Portable Mini PCR Machine HF8T High Precision Nucleic Acid Detection China Factory Suppliers
The Mini PCR is a high-performance, portable Polymerase Chain Reaction instrument engineered for precision and flexibility. By optimizing traditional PCR technology into a compact form factor, this device enables rapid DNA amplification and pathogen detection in environments where traditional laboratory infrastructure is unavailable, making it an essential tool for field research and rapid diagnostics.
Designed for versatility, the Mini PCR supports simultaneous detection of up to 8 pathogens with a high fluorescent signal-to-noise ratio. Whether deployed in veterinary hospitals, customs checkpoints, or ecological field studies, it delivers lab-grade accuracy within just 30 minutes, empowering professionals to make critical decisions on-site and in real-time.
Detailed Parameters
| Product Model | HF-8T | Temperature Range | 20℃-100℃ ± 0.5℃ (Isothermal) |
|---|---|---|---|
| Detection Time | 30 minutes | Fluorescence Channel | FAM / SYBR |
| Input Power | DC 9V 3A (Batteries/Adapters) | Control Interface | Touch Screen |
| Communication | Bluetooth | Sample Channels | 8 Channels (8 Pathogens simultaneously) |
| Dimensions | 140mm x 75mm x 78mm | Net Weight | 307g |
Key Advantages
Ultra-Portable Design
Weighing only 307g, this lightweight instrument allows for seamless transport and operation in non-laboratory environments.
Rapid Turnaround
Complete a single test in just 30 minutes, offering significantly faster results than traditional benchtop PCR systems.
Cost-Efficiency
Reduces overall experimental costs compared to large-scale instruments, facilitating widespread deployment in various sectors.
Intuitive Interface
Featuring a user-friendly touch screen that requires minimal professional training for immediate operational readiness.
High Sensitivity
Engineered with a high fluorescent signal-to-noise ratio to ensure accurate detection of low-concentration pathogens.
Multi-Pathogen Detection
Capable of detecting 8 different pathogens simultaneously, optimizing workflow and sample throughput.
Product Gallery
Management Platforms
Veterinary Diagnostics
Rapid screening for zoonotic and animal diseases in pet hospitals and transport hubs.
Field Research
On-site DNA analysis for microbial, plant, and animal samples in soil or water.
Public Health Monitoring
Flexible pathogen detection in resource-limited settings for rapid emergency response.
Customs & Border Control
Immediate screening of imported biological samples to prevent invasive species and disease.
Academic Education
Teaching molecular biology and DNA amplification in universities and popular science centers.
Forensic Analysis
Convenient DNA analysis at crime scenes to provide immediate forensic evidence.
Investment Return Comparison
| Metric | Traditional PCR System | Mini PCR (HF-8T) |
|---|---|---|
| Deployment Time | Hours (Lab Setup) | Minutes (Field Ready) |
| Analysis Speed | Slow (Batch Process) | Rapid (30 Min/Test) |
| Equipment Cost | Very High | Low / Accessible |
| Personnel Req. | Specialized Technicians | Generalist / Trainee |
| Mobility | Fixed Laboratory | Fully Portable (307g) |
Frequently Asked Questions
Mini PCR is specifically designed for portability, weighing only 307g and utilizing a battery-powered DC 9V system, allowing users to perform molecular diagnostics outside of controlled laboratory environments.
The device supports a wide range of targets including Zoonotic diseases (Rabies, TB), Swine diseases (African Swine Fever), Ruminant diseases (Foot and Mouth), and Poultry diseases (Avian Influenza).
No, it features a user-friendly touch screen interface and simplified workflows, making it ideal for students, field researchers, and staff in resource-constrained environments.
Accuracy is maintained through high fluorescent signal-to-noise ratios and precise temperature control (± 0.5℃ isothermal), ensuring reliable DNA amplification.
Yes, the Mini PCR is equipped with Bluetooth communication, allowing for efficient data transfer and remote monitoring via compatible devices.
It is used to detect pathogenic microorganisms, GMO ingredients, and plant or animal disease pathogens directly in the field to ensure agricultural health and food safety.
