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Product Name: | Microfluidic Electroformed Molds | Highlight: | Precision Core Pins, Core Pin Die Casting |
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Tolerance: | +/-0.001mm | Hardness: | 43-47 HRC |
Feature: | Durable | Processing Method: | Electroforming Processing |
Material: | Nickel Alloy,Silicon Substrate,borosilicate Glass | Application: | Optical Components,bioassay |
Services: | Microfluidic Foundry Services | ||
Highlight: | Electroformed Microfluidic Molds,Nickel Alloy Microfluidic Molds,Corrosion Resistant Microfluidic Injection Molding |
Customization Dimension | Key Options | Our Advantage |
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Client Drawing & LoC Geometry Support | 2D (DXF/PDF) & 3D (CAD/STEP/IGES) files; supports all LoC micro-channel types and integrated structures | Free pre-production DFM analysis to optimize LoC performance with 100% drawing alignment guarantee |
Corrosion-Resistant Nickel Alloy | Pure nickel, nickel-phosphorus alloy, gold-plated nickel options | Passes 1,000-hour immersion tests in common LoC reagents with no degradation |
Micro-Channel Precision Tuning | ±0.002mm tolerance, Ra ≤0.02μm surface roughness, variable channel depths (5-500μm) | Electroforming captures nanoscale details for consistent experimental results |
LoC Lab Workflow Optimization | Small-batch sizes, alignment pins, removable mold inserts | Cuts prototype iteration time by 50% and supports low-volume production |
Specification | Standard for LoC Microfluidic Molds | Impact on Your LoC Development |
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Micro-Channel Tolerance | ±0.002mm (critical channels); ±0.005mm (non-critical) | Ensures consistent fluid flow and experimental reproducibility |
Corrosion Resistance | 1,000-hour immersion test pass (PBS, 70% ethanol, 0.1M HCl) | Eliminates mold replacement due to reagent damage |
Surface Roughness | Ra ≤0.02μm (micro-channel walls) | Minimizes fluid friction and cell adhesion in cell-based LoCs |
Service Life | ≥30,000 cycles (pure nickel); ≥50,000 cycles (nickel-phosphorus) | Supports extensive prototyping and small-batch production |
Lead Time | 14-28 days depending on complexity | Faster than industry average to accelerate R&D timelines |
Contact Person: Mr. luo
Tel: 13794925533
Fax: 86----0769-81501733