METICULAB
Custom PMMA Microfluidic Chip | Korea-Based Supplier - Meticulab
Custom PMMA Microfluidic Chip | Korea-Based Supplier - Meticulab
Custom PMMA Microfluidic Chip | Precision CNC Machining | OEM ODM Service
Precision CNC machined PMMA microfluidic chips with minimum channel width 30μm, surface roughness Ra ≤ 20nm and bonding loss 0-5μm. Custom design, OEM ODM and rapid prototyping services available. Ideal for university research, cell culture, droplet generation and life science laboratory applications.
Product Overview
Our PMMA microfluidic chips are built with precision engineering for laboratory and research use. Combining structural design expertise, fluid channel optimization and full supply chain quality control, we deliver microchips tailored to your exact specifications, from single prototype samples to mass production batches.
We are a research driven technical supplier rather than a traditional manufacturer. We cooperate with certified manufacturing partners to provide full design support, material selection and strict quality inspection. You get consistent precision and stable performance without extra costs of managing production lines by yourself.
Main Specifications
| Material | Optical Grade PMMA Acrylic |
| Processing | Precision CNC Micro Milling |
| Minimum Channel Width | 30 μm |
| Max Aspect Ratio | 1:3 |
| Surface Roughness | Ra ≤ 20 nm |
| Bonding Method | Multi Layer Thermal Bonding |
| Bonding Loss Tolerance | 0–5 μm |
| Sealing Performance | Leak Proof with Minimal Deformation |
Available Microstructures & Applications
| Micro Pillar Array | Cell Capture, Microfluidic Filtration |
| V Groove Channel | Fluid Guidance, Particle Separation |
| Wavy Flow Channel | Enhanced Mixing, Flow Rate Control |
| 3D Multi Layer Structure | Complex Fluid Integration |
| Manifold Fluid Module | Multi Channel Distribution, Custom Layout |
Material Options
Besides standard PMMA, we support multiple substrate materials for different lab research needs:
- PC Polycarbonate: High impact resistance, high temperature tolerance
- PS Polystyrene: High optical transparency, good biocompatibility
- COC COP: Low auto fluorescence, low protein adsorption
- PDMS Polydimethylsiloxane: Elastic, gas permeable, biocompatible
- PEI PTFE: High temperature and chemical corrosion resistance
- Metal Titanium Stainless Steel Aluminum: High strength ultra precision CNC processing
Why Choose METICULAB
- Minimum channel width 30μm to meet high precision research demands
- Ultra smooth surface Ra ≤ 20nm to reduce flow resistance and channel blockage
- Tight bonding loss control 0–5μm, leak free sealing with tiny deformation
- Rapid prototype delivery within 7-10 working days for fast research iteration
- Low MOQ for samples only 1 piece, low risk verification before mass order
- Full inspection data report attached for every batch with traceable quality records
Application Scope
Our PMMA microfluidic chips are exclusively for laboratory scientific research use:
- University microfluidic academic research
- Cell culture and perfusion experiments
- Droplet generation and microfluidic mixing
- Micro chemical synthesis and high throughput screening
- Fluid modules for analytical laboratory instruments
- Microparticle separation and sorting research
Cooperation Workflow
- Share your requirements CAD drawings sketches or lab experiment standards
- We provide technical evaluation and formal quotation with feasibility suggestions
- Rapid CNC prototype manufacturing for your performance testing
- Mass production after sample confirmation
- Long term technical support and structural optimization service
Frequently Asked Questions
Q What is your minimum order quantity
A MOQ for sample order is 1 piece. Mass production MOQ depends on design complexity and raw material. Please send your drawings for exact quotation.
Q Do you provide custom design OEM ODM service
A Yes full OEM ODM support including structural design channel optimization material selection and feasibility analysis. Our R&D team assists you from initial concept to finished chip.
Q What materials can you process
A We offer PMMA PC PS COC COP PDMS PEI PTFE and metal substrates. PMMA is the most popular choice for its excellent optical performance cost efficiency and easy processing.
Q What is your minimum channel width and surface finish
A Minimum micro channel width 30μm max aspect ratio 1:3 surface roughness Ra ≤ 20nm multi layer bonding loss controlled within 0–5μm.
Q How long is standard lead time
A Sample prototypes take 7-10 working days after design confirmation. Mass production lead time varies based on quantity and structure complexity contact us for accurate schedule.
Q Can I get samples before mass production
A Highly recommended to test samples first to verify fluid performance sealing and optical quality before bulk order.
Q How do you guarantee stable product quality
A Strict quality inspection via certified manufacturing partners with contour projectors tool microscopes and white light interferometers. Full test report provided with each shipment batch.
Q What research fields are your microfluidic chips suitable for
A Our chips are designed purely for laboratory research including university microfluidics cell culture droplet generation micro mixing chemical synthesis and analytical instrument fluid components.
Contact METICULAB
Send your CAD drawings or lab requirements for fast technical evaluation and custom solutions. Message us via store contact form anytime.
This content is compiled by METICULAB technical team.
METICULAB focuses on R&D sales and after sales service of custom PMMA microfluidic chips.
We are a reliable global microfluidic supplier based in South Korea.
Our advantages stable precision short mass production cycle complete after sales service and competitive cost performance.
Instrument brands and lab equipment suppliers are welcome to inquire about sample testing and non standard customized solutions.
📧 Email choikyuc@gmail.com
📞 WhatsApp KakaoTalk +82-10-3988-4813
🌐 Official Website https://meticulab.net
Global Supplier from South Korea OEM customization and NDA confidential service available
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