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| Place of Origin: | China |
| Brand Name: | Xinland |
This 260W 915nm high-power laser system combines powerful direct optical output with a separate 48V rechargeable power pack, creating a flexible platform for professional laboratory research, engineering evaluation and controlled industrial testing.
Instead of placing the complete power supply inside the main laser housing, the system separates the laser unit from the battery. This configuration keeps the main optical unit more manageable while providing greater flexibility for mounting, battery replacement, charging and transportation.
The system features manually adjustable focusing optics, wireless remote activation and a visible green reference laser for alignment during professional setup.
The system provides up to 260W optical output at a primary wavelength of 915nm.
With approximately 470W electrical power consumption, it is designed for professional applications requiring concentrated high-energy optical output in controlled environments.
A major feature of this model is its split power configuration.
The 48V battery is housed separately from the main laser unit rather than being integrated into the optical enclosure.
This design offers several practical advantages for professional users:
Lower weight on the main optical unit
Easier tripod installation
Convenient battery charging
Simple battery replacement
Flexible preparation of spare power packs
Easier transportation and storage
For customers comparing portable high-power laser systems, the separate power architecture can be particularly useful for projects requiring repeated setup or relocation.
The main laser operates at 915nm and uses a direct-beam optical configuration.
The focusing system can be manually adjusted according to the required working distance and experimental setup.
Because correct focus depends on distance and optical conditions, the focus should be checked whenever the working configuration changes.
The system is supplied with a separate high-capacity rechargeable battery.
Battery configuration:
Rated Voltage: 48V
Capacity: 12Ah
Battery Weight: Approx. 3.25kg
Configuration: External / Separate Power Pack
Charging: Dedicated Battery Charger
The separate battery architecture also makes it possible to prepare additional compatible power packs for professional projects where required.
A wireless remote switch allows the system to be activated without requiring direct contact with the main unit.
This is particularly useful when the laser is securely mounted on a tripod or fixed support inside a controlled testing area.
A visible green reference laser assists with preliminary positioning and optical setup.
The green aiming light and primary 915nm beam use separate optical paths and are therefore non-coaxial.
For this reason, their relative alignment can change with working distance. Alignment should be checked for the intended setup rather than assuming that both spots will remain coincident at every distance.
| Parameter | Specification |
|---|---|
| Optical Output Power | 260W |
| Main Wavelength | 915nm |
| Electrical Power | Approx. 470W |
| Output Configuration | Direct Beam |
| Focus | Manual Adjustment |
| Power Supply | External Rechargeable Battery |
| Battery Voltage | 48V |
| Battery Capacity | 12Ah |
| Battery Weight | Approx. 3.25kg |
| Main Unit Weight | Approx. 2.98kg |
| Remote Control | Wireless |
| Alignment Light | Visible Green Laser |
| Alignment Configuration | Non-Coaxial |
| Thermal Protection | Automatic Shutdown at Approx. 45°C |
| Typical Warm-Weather Runtime | Approx. 30–40 sec ±5 sec* |
| Cooling | Passive / Intermittent Operation |
Actual operating duration varies according to ambient temperature, initial system temperature, battery condition, ventilation and previous operating cycles.
High-power laser systems generate significant heat during operation.
An internal temperature-monitoring system automatically interrupts the laser output when the internal temperature reaches approximately 45°C.
Under warmer conditions, a completely cooled system typically provides approximately 30–40 seconds of operation before reaching the thermal protection threshold.
Lower ambient temperatures may increase the available operating period.
For improved thermal stability and component life, shorter operating cycles with adequate cooling intervals are recommended rather than repeatedly operating the system until automatic thermal shutdown.
The main laser unit weighs approximately 2.98kg excluding the battery and tripod.
Separating the 3.25kg battery from the optical unit helps reduce the load placed directly on the mounting system.
For professional testing, the laser should be installed on a stable tripod or fixed platform before operation.
This configuration is especially useful when precise positioning and repeatable optical alignment are required.
The system is intended for controlled professional applications such as:
Optical and photonics research
Laboratory laser experiments
Material-response evaluation
Combustion and ignition research
Thermal-effect studies
Engineering verification
Industrial R&D
Laser system evaluation
Research demonstrations
Customized optical system integration
Application suitability depends on the required optical conditions, working environment and applicable safety requirements.
A typical system configuration includes:
260W 915nm laser unit
Adjustable focusing assembly
48V 12Ah rechargeable battery
Dedicated battery charger
Wireless remote control
Green alignment laser
Tripod
Protective carrying case
Final package contents can be adjusted according to project requirements.
For professional buyers, selecting a high-power laser system involves more than comparing optical output.
Working distance, operating cycle, mounting requirements, power configuration and application environment can all influence the appropriate system configuration.
For quotation, please provide:
Application + Required Quantity + Expected Working Distance + Operating Cycle + Destination Country
OEM and project-based configuration support is available for qualified B2B requirements.
Looking for a 260W 915nm high-power laser system for your laboratory, engineering or industrial project?
Contact us to receive:
Detailed technical specifications
B2B pricing
Available accessories
Power configuration information
OEM options
Lead time
Shipping information
Send your project requirements to receive a recommended configuration and quotation.
This is a high-power professional laser system intended exclusively for trained personnel working in controlled environments.
The primary 915nm output is not safely visible to the human eye and can cause severe eye and skin injury. Appropriate wavelength-rated laser protective equipment, beam containment, access control and professional laser-safety procedures are required.
Never direct the system toward people, animals, aircraft, vehicles, roads, windows, reflective surfaces or public areas.
Purchasers and operators are responsible for compliance with applicable laser safety, transportation and local regulatory requirements.
