Shanghai Xiongtu Biotechnology Co.,Ltd.

Shanghai Xiongtu Biotechnology Co.,Ltd.

Tel：

021-37651195

Quantitative real-time PCR instrument

Number：XT8516Q / XT8532Q / XT8548Q / XT8596Q

Model:One unit

Introduction：Quantitative real-time PCR technology has been widely applied in multiple fields such as molecular biology, human and animal medicine, food testing, and environmental monitoring. The quantitative real-time PCR instruments developed by Shanghai Xiongtu come in a variety of specifications and models, with stable performance. They can not only meet the needs of small and medium-sized agricultural and livestock enterprises for rapid detection of severe animal diseases such as African swine fever It can also meet the needs of large-scale experimental testing centers for real-time prevention and control detection of various animal diseases.

【Product Attributes】

Sample Capacity	16 wells / 32 wells
Signal Channel(s)	2 channels
Reagents and Consumables	Fully open design
Reaction System	5–100μL, 5μL ultra-low reaction system
Maximum Heating Rate	≥8°C (maximum heating rate)
Maximum Cooling Rate	≥7°C (maximum cooling rate)
Dimensions	Dimensions: 320mm (H) × 280mm (L) × 130mm (W)
Weight	Weight: approx. 2.5KG
Product Model	Product Models: XT8516Q / XT8532Q

Sample Capacity	48 wells / 96 wells
Signal Channel(s)	2 /3/4 channels
Reagents and Consumables	Fully open design
Reaction System	10-120μL, supporting a rapid response mode system
Maximum Heating Rate	≥4
Maximum Cooling Rate	≥4
Dimensions	465mm（H）420mm（L）350mm（W）
Weight	19 KG(48-well) / 25 KG(96-well)
Product Model	XT8516Q / XT8532Q

【Application Field】

Real-time fluorescent PCR technology has been widely used in multiple fields such as molecular biology, human and animal medicine, food testing, and environmental monitoring. Shanghai Xiongtu has developed fluorescent quantitative PCR instruments with multiple specifications and models, which feature stable performance. These instruments can not only meet the needs of small and medium-sized agricultural and animal husbandry enterprises for rapid detection of severe animal diseases such as African swine fever but also satisfy the real-time prevention and control detection requirements of large experimental testing centers for various animal diseases.