
( Brand: Coherent ), ( Manufacturer Part Number: 0216-504-00 ), ( Unit Type: Unit ), ( Country Of Origin: United States )
The **Coherent 0216-504-00 LaserCAM 170** is a high-performance, industrial-grade laser marking system designed to deliver precision, reliability, and versatility for a wide range of applications in manufacturing, aerospace, automotive, electronics, and medical industries. Engineered with Coherent s cutting-edge laser technology, this compact yet powerful machine integrates a **170-watt fiber laser** operating at a wavelength of **1064 nm**, making it ideal for permanent, high-contrast marking on metals, plastics, ceramics, and anodized surfaces. The system s robust design ensures consistent performance under demanding production environments, with minimal maintenance requirements and a long operational lifespan, thanks to its sealed, air-cooled architecture that eliminates the need for water cooling and reduces downtime.
The LaserCAM 170 features a **fully automated, user-friendly interface** with intuitive software controls, allowing operators to quickly program and execute complex marking tasks with ease. Its **high-speed marking capabilities** achieving speeds up to **500 mm/s** enable efficient production workflows, while the **adaptive focus system** ensures optimal marking quality across varying surface textures and depths. The machine s **modular design** accommodates flexible integration into existing production lines, with options for **automated material handling**, such as conveyor systems or robotic arms, for seamless batch processing. Additionally, the system supports **vector and raster marking**, as well as **3D contour following**, making it suitable for intricate designs, serial numbers, barcodes, and even micro-engraving on curved or irregular surfaces.
Safety and compliance are prioritized in the LaserCAM 170 s construction, with **enclosed laser optics**, **emergency stop functionality**, and **compliance with international safety standards** (including CE, UL, and RoHS) ensuring a secure working environment. The system s **low energy consumption** and **eco-friendly operation** further enhance its appeal for environmentally conscious manufacturers, while its **compact footprint** (measuring approximately **1200 x 800 x 600 mm**) allows for easy installation in tight spaces without compromising performance. Whether used for traceability, branding, functional marking, or prototyping, the LaserCAM 170 combines **industrial-grade durability** with **precision engineering**, making it a cost-effective solution for businesses seeking to elevate their marking and engraving capabilities.
### **Pros and Cons of buying a Coherent 0216-504-00 LaserCam 170**
#### **Overview**
The Coherent LaserCam 170 is a compact, diode-pumped solid-state (DPSS) laser system designed for material processing, including cutting, welding, marking, and engraving. It operates at a wavelength of 532 nm (green) and is often used in applications requiring precision and reliability.
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### **Pros**
1. **Compact and Portable Design**
The LaserCam 170 is relatively small and lightweight compared to larger industrial lasers, making it suitable for bench-top or semi-portable applications. This reduces space requirements and allows for easier integration into existing workflows.
2. **High Precision and Consistency**
As a DPSS laser, it delivers stable, coherent green laser beams with minimal beam divergence. This makes it ideal for fine detail work, such as marking, engraving, or micro-welding, where accuracy is critical.
3. **User-Friendly Interface**
The system is designed with intuitive controls, often featuring touchscreen or software-based operation. This reduces the learning curve for operators and minimizes setup time.
4. **Versatile Applications**
The 532 nm wavelength is highly effective for:- **Marking and engraving** on metals, plastics, and ceramics.
- **Micro-welding** of thin materials.
- **Cutting** certain non-metallic materials (though not as powerful as CO lasers for thick metals).
- **Medical and scientific research** applications requiring precise laser interaction.
5. **Low Maintenance Requirements**
DPSS lasers generally have fewer moving parts than gas-based lasers (e.g., CO lasers), leading to lower maintenance needs. The laser head and optics are often sealed, reducing contamination risks.
6. **Energy Efficiency**
Diode-pumped lasers are more efficient than traditional arc-lamp-pumped lasers, consuming less power for the same output. This can lead to cost savings over time.
7. **Compatibility with Automation**
The LaserCam 170 can be integrated with CNC machines, robotics, or automated systems for high-volume production, improving productivity.
8. **Safety Features**
Modern models include safety interlocks, beam containment, and sometimes automated shutdowns to prevent accidental exposure.
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### **Cons**
1. **Limited Power Output**
The LaserCam 170 is a low-to-mid-power laser (typically around 10 20 watts, depending on the exact model). This restricts its use to thin materials or delicate processes. For heavy-duty cutting or welding of thick metals, a higher-power laser (e.g., fiber or CO laser) would be more appropriate.
2. **Narrow Material Compatibility**
While effective for metals and some plastics, the 532 nm wavelength may not be optimal for all materials. For example:- **Reflective metals** (e.g., aluminum, copper) can scatter the beam, reducing efficiency.
- **Non-metallic materials** like wood or certain plastics may require additional processing (e.g., pre-treatment) for effective marking or cutting.
- **Deep penetration cutting** is not feasible; this laser is better suited for surface-level processes.
3. **Higher Initial Cost**
Compared to lower-end diode lasers or entry-level CO lasers, the LaserCam 170 represents a significant investment. The cost may not be justified for small-scale or occasional use.
4. **Limited Cutting Depth**
The laser s power is insufficient for cutting through thick materials (e.g., steel sheets over 2 3 mm thick). For such applications, a higher-wattage laser (e.g., 50W 100W fiber laser) would be necessary.
5. **Optics and Alignment Sensitivity**
DPSS lasers require careful alignment of optics to maintain beam quality. Misalignment can lead to reduced performance or damage to the laser head. This may require periodic professional servicing.
6. **Environmental Considerations**
While generally safe, green lasers (532 nm) can be hazardous to the eyes, especially at higher powers. Proper safety goggles and containment measures are essential. Additionally, some materials processed may release fumes or debris, requiring ventilation.
7. **Software and Training Dependency**
Advanced features (e.g., vector marking, automated paths) may require proprietary software or training. Users without prior laser experience may face a learning curve.
8. **Durability Concerns**
While DPSS lasers are robust, prolonged use or exposure to harsh environments (e.g., dust, moisture) could affect performance. The laser head may require periodic cleaning or replacement of components.
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### **Conclusion**
The Coherent LaserCam 170 is a **high-quality, precision laser system** well-suited for applications requiring fine detail work, such as marking, engraving, and micro-welding. Its compact design, stability, and user-friendly interface make it an attractive choice for laboratories, small manufacturing setups, or research environments where accuracy is paramount.
However, its **limited power output and material compatibility** restrict its use to lighter tasks. For heavy-duty cutting, welding of thick materials, or large-scale production, a higher-power laser would be more appropriate. The initial cost and maintenance requirements also make it less ideal for budget-conscious or low-volume users.
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### **Recommendation**
**Buy the Coherent LaserCam 170 if:**- You need a **precise, reliable laser** for marking, engraving, or micro-welding on thin materials.
- Your applications are **lab-based, research-oriented, or involve fine detail work**.
- You have **space constraints** and require a portable yet powerful laser.
- You are willing to invest in **safety equipment, training, and occasional maintenance**.
**Avoid the Coherent LaserCam 170 if:**- You require **high-power cutting or welding** of thick metals (opt for a fiber or CO laser instead).
- Your budget is limited, and you can achieve similar results with a lower-cost diode laser.
- You work with **a wide variety of materials** that may not absorb 532 nm light efficiently.
- You lack **experience with laser systems**, as proper operation and maintenance are critical.
**Alternatives to Consider:**- For **marking/engraving**: Lower-cost diode lasers (e.g., 10W 20W) or UV lasers for certain materials.
- For **cutting/welding**: Fiber lasers (e.g., IPG or Trumpf) for metals or CO lasers for non-metals.
- For **budget-friendly options**: Entry-level DPSS lasers from other manufacturers (e.g., JPT, Rofin) if Coherent s pricing is prohibitive.
Ultimately, the LaserCam 170 is a **specialized tool** best suited for niche applications where precision and green laser performance are critical. Evaluate your specific needs carefully before purchasing.
Please commit to buy only after you decided purchase are ready pay. Box or APO/FPO address. Not include: No accessories. Coherent 0216-504-00 LaserCam 170.
Warranty, if any, pertains to the physical operating condition of unit only. Item is warranted to be as specified in the above details, and good working order unless stated that its condition unknown. Please refer to Pictures are actual.
No software are included with any systems. Include: Actual Pictures.