Custom Microfluidic Chip PCR Biochip
Advantages：
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1. Extensive customization: patterns, packaging, logos; supports 1-piece orders, meeting diverse needs.
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2. Versatile materials (glass, PMMA) with precision CNC/micro machining for high accuracy.
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3. Trusted supplier: 7-year experience, 100% positive reviews, TüVRheinland verified, on-time delivery.
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4.Realize batch production by injection molding process
Glass Microfluidic Chip
Rapid Detection, Achieving Early Diagnosis Single-Cell Analysis R&D manufacturer specializing in functional films
- The flexibility of microfluidic chips enables them to meet diverse needs, encompassing research, clinical practice, industry, and environmental protection.
- Biomedical applications include: Point-of-care testing (POCT), such as rapid blood glucose and myocardial infarction marker testing, single-cell analysis, and organ-on-a-chip (which simulates human organ function and replaces animal testing).
- Environmental Monitoring: Rapid on-site detection of water/air pollutants (such as pesticide residues and bacteria).
- Food Safety: Batch testing for additives and pathogens in food.
PMMA Microfluidic Chip
Rapid Detection, Achieving Early Diagnosis Single-Cell Analysis R&D manufacturer specializing in functional films
- The flexibility of microfluidic chips enables them to meet diverse needs, encompassing research, clinical practice, industry, and environmental protection.
- Biomedical applications include: Point-of-care testing (POCT), such as rapid blood glucose and myocardial infarction marker testing, single-cell analysis, and organ-on-a-chip (which simulates human organ function and replaces animal testing).
- Environmental Monitoring: Rapid on-site detection of water/air pollutants (such as pesticide residues and bacteria).
- Food Safety: Batch testing for additives and pathogens in food.
Wafer-based microfluidic chip
The wafer-based microfluidic chip, using semiconductor processes with adaptable materials, enables precise, high-throughput, multi-functional analysis in diverse fields.
Using PP as the base film, the initial viscosity is 20-30 grams, and the viscosity increases to more than 1500 grams after applying pressure. It has good thermal stability, low thermal shrinkage, and excellent optical properties
- Widely used, focusing on precise analysis: Applied in biomedicine and other fields, it can quickly and accurately detect trace samples and shorten detection time.
- Strong material adaptability, balancing performance and cost: Common silicon, glass, and polymer wafers are used, adapting to different scenarios and balancing performance and cost.
- Manufacturing process compatible with semiconductor technology, with controllable precision: Semiconductor processes such as photolithography and etching are adopted to ensure the precision and tightness of microchannels.
- Supporting high-throughput operation, improving experimental efficiency: Wafers can integrate a large number of microfluidic units to realize parallel experiments with multiple samples and improve efficiency.
- Capable of multi-functional integration, expanding application boundaries: It can integrate components such as sensors to realize functions like temperature control and detection, meeting complex needs.