HF8T Mini PCR Machine Portable Nucleic Acid Detection China Suppliers Factory
The Mini PCR is a cutting-edge, ultra-portable Polymerase Chain Reaction instrument designed to bridge the gap between traditional laboratory precision and the necessity of field-based diagnostics. By optimizing the balance between size and performance, this device enables rapid DNA amplification in resource-constrained environments, making it an essential tool for real-time pathogen monitoring and molecular biological research outside the clinic.
Engineered for versatility, the Mini PCR serves a wide array of critical sectors, from veterinary medicine and public health to forensic science and agricultural safety. Whether it is used for rapid zoonotic disease screening in pet hospitals or microbial analysis in ecological field studies, this device delivers laboratory-grade results with unmatched mobility and operational efficiency.
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 | Number of Channels | 8 sample channels |
| Dimensions | 140mm x 75mm x 78mm | Net Weight | 307g |
Key Advantages
Ultra-Portability
Compact, lightweight design (307g) allowing for seamless deployment in non-laboratory environments and field studies.
Rapid Turnaround
Completes a single test in just 30 minutes, providing significantly faster results than traditional bulky PCR systems.
Cost Efficiency
Lower acquisition and operational costs compared to large-scale instruments, enabling widespread adoption.
Intuitive Interface
User-friendly touch screen and Bluetooth connectivity require minimal professional training for operation.
High Sensitivity
High fluorescent signal-to-noise ratio ensures accurate detection of 8 pathogens simultaneously.
Broad Applicability
Effective for Zoonotic, Swine, Ruminant, and Poultry diseases across various clinical and field settings.
Product Gallery
Application Platforms
Veterinary Care
Rapid screening in pet hospitals and transportation hubs for immediate disease control.
Academic Research
Ideal for universities and science education to teach molecular biology and DNA amplification.
Field Monitoring
On-site detection of invasive species and pathogen monitoring in ecological environments.
Public Health
Flexible, rapid testing in resource-limited settings to prevent community outbreaks.
Forensic Science
Convenient DNA analysis directly at crime scenes for immediate forensic evidence collection.
Agro-Safety
Detection of GM ingredients and livestock pathogens to ensure food chain security.
Investment Return Comparison
| Comparison Factor | Traditional PCR | Mini PCR HF-8T |
|---|---|---|
| Deployment Speed | Requires Lab Setup | Instant Field Use |
| Test Duration | Hours to Days | 30 Minutes |
| Initial Cost | Very High | Low/Accessible |
| Operational Skill | Expert Technician | Basic Training |
| Mobility | Stationary | Fully Portable |
Frequently Asked Questions
Unlike traditional PCR which requires a controlled laboratory environment and large footprints, Mini PCR is lightweight (307g), portable, and designed for rapid results in the field, significantly reducing the time and cost of diagnostic testing.
It supports a wide range of targets including Zoonotic diseases (Rabies, Tuberculosis), Swine diseases (African Swine Fever), Ruminant diseases (Bruce), and Poultry diseases (Avian Influenza), among others.
No, the Mini PCR features a user-friendly touch screen interface and simplified operational flow, making it suitable for students, field researchers, and technicians with basic training.
The device is powered by a DC 9V 3A system and supports both battery and adapter options, ensuring it remains functional in resource-limited settings where mains power is unavailable.
Yes, Mini PCR has been widely utilized for the rapid detection of viruses during the COVID-19 pandemic, demonstrating its effectiveness in emergency public health responses.
The HF-8T model features 8 sample channels, allowing for the simultaneous detection of up to 8 pathogens, which maximizes efficiency during batch testing.
