study light’s impact on growth.
2.3 Intelligence and convenience:
Accurate data: Advanced optical and circuit design, with functions like optical path standardization, dark current subtraction, and background subtraction ensuring stable, reliable data.
Powerful analysis: Professional data analysis system with intuitive result displays (tiled/stacked) for easy comparison.
operating system: User-friendly interface for simple operation.
Optional mobile APP: Remotely monitor experiment progress anytime, anywhere—data at your fingertips!
3、Application Areas
Basic microbial research: Condition optimization, strain modification, stress resistance, growth metabolism.
Food research: Optimization of fermentation processes for yogurt, wine, soy sauce, etc.
Animal husbandry/aquaculture: Pathogen prevention and mechanism research.
Drug development: MIC/MBC determination, antibiotic/probiotic processes, compound toxicity testing.
Cosmetics/antibacterial material development: Active ingredient development, sterile/preservative material research.
Algae research (with optional lighting): Algae culture, physiological ecology, aquatic ecotoxicology.
The TGC-100 Test Tube Microbial Growth Curve Analyzer breaks traditional constraints with innovative technology, offering powerful support for microbial and algae research through large volume, high concentration, high throughput, and real-time monitoring!
http://www.dscientz.com
dscientz
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