Micro-Precision 3D Printing Service - 2µm~50µm Resolution, Medical & Semiconductor Grade

Professional micro-precision 3D printing service in Taiwan. Achieve ultra-high precision with 2µm~50µm resolution and ±10µm~±25µm tolerance. Perfect for microfluidics, micromechanics, biomedical, precision electronics, semiconductors, and AI supercomputer parts.

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Micro-Precision 3D Printing Service | 2µm~50µm Resolution | Medical, Semiconductor, Microfluidics | Made in Taiwan | QTS

🔬 QTS Micro-Precision 3D Printing Service

Name: Micro-Precision 3D Printing Service - 2µm~50µm Resolution, Medical & Semiconductor Grade
SKU: 68c7b71002a0440016b2fa55
Price: 1.0 TWD
Availability: InStock

Made in Taiwan | 2µm~50µm Resolution | ±10µm~±25µm Tolerance | Precision Parts | Fast Turnaround

✅ Micro-Level Precision ✅ Ultra-High Resolution ✅ Precision Tolerance ✅ Multiple Materials ✅ Fast Turnaround ✅ Fully Customizable

Need precision parts at the micrometer level? QTS provides industry-leading micro-precision 3D printing service, specializing in ultra-precision functional parts manufacturing. With resolution of 2µm~50µm and tolerance of ±10µm~±25µm, we perfectly meet extreme requirements in microfluidics, micromechanics, biomedical, precision electronics, semiconductors and more. Using industry-leading equipment and multiple high-performance materials, from design optimization to precision printing to quality inspection, we provide professional support throughout.

🎯 Brand Background & Advantages

30+

Years of Chemical Background

15+

Years of 3D Printing Experience

8000+

Taiwan Customers

Taiwan

Local Service

QTS Corporation has over 30 years of chemical background and 15 years of 3D printing industry experience, serving over 8,000 Taiwan customers. We not only provide high-quality printing services but also professional technical support and customized solutions. Particularly in micro-precision printing, QTS possesses industry-leading technology and expertise.

⭐ Micro-Precision Technology Core Advantages

🔬 Industry-Leading Precision

Resolution reaches 2µm~50µm with tolerance as precise as ±10µm~±25µm. This precision level is difficult to achieve with traditional machining methods, particularly suitable for applications requiring extreme precision.

💎 Ultra-Fine Microstructures

Capable of creating extremely fine structures including microchannels, micropores, microgears, etc., which are nearly impossible with traditional manufacturing. Perfect for microfluidics chips, micromechanics and similar applications.

🧪 Multiple High-Performance Materials

Support for high-temperature, super-tough, high-transparency, fatigue-resistant, biocompatible, lost-wax casting, ceramic, UV-resistant and many other specialty materials to meet various extreme application requirements.

🏥 Medical-Grade Certification

Offering BIO biocompatible certified materials fully compliant with medical device standards, can be directly used in medical devices, implants, diagnostic equipment and similar applications.

⚡ Fast Turnaround

No tooling required, no complex tool preparation needed. From design to delivery typically takes only 7-14 days, dramatically shortening product development cycles.

🔧 Complete Customization

Based on your design requirements, we provide completely customized solutions. From design optimization, material selection, to final delivery, we provide professional support throughout.

🎯 Typical Applications

Application Field	Typical Products	Core Advantages
Microfluidics Chips	Lab chips, diagnostic chips, microreactors	High microchannel precision, complex one-piece structures
Micromechanical Parts	Microgears, microbearings, microsprings	Ultra-precision, high efficiency, complex structures
Biomedical	Scaffolds, catheters, implants, diagnostic devices	Biocompatible, precise dimensions, rapid customization
Precision Electronics	Connectors, heat sinks, shields, precision brackets	High precision, complex structures, rapid iteration
Semiconductor Parts	Precision fixtures, test jigs, thermal structures	Ultra-high precision, high-temperature resistant, fast delivery
AI Supercomputer Parts	Precision cooling modules, liquid cooling channels, structures	High precision, complex structures, rapid customization

🏭 Real Case Study: Precision Medical Diagnostic Chip

📌 Customer Need

A biomedical company needed ultra-precision microfluidic diagnostic chips requiring microchannel precision of ±15µm, with need for rapid design iterations.

✅ QTS Solution

Using micro-precision 3D printing technology with biocompatible resin, completed complex microchannel structures in one go.

🎯 Results

Precision Achieved ±12µm: Exceeded customer requirement of ±15µm
Development Cycle Reduced 60%: From 3 months to 6 weeks
Cost Reduced 45%: Compared to traditional micromachining
Rapid Iteration: Can complete 3 design versions within 2 weeks

🧬 High-Performance Material Options

We offer multiple industry-leading high-performance resins to meet different engineering requirements:

High-Temperature Resin

Temperature resistant up to 200°C and above, suitable for high-temperature environments like semiconductors and electronic device internal parts.

Super-Tough Resin

Excellent toughness and impact resistance, suitable for precision mechanical parts requiring durability.

High-Transparency Resin

Optical-grade transparency, suitable for optical components, transparent structures, optical sensors and similar applications.

Fatigue-Resistant Resin

Tested through multiple stress cycles, suitable for dynamic parts requiring long-term durability.

BIO Biocompatible Resin

ISO 10993 biocompatibility certified, can be directly used in medical implants and diagnostic devices.

Lost-Wax Casting Resin

Specially designed for lost-wax casting process, can be used to create master molds for precision metal parts.

📊 Technical Specifications & Precision Metrics

Technical Metric	Specification	Description
Max Print Size	100 mm(L) × 100 mm(W) × 75 mm(H)	Suitable for precision small parts manufacturing
Resolution	2µm ~ 50µm	Industry-leading precision level
Print Tolerance	±10µm ~ ±25µm	Depends on design complexity and material selection
Surface Roughness	Ra 0.4 ~ 1.6 µm	Can achieve optical-grade surface
Supported Material Types	8+ High-Performance Resins	Including high-temperature, biocompatible and other specialty materials
Typical Turnaround	7 ~ 14 days	Adjusted based on complexity and quantity
Minimum Feature Size	10µm	Can create extremely fine structures
Minimum Hole Diameter	5µm	Suitable for microfluidics applications

🔄 Service Process

Design Consultation & Assessment: Submit your CAD files or design concepts for precision assessment and design optimization recommendations
Material Selection: Choose the most suitable high-performance material based on application requirements
Quote Confirmation: Detailed pricing based on materials, quantity, precision requirements and other factors
Precision Printing: Micro-precision printing using industry-leading equipment
Post-Processing & Cleaning: Fine post-processing to ensure surface quality
Precision Inspection: Dimensional inspection, performance testing, surface inspection, precision verification
Fast Delivery: Packaging and shipment, typically 7-14 day turnaround

⚠️ Micro-Precision Printing Considerations

📌 Design Best Practices

Micro-precision requires design to consider material properties, print direction, support structures and other factors. Our engineers will provide detailed design optimization recommendations.

🔍 Precision Limitations

While we can achieve ±10µm tolerance, certain complex designs or specific materials may require adjustments. We recommend thorough communication during design phase.

💰 Cost Considerations

Micro-precision printing costs higher than standard printing. We recommend evaluating whether such high precision is truly necessary to optimize cost-benefit.

❓ Frequently Asked Questions

Q: What is micro-precision? Why is it needed?

A: Micro-precision refers to precision reaching micrometer (µm) level, one millionth of a meter. In microfluidics, micromechanics, precision medical and similar fields, such extreme precision is essential to ensure functionality and compatibility.

Q: What does tolerance ±10µm~±25µm mean?

A: This means actual dimensions may fluctuate 10-25 micrometers above or below design size. Specific tolerance depends on design complexity, material selection and print direction.

Q: What applications use 5µm minimum hole diameter?

A: 5µm hole diameter is suitable for microfluidic chip microchannels, micropore arrays and similar applications. This is difficult to achieve with traditional machining.

Q: Can biocompatible resin really be used for medical implants?

A: Yes. Our BIO biocompatible resin is ISO 10993 certified and can be directly used in medical implants, diagnostic devices and similar applications.

Q: How do I choose the right material?

A: Based on application environment (temperature, humidity, chemicals), functional requirements (toughness, transparency, thermal conductivity) and budget. Our engineers provide professional recommendations.

Q: Can turnaround really be just 7-14 days?

A: Yes. For standard complexity designs, typically 7-14 days for delivery. Particularly complex designs or multiple iterations may require longer timeframes.

Q: Can design optimization be provided?

A: Absolutely. Our engineers will provide optimization recommendations based on micro-precision printing characteristics to improve success rate and cost-effectiveness.

Q: Is max print size 100×100×75mm too small?

A: For micro-precision parts, this size is sufficient for most applications. For larger parts, consider segmented manufacturing or alternative technical solutions.

Q: Do you support small batch production?

A: Absolutely. No tooling required, can directly produce 1 or 100 pieces with excellent cost-benefit.

Q: How do I contact QTS for a quote?

A: Please click the "3D Printing Service Form" below to submit your requirements, or contact us directly: Phone +886-3-6582308, Email info@qts.tw

📞 Contact Us

Ready to leverage micro-precision technology to create your next-generation precision parts? Contact us now!

📧 Email: info@qts.tw

📞 Phone: +886-3-6582308 (Mon-Fri 08:30-18:00)

🌐 Official Website: shop.qts.tw

📋 Submit Service Form: Click to Fill 3D Printing Service Form

Address: No. 8, Lane 338, Jiaxing Road, Zhubeishi, Hsinchu County 30264, Taiwan