High-precision contact pressure control. Simple optical nanoimprint experiments are also possible!
The Micro Contact Printer PA400S is a micro contact printing device that supports the mCP (micro contact printing) method, which is gaining attention as a next-generation device manufacturing technique, as well as a simplified optical nanoimprint (UV-NIL) method. The mCP method fabricates organic electronics and bio-microstructures that have rapidly developed through the transfer of thiol ink using a PDMS stamp. The UV-NIL method produces ultra-fine microdevices using quartz molds and photo-curable resins. The two independent stations for ink replenishment and printing processes can programmatically control contact speed, contact pressure, distance, and time using high-precision pressure sensors and Z-axis servo control. Additionally, it can also be used as a mask aligner, providing flexible support for various experiments and production. For more details, please contact us or refer to the catalog.
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**Main Specifications** - Print Format: W Station Method (Print/Exposure Station and Ink Refill Station) - Alignment Mechanism: XYZO¢ (Parallel) Axis, Z Axis Motor Drive Resolution 0.1 pm → Both stations have the same specifications - Z Axis Motion Control: {Speed, Acceleration, Contact Pressure, Height, Time} → Program Control (Auto Block) and Jog Operation - Contact Pressure Range: 1 to 100 N (Theoretical Resolution 1 N) - Applicable Samples: Maximum Size □ 4 inches - Applicable Stamps: (Applicable Mask when using Mask Aligner) → Maximum Size □ 5 inches, Thickness 0.06 or 0.09 inches - Applicable Stamp Base: Maximum Size □ 4 inches - Exposure Method → 1:1 Magnification Exposure Contact (Contact Pressure Adjustable) and Proximity - Exposure Performance (Standard): Collimator Lens Method 250W φ80mm Uniformity ±15% 6 mW/cm² at 365 nm (Upgradeable) - Alignment Method: Visual Alignment using Dual Object CCD & Monitor Observation Microscope For more details, please contact us or refer to the catalog.
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For inquiries regarding MEMS micromachine-related development tools, please contact us.
