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| Place of Origin: | China |
| Brand Name: | Xinland |
| Model Number: | 260W |
The 260W 915nm high-power laser system is a modular optical platform developed for professional research, engineering evaluation and controlled industrial testing.
Built around a MAX Photonics laser source, the system combines high optical output with a separate rechargeable power module, adjustable focusing optics and coaxial visible alignment.
Unlike all-in-one laser systems, the split architecture separates the power pack from the main optical unit. This provides greater flexibility for equipment mounting, battery management, transportation and system integration.
Multiple lens configurations are available, allowing professional users to select an optical setup according to their required working distance and project requirements.
The system provides up to 260W optical output at a primary wavelength of 915nm.
Its direct-beam architecture provides a compact optical configuration suitable for controlled research, material-response evaluation, engineering experiments and specialized industrial R&D.
At the core of the system is a MAX Photonics laser source designed to provide stable optical performance for professional applications.
Combining a professional laser source with adjustable external optics gives system integrators and research users greater flexibility when configuring the equipment for different projects.
The laser unit and rechargeable battery are housed separately.
Instead of adding battery weight directly to the main optical enclosure, the external power pack can be positioned independently from the mounted laser unit.
This architecture offers practical advantages for professional users:
Flexible equipment installation
Independent battery charging
Convenient battery replacement
Easier power-system maintenance
Reduced components mounted on the optical platform
Simple preparation of spare power packs
Greater flexibility for customized system integration
The primary output operates at 915nm in the near-infrared spectrum.
Because the main beam is not safely visible to the human eye, the system incorporates a visible green reference laser to assist trained operators during controlled setup and alignment.
The visible green reference laser is arranged coaxially with the primary optical output, providing a convenient visual reference during equipment setup.
This is particularly useful when the working distance or optical configuration is changed.
Slight deviation and beam spread of the visible reference light may occur at extended distances and should be considered during alignment.
Different projects require different focusing characteristics.
For this reason, the system can be supplied with multiple focusing-lens configurations.
Designed primarily for shorter working distances and applications requiring a compact optical configuration.
Designed for projects requiring longer working distances and increased optical concentration under suitable controlled conditions.
For customers who need greater flexibility, both large and small focusing lenses can be supplied with the same system.
This allows the optical configuration to be changed according to different project requirements without purchasing a separate main unit.
Manual focus adjustment is required whenever the working distance or lens configuration changes.
The system is powered by an external 8S rechargeable lithium battery pack using Samsung 50S cells.
Power configuration:
Battery Type: 8S Lithium-Ion Pack
Cell: Samsung 50S
Capacity: 5000mAh
Fully Charged Voltage: 33.6V
Connector: XT60
Power Cable Length: Approx. 60cm
For stable performance, battery voltage should preferably remain above approximately 29V during operation.
For customers integrating their own external power supply, a 33.6V source capable of delivering at least 20A continuous current is recommended.
Professional high-power laser equipment requires controlled activation.
This system incorporates three independent control methods:
Main Power Switch
Provides direct physical control from the laser unit.
Wireless Remote Control
Allows activation without standing immediately beside the mounted system.
Key-Operated Master Switch
Provides an additional physical access-control layer for authorized operators.
The combination of these controls helps reduce unintended activation and provides greater flexibility when integrating the system into professional testing environments.
An internal temperature-monitoring system continuously protects critical components during operation.
If the internal temperature reaches approximately 45°C, laser output is automatically interrupted.
Operation can resume only after the system has cooled sufficiently.
Actual available operating time depends on ambient temperature, previous operating cycles, ventilation and the initial temperature of the equipment.
For improved thermal stability and service life, controlled intermittent operation with sufficient cooling intervals is recommended.
| Parameter | Specification |
|---|---|
| Optical Output Power | 260W |
| Wavelength | 915nm |
| Laser Source | MAX Photonics |
| Output Configuration | Direct Beam |
| Housing | Aluminum Alloy |
| Focusing | Manual Adjustable |
| Lens Options | Small / Large / Dual-Lens |
| Alignment | Coaxial Green Reference Laser |
| Battery | 8S Samsung 50S Li-ion |
| Battery Capacity | 5000mAh |
| Full-Charge Voltage | 33.6V |
| Recommended Minimum Voltage | Above 29V |
| External Power Requirement | 33.6V / ≥20A |
| Connector | XT60 |
| Cable Length | Approx. 60cm |
| Thermal Protection | Approx. 45°C |
| Mounting Interface | 1/4" & 3/8" Threads |
| Control | Physical Switch + Wireless Remote + Key Switch |
The aluminum-alloy housing incorporates both 1/4-inch and 3/8-inch mounting interfaces.
This makes the system compatible with a wide range of professional tripods, heavy-duty supports and customized positioning platforms.
For applications requiring repeatable optical positioning, a stable mounting platform is recommended.
This 260W 915nm laser platform can be considered for controlled applications including:
Photonics and optical research
Laboratory experiments
Material-response evaluation
Thermal-effect studies
Engineering verification
Industrial R&D
Optical system evaluation
Research demonstrations
Professional equipment integration
Customized laser projects
The appropriate optical and power configuration should be selected according to the specific application and operating environment.
Three optical packages are available for different project requirements:
Small Lens Version
Suitable for projects primarily involving shorter working distances.
Large Lens Version
Suitable for applications requiring a longer working-distance optical configuration.
Large + Small Lens Version
Recommended for B2B customers who require maximum flexibility across multiple testing setups.
Tell us your intended application and expected working distance, and we can help confirm the appropriate configuration before ordering.
We supply high-power laser systems for professional customers, laboratories, engineering companies, research organizations, system integrators and distributors.
For project inquiries, please provide:
Application + Working Distance + Required Quantity + Lens Preference + Destination Country
Based on your requirements, we can provide the appropriate configuration information, technical specifications, accessory options, lead time and B2B quotation.
OEM and project-based configuration requirements can also be discussed.
Looking for a 260W 915nm high-power laser system for your project?
Contact us to receive:
Detailed technical specifications
Available lens configurations
B2B pricing
Accessory options
OEM information
Lead time
Shipping information
Send your application and required quantity to get a recommended configuration and quotation.
This is a professional high-power laser system intended exclusively for trained personnel operating in controlled environments.
The 915nm primary output presents serious eye and skin hazards and is not safely visible to the human eye. Appropriate wavelength-rated protective eyewear, beam containment, restricted access and professional laser-safety procedures are required.
Never direct the system toward people, animals, aircraft, vehicles, public roads, windows, reflective surfaces or uncontrolled areas.
Purchasers and operators are responsible for compliance with applicable laser-safety, import and local regulatory requirements.
