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What Is the Assembleon AX201 SMT Placement Machine?
The Assembleon AX201—also known as Assembleon AX-201—is a compact, intelligent, and high-performance pick and place machine designed for manufacturers who need stable precision, flexible production, and excellent cost-efficiency.
Key Advantages of the Assembleon AX201
This section outlines the primary strengths that define the AX201 platform. It explains how the machine delivers a balance of performance, accuracy, and flexibility, allowing it to meet the needs of manufacturers handling diverse PCB assemblies and small to medium batch production.
✔ High-Speed Placement Performance
• Typical speed: 15,000 – 21,000 CPH （depending on configuration）
• Optimized for medium-volume SMT production
• Stable output even in mixed component jobs
✔ Exceptional Placement Accuracy
• ± 50 μm @ 3σ
• Suitable for 0201/0402 up to large ICs, connectors, QFP, BGA
✔ Flexible Feeder Configuration
• Compatible with Assembleon / Philips intelligent feeders
• Supports 8–56 mm tapes, trays, sticks
• Easy setup & fast changeover for multi-variety production
✔ Large PCB Handling Capability
• Max PCB size: 460 × 400 mm
• Perfect for industrial, telecom, power supply, and consumer electronics
✔ Stable Engineering & Low Maintenance Cost
• Mature mechanical architecture
• Long lifespan components
• Easy spare parts replacement
Technical Specifications of the Assembleon AX201
This overview provides the essential mechanical, electrical, and operational parameters of the AX201. The specifications help engineers evaluate whether the machine’s capabilities match their production requirements, including speed, accuracy, PCB size range, and supported component types.
| Parameter | Specification |
|---|---|
| Placement Speed | 15,000–21,000 CPH |
| Placement Accuracy | ±50 μm |
| Feeder Slots | Up to 120 (depending on setup) |
| Component Range | 0201–45×45 mm ICs |
| PCB Size | 50 × 50 mm – 460 × 400 mm |
| PCB Thickness | 0.4–5.0 mm |
| Vision System | High-resolution optical alignment |
| Operation Mode | Offline programming, automatic optimization |
| Power Supply | AC 200–230V |
| Dimensions | Compact footprint for small & medium factories |
Performance Highlights（Why It’s Popular Worldwide）
This section summarizes the practical reasons why the AX201 remains widely used across different industries. It covers the machine’s stability, adaptability, and overall productivity, illustrating how it maintains reliable placement quality while supporting a variety of component sizes and board designs.
1. Ideal for Multi-Variety, Medium-Volume SMT Production
AX201 is designed to switch jobs quickly—perfect for EMS factories, electronics startups, R&D lines, and flexible SMT production.
2. Intelligent Vision System
• Ensures high accuracy
• Excellent support for BGA/QFN/QFP
• Auto-correction & on-fly inspection
3. Strong Parts Availability
Assembleon machines are known for long lifecycle.
Geekvalue maintains large global inventories of feeders, nozzles, motors, belts, sensors, reducing downtime.
4. Excellent Price-to-Performance Ratio
Compared with newer machines, AX201 offers:
• Lower cost
• Faster ROI
• Stable performance for 90% SMT jobs
Compatible Components & Feeder Options
This introduction explains the range of components and feeder systems supported by the AX201. It helps users understand how the machine accommodates different packaging formats and how its feeder configurations can be adjusted to match specific production demands.
Supported Components
• 0201 / 0402 / 0603 / 0805 / 1206
• SOT, SOP, QFN, QFP
• BGA, CSP
• Connectors & odd-shape components（with special nozzles）
Compatible Feeders
• Philips / Assembleon CL Feeders
• Yamaha-style adapted feeders（optional）
• Tray handling system available
Applications of the Assembleon AX201
This section describes the types of products and industries that commonly use the AX201. It highlights the machine’s suitability for a broad range of electronic assemblies, from consumer devices to industrial control systems, where stable accuracy and flexible operation are required.
✔ Consumer electronics
✔ LED drivers & lighting
✔ Power modules
✔ Automotive electronics (non-safety)
✔ Telecom boards
✔ Smart home products
✔ Industrial control PCBs
✔ Medical device electronics（non-critical）
Assembleon AX201 vs Similar SMT Machines
This comparison section offers a clear evaluation of how the AX201 performs relative to other SMT placement machines in its category. It focuses on differences in speed, accuracy, throughput, and production fit, helping users determine whether the AX201 aligns with their manufacturing goals.
| Machine Model | Speed | Accuracy | Best For |
|---|---|---|---|
| Assembleon AX201 | 15–21K CPH | ±50 μm | Multi-variety production |
| Yamaha YSM20 | 90K CPH | ±35 μm | High-volume jobs |
| Panasonic NPM-D3 | 120K+ CPH | ±30 μm | Mass production |
| JUKI KE-2070 | 17K CPH | ±50 μm | General SMT |
Below is a clean, professional, English-only comparison of Assembleon AX201 vs AX301 vs AX501, written in a neutral, technical, product-evaluation style.
No SEO language, no marketing fluff — just clear engineering-level comparison.
Assembleon AX201 vs AX301 vs AX501 – Detailed Comparison
The Assembleon AX series includes several modular placement platforms designed for different production volumes and component requirements.
The AX201, AX301, and AX501 share a similar architecture but target different levels of throughput, flexibility, and line performance.
Positioning Overview
| Model | Positioning | Best Use Case |
|---|---|---|
| AX201 | Entry to mid-range modular placer | Multi-variety, medium-volume SMT production |
| AX301 | Mid-high performance model | Higher throughput with mixed component jobs |
| AX501 | High-end configuration | Demanding, continuous, and large-volume production lines |
Placement Performance
| Model | Typical Placement Speed | Notes |
|---|---|---|
| AX201 | ~15,000–21,000 CPH | Designed for flexibility; optimized for quick changeovers |
| AX301 | ~30,000–40,000 CPH | Higher-speed heads and improved handling architecture |
| AX501 | ~50,000–60,000 CPH | Fastest in the series; suitable for heavy production loads |
CPH values may vary depending on configuration and component mix.
Placement Accuracy & Component Capability
| Model | Placement Accuracy | Component Range |
|---|---|---|
| AX201 | ±50 μm | 0201–45×45 mm ICs |
| AX301 | ±40–45 μm | 0201–large ICs, connectors, odd-form components |
| AX501 | ±35–40 μm | High-density fine-pitch components and complex ICs |
The AX501 provides the highest accuracy and is better suited for fine-pitch or complex assemblies.
Feeder Capacity & Material Flexibility
| Model | Feeder Slots | Material Support |
|---|---|---|
| AX201 | Up to ~120 | Tape 8–56 mm, trays, sticks |
| AX301 | Larger capacity than AX201 | More flexibility for multi-component projects |
| AX501 | Highest feeder capacity | Ideal for large BOMs and continuous production |
The AX301 and AX501 support larger feeder banks due to extended platform configurations.
PCB Handling Capability
| Model | Max PCB Size | Application Notes |
|---|---|---|
| AX201 | ~460 × 400 mm | General SMT applications |
| AX301 | Slightly wider support | More suitable for mixed panelized boards |
| AX501 | Largest PCB support | Better for industrial, telecom, and large power boards |
Vision System & Inspection Features
AX201
• Standard high-resolution optical alignment
• Best for general precision jobs
AX301
• Enhanced vision processing
• Improved support for BGAs, QFNs, QFPs
AX501
• Most advanced recognition system in the AX lineup
• Faster component identification and correction
• Optimized for high-density boards
Reliability & Maintenance
| Model | Reliability Level | Maintenance Notes |
|---|---|---|
| AX201 | Stable and proven | Simple mechanical design, low maintenance cost |
| AX301 | Robust for continuous operation | Optimized moving parts for longer service intervals |
| AX501 | Highest durability | Built for heavy-duty, 24/7 environments |
Best Application Fit
| Model | Best For |
|---|---|
| AX201 | Medium-volume factories, R&D lines, multi-variety production |
| AX301 | Higher speed lines needing improved throughput without moving to a full high-end platform |
| AX501 | Large manufacturing lines, continuous high-speed production, complex boards |
Summary – Which Model Should You Choose?
Choose AX201 if you need:
• Flexible job changeovers
• Balanced speed and accuracy
• Cost-efficient modular placement
• Medium-volume production capability
Choose AX301 if you need:
• Faster throughput than AX201
• Strong mixed-component placement capability
• Better accuracy and vision performance
Choose AX501 if you need:
• Highest speed in the AX series
• Continuous, high-volume production
• Advanced accuracy for dense boards
• Maximum feeder capacity and PCB handling flexibility
How to Choose an Assembleon AX201 Configuration?
This section provides guidance on selecting the appropriate AX201 setup based on component mix, feeder capacity, PCB characteristics, and production volume. It assists decision-makers in configuring the machine in a way that supports efficient operations and minimizes changeover time.
1. How many feeders do I need?
If you run 30–60 components → choose 80–120 feeder slots.
2. Do I need tray support?
If your PCB has ICs → tray is recommended.
3. Which nozzles should I prepare?
We recommend a full set: 0201–F08, E024, F06, F14, F16, F20, I-C nozzles
4. Is AX201 enough for my production volume?
If your daily output requirement is 5k–50k PCB, this machine is ideal.
Why Buy Assembleon AX201 from GEEKVALUE?
Large Inventory – Machines & Spare Parts
• AX201 units in stock
• Original feeders, nozzles, motors, belts
Professional Testing & Calibration
• Vision calibration
• Feeder testing
• Full movement testing before shipment
1-to-1 Technical Support
• Machine installation
• Online troubleshooting
• Parts replacement guidance
Global Delivery
Fast shipping to Europe, USA, Southeast Asia, Middle East.
FAQ About the AX201 Pick and Place Machine
Q1. Is Assembleon AX201 suitable for LED production?
Yes—for driver boards, modules, power circuits.
Q2. Can it place 0201 components?
Yes. Accuracy ±50 μm supports 0201 placement.
Q3. Are feeders easy to find?
Very. Geekvalue has CL feeders in large stock.
Q4. What is the typical lead time?
3–7 days if in stock.
Q5. Does it support CAD/CAM program import?
Yes, supports offline programming with automatic optimization.
Looking for a reliable Assembleon AX201 SMT placement machine at the best price?
Contact Geekvalue for machine availability, configuration advice, and technical support.
