The HDA-Series Precision Array Plate provides an ultra-stable, multi-feature reference for demanding scientific and laboratory automation systems. Designed as a generic but extremely precise specimen (Type SQ, HDA-SQ-01), this block features a dense matrix of high-precision blind holes. It serves as a physical gold standard for system calibration, test validation, sample position referencing, and performance benchmarking across automated handling and detection platforms.
Automated Liquid Handling (Pipetting) Robots: Development and precise positioning benchmarking for micro-volume liquid dispensers.
High-Throughput Screening (HTS) Platforms: Testing and validating well-plate reading accuracy and speed for multi-well analysis.
Machine Vision & Feature Detection: Training, testing, and calibrating advanced vision systems for precise multi-feature recognition and coordinates mapping.
Metrology System Calibration: Standard specimen for verifying positional accuracy and feature depth over large arrays using coordinate measuring machines (CMMs) or optical profilers.
Microfluidic Substrates: Customizable high-density port arrays for complex fluidic control and mixing studies.
Ultra-Precise Position Uniformity: Achieving sub-micron level standard deviation of hole positions across a complex, high-density matrix.
Depth Consistency: Maintaining consistent, tight-tolerance depth for hundreds of blind holes, ensuring sample volume integrity.
Inner Surface Finish: Achieving mirror-smooth inner walls (Ra < 0.2 µm) to minimize sample adhesion and cross-contamination, especially at the flat bottom.
Thermal & Stress Management: Preventing geometric distortion due to material thermal expansion and stress during high-speed, multi-hole machining.
Burr-Free Micro-Features: Ensuring sharp, precise edges with zero burrs or tool marks, even on internal features, critical for optical and fluidic applications.
Contact: Grace Chen
Phone:
E-mail: info@cmtprecise.com
Whatsapp:
Add: Nanjing Jiangning Technological Development Zone.
