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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: | Silicon Substrate,borosilicate Glass | Application: | Optical Components,bioassay |
Services: | Microfluidic Foundry Services | ||
Highlight: | High Resolution Electroforming Molds,Microfluidic Diagnostic Chips Electroforming Molds,Electroforming PDMS Injection Molding |
Customization Dimension | Key Options | Our Advantage |
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Micro-Structure Replication | Micro-channels (10-300μm width/depth), reaction chambers (0.1-5mm volume), valve seats (20-100μm gap), reagent reservoirs (0.5-10μL capacity) | Electroforming captures nanoscale details—ensures every structure's dimension deviates ≤±0.002mm, critical for consistent fluid dynamics in diagnostic assays |
PDMS/Glass Substrate Optimization | PDMS-specific: Mold surface treatment (anti-adhesion coating) to reduce demolding force; Glass-specific: Alignment notches for precise chip bonding | Cuts PDMS chip scrap rate by 35% (no tearing during demolding) and ensures glass chip bonding accuracy (≤0.003mm offset), avoiding leaky channels |
Client Drawing Support | 2D (DXF/PDF) & 3D (CAD/STEP/IGES) files; supports layout designs (serpentine channels for PCR, parallel channels for multi-assay chips) | Free pre-production DFM (Design for Manufacturability) analysis to optimize structure connectivity (e.g., eliminating dead zones in reaction chambers); 100% drawing alignment guaranteed |
Diagnostic-Specific Enhancements | Integrated air vent micro-holes (prevents bubble trapping in samples), temperature control grooves (for PCR thermal cycling), barcode/marking structures (chip traceability) | Solves diagnostic workflow pain points—e.g., air vents reduce assay failure rate by 25% in rapid antigen test chips |
Specification | Standard for Diagnostic Chip Molds | Impact on Your Diagnostic Chip Production |
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Dimensional Tolerance | ±0.002mm (micro-channels, reservoirs, valve seats) | Ensures consistent fluid flow and reagent mixing—critical for repeatable diagnostic results (e.g., CV ≤5% in nucleic acid detection) |
Surface Roughness | Ra ≤0.03μm (micro-channel walls) | Minimizes fluid friction and sample adsorption (e.g., no protein sticking to channel walls), preserving sample integrity |
Substrate Compatibility | Optimized for PDMS (Sylgard 184), borosilicate glass, soda-lime glass | Supports most common diagnostic chip substrates—no need to switch molds for different substrate types |
Service Life | ≥40,000 replication cycles (nickel alloy); ≥60,000 cycles (nickel-copper alloy) | Sustains mid-to-high volume production (e.g., 500,000+ rapid test chips/year) without mold wear or precision drift |
Lead Time | 16-22 days (prototype); 25-32 days (mass-production) | Faster than industry average (35+ days) to accelerate diagnostic chip R&D and market launch (critical for emerging pathogens like new flu strains) |
Contact Person: Mr. luo
Tel: 13794925533
Fax: 86----0769-81501733