High-Precision 96-Well Plate

Achieving the ultimate balance between micron-level consistency and multi-cavity mass production

Four Core Technical Capabilities

1. Exceptional Geometric Symmetry and Well-Position Accuracy

•Technical Breakthrough: In multi-cavity mold development, the center-to-center spacing and perpendicularity of all 96 wells are controlled to micron-level tolerances.

•Customer Value: Fully compatible with automated liquid-handling systems from major brands, preventing pipette tips from striking well walls and avoiding aspiration errors.

2. Deep-Well Machining and High-Aspect-Ratio Technology

•Mold Capability: For deep-well designs, we address core-pin deflection and uneven cooling that can occur during high-pressure injection molding.

•DFM Optimization: Balanced runner design and a precision venting system ensure uniform bottom-wall thickness and an inner-wall surface finish of Ra 100 nm.

3. Optical-Grade Surfaces and Material Control

•High Transparency and Low Fluorescence: Carefully selected, high-purity medical-grade materials are combined with mirror polishing to provide excellent optical transmittance through the well bottoms while minimizing background interference.

•Low Protein Adsorption: Nanoscale surface-treatment technology significantly improves reagent stability and recovery.

4. Stable Mass Production with High-Cavity-Count Molds

•High-Efficiency Mass Production: Our high-cavity precision-mold development capabilities, combined with the stable injection pressure of FANUC / SODICK all-electric machines, ensure highly consistent weight and dimensions across every batch and every plate.

In high-throughput screening (HTS) and automated testing, the geometric accuracy of a 96-well plate directly affects liquid-handling robot positioning and the reliability of optical detection. Drawing on deep moldmaking expertise, TUP resolves the technical challenges of deep-well structures and multi-cavity mass production.