High-precision Smt Pick And Place Machine
●High speed of 2500-3000CPH
●Low price
●Novice-friendly and easy to use
●Fully compatible with 0402 and special-shaped components
Description
Technical Parameters
The High-Precision SMT Pick and Place Machine is a core automated device in the electronics manufacturing industry. With micron-level placement accuracy and stable, efficient operation capabilities, it meets the placement needs of ultra-miniature components and large-sized ICs . It is widely used in medium-batch production, precision electronics R&D, and multi-type component assembly scenarios, and serves as a key equipment to ensure the quality of smart home appliances, communication devices, avionics, and other products.
Why choose xinshan desktop pick and place machine?
High precision and stability, suitable for small and micro components: Produced in accordance with German Industry 4.0 standards, the ceramic anti-static nozzle precisely grasps 0201 components. The industrial vision camera provides millisecond-level recognition and compensation, with a positioning accuracy of 0.01mm, enabling precise placement.
Flexible scenarios and low operational threshold: Supports three feeder types and IC tray feeding, compatible with all types of SMD components and multiple PCB sizes. One-click intelligent programming saves 90% of time, allowing users to set up programs in just 5 minutes, and simple training allows for easy operation.
Long battery life and low maintenance, reducing wear and tear: 24/7 continuous operation, stable servo motors, low noise, and a vacuum system that minimizes missed and incorrect pickups. Core components come with a one-year warranty, and built-in collision avoidance and compensation features reduce maintenance costs.
Low-cost, highly customizable, and cost-effective: The procurement threshold is far lower than that of industrial machines, supporting full, design, and sample customization. Equipped with a reflow oven, screen printer, and other equipment, it can be assembled into a one-stop SMT line, covering R&D to small-batch production.
Parameter information
| tem | Details |
|---|---|
| Product Model | V5 Pro Basic Version |
| Core Parameters | No Fixed Tray Position |
| Configured Workbench | None |
| Visual Positioning | Simultaneous Shooting Placement, Top 720P Standard Definition Camera |
| Motion Path | Bottom Camera on the Right, Path Too Long, Affects Speed |
| Software System | PC & Mobile Remote Dual Control |
| Value - added Service | 1 - year Standard Warranty |
What factors should be considered when purchasing a placement machine?
Xinshan is a professional desktop pick and place machine manufacturer!
Match production needs
Choose desktop mini models for R&D/small batches, mid-speed high-precision ones for medium batches, and high-speed models for mass production. Confirm compatibility with odd-form components or special packages.
Check core specs
Focus on placement accuracy (±0.015mm for precision needs), actual speed (ask for real-test data, not just theoretical CPH), and component/PCB compatibility (min component size, max PCB size).
Cost & value
Beyond unit price, calculate lifecycle costs (consumables, energy, software fees). Compare domestic (30%-50% cheaper, faster local support) and imported models.
After-sales & support
Ensure local service (on-site repair within 48h), remote debugging, and free installation, commissioning & training (for 2-3 staff).
What are the technological development trends for SMT placement machines?
The technological development trends for SMT placement machines are primarily reflected in increased intelligence and automation, improved precision and speed, enhanced flexible production capabilities, and green environmental protection. Specifically, they are as follows:
●Intelligence and Automation: With the development of artificial intelligence and industrial Internet technologies, SMT placement machines will possess autonomous learning, judgment, and optimization capabilities. Through data mining and machine learning, they can automatically identify component characteristics and adjust placement parameters. They can also seamlessly connect with other production equipment, enabling real-time data transmission and remote monitoring of intelligent manufacturing systems, reducing labor costs and production cycle times.
●High Precision and High Speed: The increasing miniaturization and density of electronic components place higher demands on the precision and speed of placement machines. In the future, SMT placement machines will continue to improve placement accuracy while maintaining high speeds. For example, the intelligent placement system developed by a leading company uses deep learning algorithms to improve component positioning accuracy to ±15μm. The theoretical speed of some high-end models has exceeded 250,000 cycles per second. Modularity and Flexibility: To accommodate the rapid pace of electronic product upgrades, SMT placement machines will adopt a modular design. Users can flexibly select different modules based on production needs, enabling rapid switching between production of multiple products. For example, Fuji Corporation of Japan divides its placement machines into control units and functional modules, allowing for flexible combination based on user needs.
●Multifunctional Integration: The boundaries between semiconductor packaging technology and SMT are blurring. The application of advanced technologies such as point-of-purchase (POP) stacking and sandwich processing has resulted in higher levels of integration between chips and circuit boards. This requires placement machines to possess greater versatility, such as the ability to integrate multiple processes, including welding, testing, and sorting.
●Energy Saving and Environmental Protection: Environmental protection and energy saving are global trends, and SMT placement machines will place greater emphasis on green production. Advanced energy-saving designs and materials, such as high-efficiency drive systems and low-energy refrigeration technology, will achieve lower energy consumption and minimize environmental impact. Furthermore, recyclable materials and environmentally friendly designs will be used to reduce the environmental impact of the product throughout its life cycle.
FAQ
1.Is the marked CPH speed trustworthy? How to confirm actual capacity?
The marked CPH is theoretical. Ask the supplier for on-site sample placement tests or visit customer factories to observe real-line efficiency, which usually accounts for 50% or less of the theoretical value in actual scenarios.
2.What after-sales support should be confirmed before purchase?
Confirm if there is a local service team, remote diagnosis capability, and fault response time. Clarify whether installation, debugging, and training are included.
3.What hidden costs are there besides the equipment price?
Watch out for additional fees for feeders, software authorization, transportation, and post-warranty maintenance. Request a detailed quote and specify all inclusions in the contract.
4.How to choose between imported and domestic high-precision models?
Imported models have ±25μm precision but higher cost. Domestic flagship sreach similar precision at 30%-40% lower price, with faster local maintenance.
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