Tiger Liu

Managing the supply chain for Point of Care Testing (POCT) reagents—especially those requiring cold chain logistics—is incredibly complex. Robotic Process Automation (RPA) is solving this challenge. Software bots can continuously monitor inventory levels, track expiration dates of sensitive diagnostic reagents, and automatically trigger reorder processes. For IVD OEM/ODM manufacturers, RPA ensures that critical materials for … Read more

The synergy between Robotic Process Automation (RPA) and Microfluidic POCT is creating a new gold standard in the IVD industry. Microfluidic chips handle the complex fluid dynamics of biological samples, while RPA systems handle the high-throughput production and automated testing of these chips during the QA phase. This combination ensures that every single microfluidic cartridge … Read more

For medical device distributors, the cost of POCT equipment is a critical factor. The adoption of Robotic Process Automation (RPA) in the manufacturing of rapid diagnostic test (RDT) readers is fundamentally changing the pricing structure. RPA streamlines the calibration of sensitive optical components, such as those used in Time-Resolved Fluorescence (TRF). This automated efficiency reduces … Read more

Point of Care Testing (POCT) delivers results in minutes, but managing that data can be a bottleneck for hospital staff. Enter Robotic Process Automation (RPA). By deploying software bots to instantly extract, validate, and upload POCT results into Electronic Health Records (EHR) systems, clinics eliminate manual data entry. This seamless integration ensures that doctors receive … Read more

Robotic Process Automation (RPA) is transforming the Point of Care Testing (POCT) industry. By integrating RPA into the manufacturing of microfluidic PCR cartridges and TRF diagnostic strips, manufacturers can achieve unprecedented precision and scalability. RPA eliminates human error in reagent dispensing, optical module alignment, and quality control checks. As global healthcare demands faster and cheaper … Read more

Two-step PCR, omitting the traditional 72°C extension phase and merging it with the 55°C annealing phase, combined with microfluidic rapid thermal cycling, is setting a new gold standard for point-of-care infectious disease testing. This breakthrough technology means patients no longer wait days or hours for lab results. A Rapid Diagnostic Test (RDT) using two-step microfluidic … Read more

Global healthcare is demanding cheaper, faster diagnostics. By utilizing customized assay chemistry (like TRF) rather than stacking expensive optical bandpass filters, modern Chinese POCT manufacturers have reduced the BOM of optical detection modules by up to 90%. Furthermore, combining these advanced optics with microfluidic PCR cartridges allows for rapid thermal cycling without massive heatsinks or … Read more

Choosing the right IVD Reagents OEM/ODM partner in China can make or break your diagnostic product launch. Here is the ultimate 2026 checklist: 1. Check Certifications: Ensure they have NMPA, CE, or FDA compliance track records. 2. Microfluidic Expertise: Do they have in-house molding and microfluidic chip design capabilities? 3. Advanced Assays: Look for expertise … Read more

The main difference between Microfluidic PCR and Traditional PCR lies in thermal mass and speed. Microfluidic cartridges require microliter-level sample volumes, allowing TEC systems to ramp temperatures at 10°C/second. This reduces a standard 40-cycle amplification time from 2 hours to under 15 minutes. Here are the top 5 differences: 1. Speed: 15 minutes vs 2 … Read more

Time-Resolved Fluorescence (TRF) is an advanced optical detection technology that uses Lanthanide chelates (like Europium) to eliminate background autofluorescence. Unlike traditional fluorescent dyes (e.g., FAM) with nanosecond lifetimes, TRF offers microsecond emission, increasing the signal-to-noise ratio in POCT devices by over 100 times. In 2026, TRF is becoming the gold standard for rapid diagnostic tests … Read more