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| Place of Origin: | China |
| Brand Name: | Xinland |
| Model Number: | 260W |
Designed for professional optical research, engineering evaluation and controlled industrial testing, this 260W high-power laser system combines a 915nm direct-beam laser source, rechargeable power supply and coaxial green alignment system in one compact enclosure.
The all-in-one architecture eliminates the need for a separate external battery pack during normal operation, helping simplify system setup and transportation.
With a net weight of approximately 2.42kg, the system provides a practical balance between high optical output and portability for laboratories, engineering teams, research organizations and professional system integrators.
The system delivers up to 260W of optical output at a primary wavelength of 915nm.
Its direct-output optical architecture is designed for controlled professional applications requiring concentrated high-power laser energy without an external fiber delivery system.
The primary laser operates at 915nm using a straight-beam output configuration.
This integrated optical design reduces the number of external components and provides a compact platform for laboratory experiments, optical evaluation and engineering projects.
Unlike split-type laser systems that require a separate external battery, this model incorporates the rechargeable power system directly into the main enclosure.
This provides several practical advantages:
Faster system setup
Fewer external cables
Easier transportation
Cleaner installation
Reduced external equipment
Convenient field and laboratory deployment
For buyers who prioritize portability and simple system preparation, the integrated architecture provides a practical alternative to external-battery configurations.
A visible green alignment laser shares the optical axis with the primary laser output.
Compared with a separate non-coaxial aiming source, this configuration provides a more convenient visual reference when setting up the system at different working distances.
The green reference spot assists trained operators during controlled alignment and system preparation.
The integrated power module uses eight rechargeable lithium-ion cells.
The battery reaches approximately 33.6V when fully charged and supports a maximum discharge power of approximately 528W.
Integrating the battery directly into the housing also eliminates the need to carry and connect a separate external battery during standard operation.
| Parameter | Specification |
|---|---|
| Optical Output Power | 260W |
| Main Wavelength | 915nm |
| Output Configuration | Direct / Straight Beam |
| Alignment | Coaxial Visible Green Laser |
| Battery | 8-Cell Rechargeable Li-ion |
| Fully Charged Voltage | Approx. 33.6V |
| Maximum Battery Output | Approx. 528W |
| Thermal Protection | Approx. 45°C |
| Typical Cold-Start Runtime | Approx. 40 Seconds* |
| Main Unit Weight | Approx. 2.42kg |
| Weight with Carrying Case | Approx. 4.4kg |
| Carrying Case Size | 400 × 280 × 140mm |
| Power Configuration | Integrated Battery |
| Application | Professional Research / Testing / Engineering |
*Operating duration is affected by ambient temperature, ventilation, initial system temperature and previous operating cycles.
High-power optical systems generate substantial heat during operation.
To protect critical internal components, the system continuously monitors its operating temperature.
When the internal temperature reaches approximately 45°C, the protection circuit interrupts laser output and allows the unit to cool before subsequent operation.
At an ambient temperature of approximately 20–25°C, a completely cooled system typically provides around 40 seconds of operation before thermal protection may activate.
Actual operating time varies according to environmental conditions and duty cycle.
For improved system life and thermal stability, intermittent operating cycles with adequate cooling intervals are recommended.
For B2B buyers comparing different 260W systems, power architecture is an important consideration.
Integrated Version
The laser source, battery and electronic control system are housed in one enclosure.
Best suited for customers prioritizing:
Portability
Fast setup
Reduced cable management
Compact storage
Simple transportation
Split-Type Version
The laser unit and battery are separated.
This configuration may be preferred when lower mounting weight or independent battery replacement is more important.
Please tell us your application and operating requirements if you are unsure which configuration is more suitable for your project.
The complete system is supplied with a hard protective carrying case for transportation and storage.
The case provides organized space for the main unit and related accessories while helping protect the equipment from impact during handling.
Carrying case dimensions: approximately 400 × 280 × 140mm
Total weight with case: approximately 4.4kg
This compact transport configuration makes the system convenient for professional users who need to move equipment between laboratories, engineering facilities or controlled testing locations.
The 260W 915nm laser system can be considered for professional applications including:
Optical system research
Photonics experiments
Material-response evaluation
Thermal-effect studies
Laboratory demonstrations
Engineering verification
Industrial R&D
Optical alignment studies
Equipment performance evaluation
Customized laser system integration
Application suitability should be evaluated according to the customer's technical requirements, operating environment and applicable safety regulations.
We support professional customers requiring standard products as well as project-based laser configurations.
For an accurate quotation, please provide:
Application
Required quantity
Expected operating cycle
Destination country
Accessory requirements
OEM or customization requirements
Our team can provide the relevant configuration information, technical specifications, available accessories and commercial quotation according to your project requirements.
Looking for a 260W 915nm high-power laser system for a professional project?
Contact us with your application and required quantity to receive:
Detailed technical specifications
B2B quotation
Available configurations
Accessory information
Lead time
OEM options
Shipping information
Send your project requirements to get technical information and B2B pricing.
This is a high-power professional laser system intended only for trained personnel operating in controlled environments.
The 915nm primary laser output can present serious eye and skin hazards. Appropriate wavelength-rated protective eyewear, restricted access, beam containment and professional laser-safety procedures are required.
Never direct the system toward people, animals, aircraft, vehicles, public roads, windows or reflective surfaces.
The purchaser and operator are responsible for compliance with applicable local regulations and laser-safety requirements.
