In the electronics industry, speed and reliability matter in PCB manufacturing. Topfast has over a decade of experience in this field. We offer rapid PCB prototyping and small-batch production services. This helps engineers and businesses reduce time-to-market while ensuring high quality.
If you need urgent prototyping, pre-production testing, or face tight deadlines for large-scale production, our fast PCB services deliver the speed and reliability you need. Topfast strikes a perfect balance between quick delivery, exceptional quality, and competitive pricing.
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What is Quick-Turn PCB Manufacturing?
Quick-turn PCB manufacturing is a specialized process that delivers printed circuit boards quickly, usually within 24 to 72 hours. This speed is much faster than traditional methods, which can take several weeks. This efficient approach speeds up prototype design and iterations. It also meets urgent production needs without sacrificing quality or reliability. This shift changes the pace of product development significantly.
Quick-Turn vs. Standard PCB Manufacturing
Standard PCB Manufacturing:
- Lead Time: Typically 2–4 weeks
- Optimized for large-volume orders
- Lower per-unit cost at high volumes
- Less flexibility for design changes
Topfast Quick-Turn PCB Services:
- Delivery in as fast as 24 hours
- Optimized for prototypes and urgent orders
- Expedited service options available
- Supports rapid design iterations and changes
- Maintains the same high quality as standard production
The key difference is in manufacturing priorities and process optimization. Topfast, a quick-turn PCB manufacturer, uses dedicated production lines. It keeps raw materials well-stocked and employs optimized workflows. These elements ensure fast manufacturing while meeting strict quality controls.

Industries That Benefit from Quick-Turn PCB Services
- Électronique grand public: Smartphone, wearable, and IoT developers use quick-turn services to accelerate prototyping and market testing.
- Medical Devices: Manufacturers rely on these services for rapid prototyping of critical medical equipment, speeding up the time-to-market for life-saving technologies.
- Automotive & Aerospace: Used for testing ADAS systems, EV components, and avionics prototypes.
- Telecommunications: 5G infrastructure, networking equipment prototyping, and communication device testing all depend on rapid PCB manufacturing.
Topfast Quick-Turn PCB Capabilities & Specifications
Flexible Turnaround Options
- 24-hour expedited service: Simple 1–2 layer boards, standard FR-4 material, HASL or ENIG finish, 1–50 pcs for prototypes.
- 48-hour quick service: Up to 6 layers, various materials and finishes, 1–200 pcs for small batches.
- 72-hour standard quick-turn: Complex multilayer boards (up to 16 layers), specialized materials like Rogers or polyimide, advanced finishes, 1–500 pcs for medium batches.
Multilayer & Complexity Support
Couches | Quick-Turn Capability | Applications typiques |
---|---|---|
1–2 | 24–48 hours | Simple prototypes, LED boards |
4–6 | 48–72 hours | Consumer electronics, IoT devices |
8–12 | 72 hours – 5 days | Communication equipment, computing hardware |
14–16 | 5–7 days | High-speed digital servers |
Wide Material Selection
- Standard materials (24–48 hour delivery): FR-4 standard, high-Tg, CEM-1/CEM-3, and aluminum-backed boards. Standard prepreg options are also available.
- Special materials (48–72 hour delivery): Rogers RT/duroid series, polyimide flex materials, PTFE-based substrates, and high-frequency materials.
Key Technical Specifications:
- Minimum trace width: 0.1mm (4mil)
- Minimum via size: 0.2mm (8mil)
- Layer capability: 1–16 layers
- Board thickness range: 0.4mm – 3.2mm
- Maximum board size: 610mm x 1220mm
Quick-Turn PCB Manufacturing Process
Design File Submission & DFM Review
After you submit your design files through our secure portal, our engineering team conducts a thorough Design for Manufacturability (DFM) review within 2 hours. This ensures your design meets all technical requirements for quick manufacturing.
Required files include:
- Gerber files (RS-274X format)
- Excellon drill files
- Pick-and-place files (for assembly)
- Bill of Materials (BOM)
- Assembly drawings and specifications
We use automated DFM software along with engineers’ expertise. This helps us quickly spot potential production issues. We check design intent, material compatibility, and manufacturing limits.
Rapid Prototyping Phase
In this stage, we produce small batches (usually 5–50 pcs) of prototypes that closely match final product specs. This allows for:
- Early design flaw detection
- Functional and performance testing
- Component fit verification
- Signal integrity analysis
- Thermal performance evaluation
All prototypes go through the same strict quality controls as production boards. This includes AOI inspection, electrical testing, and dimensional verification.
Pre-Production Testing & Validation
This phase includes medium-volume production (100–1000 pcs). We validate manufacturing processes and spot potential issues, such as:
- Process optimization
- Yield analysis and improvement
- Quality system validation
- Supply chain coordination
- Cost optimization strategies
We conduct thorough electrical testing. This includes flying probe testing for prototypes and bed-of-nails testing for volume production. This ensures each board meets specifications.
Full Production & Quality Control
Topfast’s full production service offers quick turnaround and flexible scaling to your volume needs. Our production facilities run 24/7 and are backed by multi-tier quality control:
- 100% automated optical inspection (AOI)
- Statistical process control (SPC) monitoring
- IPC-A-600 compliance verification
- Final electrical testing
- Packaging and shipping inspection
Quick-Turn Assembly Technologies
Surface Mount Technology (SMT)
Topfast’s SMT lines have high-speed placers that can handle over 50,000 components an hour with ±25 micron accuracy. They can handle components from 01005 micro sizes to large BGAs.
Technologie des trous de passage (THT) Capabilities
We do automated selective soldering, wave soldering, and hand soldering, so we can meet your needs, whatever they are.
Mixed-Technology Assembly
We’ve got a system that integrates SMT and THT processes into one streamlined manufacturing flow, which reduces production steps and speeds up the overall assembly time.

Quality Assurance in Quick-Turn Manufacturing
IPC Standards Compliance
We make sure that all our production follows IPC-A-600 (acceptability) and IPC-6012 (qualification and performance) standards. This means that even though we make things quickly, we never compromise on quality.
Comprehensive Inspection & Testing
- 100% AOI inspection coverage, identifying minute defects
- Flying probe and bed-of-nails electrical testing
- Boundary scan and functional testing capabilities
Material Certification & Traceability
We’ve got you covered with full material certifications (MTC), RoHS compliance documents, UL certifications, and IPC test reports, so you can rest easy knowing you’ve got full traceability for your critical applications, like medical and aerospace.
Pricing Factors for Quick-Turn Fabrication de circuits imprimés
Key cost drivers include:
- Turnaround time requirements (24/48/72 hours)
- Board layer count and design complexity
- Material selection and availability
- Surface finish type
- Testing and inspection needs
Volume Pricing Advantages
We offer transparent volume-based discounts even for expedited orders:
- Prototype quantities (1–50): Premium rate
- Small batch (51–250): Moderate premium
- Medium batch (251–1000): Preferential rate
- Large volume: Close to standard pricing
Price Match Promise
If you find a lower quote for equivalent quick-turn PCB services, we will match or beat that price.
Core Advantages of Topfast Quick-Turn PCB Services
24-Hour Rapid Manufacturing
For compliant 1–4 layer designs, we guarantee delivery within 24 hours, supported by:
- Real-time production progress updates
- Expedited shipping options
- Dedicated customer support
Advanced Manufacturing Equipment
Our facility is equipped with laser direct imaging (LDI), high-precision drilling and plating lines, AOI systems, and electrical test equipment, ensuring consistent quality for quick-turn orders.
Customer Success Stories
- Automotive supplier: “Topfast’s 48-hour service helped us resolve an ADAS design issue under a critical deadline, delivering on time.”
- Medical startup: “24-hour prototyping accelerated our FDA submission process, helping us secure essential funding.”
- IoT company: “Over 50 rapid iterations with Topfast helped us cut 6 months from our development cycle.”
Frequently Asked Questions (FAQ)
Q: How quickly can you manufacture a PCB?
A: For qualified 1–4 layer designs, Topfast offers a 24-hour expedited service. More complex designs typically require 48–72 hours.
Q: Is the quality of quick-turn PCBs guaranteed?
A: Absolutely. We apply the same quality control processes and IPC standards as standard production, ensuring the reliability of every board.
Q: What design file formats do you accept?
A: We accept Gerber (RS-274X), Excellon, and major CAD formats. PDF drawings can also be reviewed.
Q: Can you source components for assembly projects?
A: We stock common components and partner with distributors for rapid procurement. Customer-provided components are also supported.
Q: Do you provide design support?
A: Our engineering team offers comprehensive DFM analysis, impedance calculation, stack-up advice, and other design optimization services.
Start Your Quick-Turn Project
Since its founding in 2008, Topfast has grown into a one-stop PCB solution provider with 17 years of experience, specializing in rapid prototyping and small-batch manufacturing. With over 1,000 employees and a 30,000-square-meter production base, we have served globally recognized companies like Huawei, DJI, and Hikvision, earning widespread market acclaim.
Our Core Commitments:
- 24/7 online service with timely responses
- 1-hour quick quote, 4-hour engineering review
- End-to-end order tracking and after-sales support
Standard Quick-Turn Delivery Times:
PCB Layers | Quick-Turn Delivery | Mass Production Cycle |
---|---|---|
2 layers | 12 hours | 8–10 days |
4 layers | 24 hours | 10–12 days |
6 layers | 48 hours | 12–14 days |
8 layers | 72 hours | 16–18 days |
10 layers | 72 hours | 18–20 days |
12 layers | 96 hours | 18–20 days |