HP50 Fully Automated Microplate Puncture Instrument  

 In the fields of modern life sciences, drug screening, and clinical testing, efficient and throughput-oriented sample pretreatment is crucial for enhancing experimental efficiency and data reliability. The HP50 fully automated microplate puncture instrument is an innovative automated device specifically designed to meet this core requirement. It ingeniously integrates the functions of puncture needle heating and puncture sealing membrane, providing a high-quality solution for automated sample pipetting after microplate sealing.

Core Functions and Advantages

1. Integrated intelligent operation: Direct puncture of standard microplates (e.g., 96-well plates) placed on the sample tray can be performed either independently or integrated with a robotic arm, enabling remote control via drive commands.

2. Compatible with plate types and sealing films: 96-well plates, as well as heat-sealable or self-adhesive films

3. The puncture yields excellent results with clear puncture sites, making it suitable for pipetting operations on single-channel, multi-channel, and 96-channel pipetting workstations.

4. Precision-controlled heating system: The instrument integrates an efficient and uniform heating module, providing a wide temperature control range (from room temperature to 150°C). It can also easily handle certain membranes that are difficult to puncture.

5. Efficient Puncture: Equipped with a precision and durable puncture needle assembly that can automatically and smoothly pierce the sealing membrane of the microplate without lifting the microplate.

6. Self-heating anti-contamination: For microplate culture in synthetic biology, the self-heating puncture needle achieves sterilization, effectively preventing cross-contamination of microorganisms caused by contact between different microplates.

        The HP50 fully automated microplate puncher has become an ideal tool for laboratory sample pretreatment due to its automation, high throughput, and anti-contamination features. It can puncture various types of sealing films and is equipped with self-heating sterilization and anti-contamination capabilities, laying a solid foundation for obtaining reliable and accurate experimental processes. This instrument serves as a powerful assistant in enhancing laboratory efficiency and boosting scientific research output.