In the current laser product market, **high-power laser processing equipment** and **LiDAR for consumer applications** are two major hot sectors. The former drives the intelligent upgrading of the manufacturing industry, while the latter is rapidly gaining public attention with the popularization of autonomous driving and robotics.
The table below summarizes the best-selling laser product types, core applications, and representative companies, allowing you to quickly understand the market overview.
| product category | Best-selling product direction | Core application fields |
| 🔦 laser process equipment | High-power laser cutting machines -1-8, high-power/ultra-high-power continuous fiber lasers -3-5 | Metal processing, automotive manufacturing, new energy batteries, aerospace |
| 📡 laser radar | Vehicle-mounted lidar, LiDAR for robots -7 | Intelligent driving (L2+ to L3 levels), unmanned delivery vehicles, and lawn mowing robots |
| ⚡ Professional field laser | Fiber laser-2, ultrafast laser-4 | Industrial manufacturing, medical care, military, scientific research |
### 🔦 In-depth Understanding of Best-Selling Laser Products
To help you make better decisions, I will further explain the driving factors behind the popularity of these product categories and key selection points.
Laser Processing Equipment** This is currently the most widely used and largest market area for laser technology, especially in manufacturing.
- **High-Power Laser Cutting/Welding Equipment**: This type of equipment is the "main force" in the metal processing field, and its popularity directly benefits from the upgrading and transformation of the manufacturing industry.
- **Driving Factors**: Policy promotion (such as the "Industrial Energy Efficiency Improvement Action Plan" encouraging high-efficiency laser processing to replace traditional processes), and strong demand for precision welding and cutting from the new energy industry (such as lithium batteries and photovoltaics).
- **Selection Considerations:** If you are in heavy industry, sheet metal processing, or similar fields, you need to focus on the equipment's **power (currently covering 3kW to 40kW or even higher),** **cutting accuracy (within ±0.03mm),** **section quality**, and **after-sales service response speed**.
- **High-Power Fiber Lasers:** As the "heart" of laser cutting and welding machines, their market demand continues to grow with the prosperity of end-user equipment.
- **Market Prospects:** The global market for ultra-high-power multimode continuous fiber lasers is expected to continue to grow.
- **Competitive Landscape:** The market is dominated by international giants, but domestic companies are achieving domestic substitution through technological breakthroughs.
LiDAR:** LiDAR was originally mainly used in industrial surveying, but it is now rapidly entering the mass consumer market.
- **Driving Factors:**
- **Intelligent Vehicles:** The increased requirements for perception capabilities in L2+ and higher level assisted driving systems have driven a surge in demand for automotive LiDAR, with some high-end models even equipped with up to five LiDAR units.
- **Service Robots:** The rise of emerging application scenarios such as unmanned delivery vehicles and lawnmower robots has created a huge incremental market.
- **Market Dynamics:** Market competition is fierce, and manufacturers' strategies are clearly differentiated. For example, some are actively expanding into the low-to-mid-end market through **price reductions**; others are seeking capital breakthroughs while expanding their product lines.
Specialty Lasers:** In specific precision manufacturing and scientific research fields, there is strong demand for certain specialized lasers.
- **Ultrafast Lasers:** With extremely short pulse durations, they enable "cold processing" with almost no damage to surrounding materials.
- **Application Scenarios:** Particularly suitable for scenarios with extremely high thermal impact control, such as **semiconductor wafer stealth dicing**, **OLED display panel repair**, and **precision micromachining of medical equipment**. Companies such as **Delong Laser** and **JPT** have made inroads into this field.
💡 How to Choose the Right Laser Product for You
Your choice depends entirely on your identity and usage scenario:
- **If you are a manufacturing business owner or purchasing manager:**
- Clearly define your **processing materials (carbon steel, stainless steel, aluminum alloy, etc.), thickness range, daily production capacity requirements, and **budget**. For example, if you primarily process thick steel plates, you should prioritize high-power laser cutting machines of 12kW or higher.
- **After-sales service is paramount.** Laser equipment is a long-term asset; therefore, it is crucial to assess the brand's **service network density**, **response time** (e.g., 24-hour on-site support), and **spare parts inventory**.
- **If you are an electronics enthusiast or car buyer:**
- When considering smart cars or consumer electronics equipped with LiDAR, pay attention to the brand of the LiDAR used and its **key parameters (e.g., line count, detection range), as these directly relate to the perception performance of the intelligent driving system.
**If you are an investor or industry observer:**
You should pay close attention to domestic alternative manufacturers that have achieved technological breakthroughs in **high-power lasers**, as well as leading companies in the **LiDAR** sector that possess self-developed chip technology and stable delivery capabilities.
Hopefully, the above information will help you gain a comprehensive understanding of the current best-selling trends in laser products. If you can share more about your specific application scenarios or industry, I may be able to provide more targeted analysis.
