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| Place of Origin: | China |
| Brand Name: | Xinland |
The 260W direct-beam laser system is designed for professional users requiring high optical power in a compact, portable configuration.
Unlike conventional systems that rely on a separate fiber delivery cable, this model uses an integrated direct-output optical architecture. The laser source, optical assembly, removable power module and operating controls are combined into a practical platform suitable for controlled laboratory research, engineering evaluation and industrial R&D.
A detachable lithium battery simplifies charging and replacement, while the optional external water-cooling configuration provides improved thermal management for applications requiring longer operating periods.
For alignment and positioning, the system also incorporates a coaxial visible red reference laser.
The system provides up to 260W of optical output with approximately 500W electrical power consumption.
Its concentrated direct-beam architecture makes it suitable for controlled high-energy optical experiments, material-response evaluation and professional engineering research.
The optical output is generated directly from the main unit without requiring an additional external fiber delivery cable.
This integrated structure helps simplify installation and makes the system more convenient for portable professional setups.
The removable battery design is one of the key advantages of this model.
The battery pack can be separated from the main unit, making it easier to:
Recharge batteries independently
Replace depleted battery packs
Prepare spare batteries
Pack and transport the system
Perform routine maintenance
The standard battery module uses 8 × 21700 rechargeable lithium-ion cells.
A visible red alignment laser follows the same optical axis as the main output, providing a convenient visual reference during controlled setup and positioning.
The red reference light operates together with the primary system rather than through a separate independent switch.
For applications requiring extended operating periods, an external water-cooling configuration is available.
Continuous water circulation removes heat from the laser assembly and allows significantly longer operation compared with the standard non-water-cooled configuration.
When using water cooling, sufficient circulation must be maintained and coolant temperature should remain within the specified operating range.
An internal temperature monitoring system protects the laser from excessive heat.
Thermal protection is activated at approximately 45°C.
Without external water cooling, operating time from a completely cold start is approximately 50 ± 5 seconds before automatic thermal shutdown under the specified test conditions.
After thermal protection is triggered, the system must be allowed to cool before further operation.
| Parameter | Specification |
|---|---|
| Optical Output Power | 260W |
| Electrical Power Consumption | Approx. 500W |
| Optical Configuration | Direct-Beam Output |
| Battery | 8 × 21700 Li-ion Cells |
| Battery Design | Detachable / Replaceable |
| Alignment | Coaxial Visible Red Laser |
| Aiming Light Control | Synchronized with Main System |
| Cooling | Standard / Optional External Water Cooling |
| Thermal Protection | Approx. 45°C |
| Non-Water-Cooled Runtime | Approx. 50 ± 5 sec from Cold Start* |
| Main Unit Weight | Approx. 2.6kg** |
| Application | Professional Research / Engineering / Industrial Testing |
Runtime depends on starting temperature, ambient conditions and operating state.
*Weight excludes the external water-cooling system.
The standard version is suitable for applications involving short operating cycles.
Its integrated thermal-protection system automatically interrupts operation when the internal temperature reaches the protection threshold.
This configuration offers a simpler and more portable setup.
For customers requiring longer operating periods, the optional water-cooling package provides enhanced thermal management.
External circulating water removes heat continuously from the laser assembly, making this configuration more suitable for extended laboratory testing and engineering evaluation.
Please specify your expected operating cycle when requesting a quotation so that we can recommend the appropriate cooling configuration.
Typical professional applications can include:
Optical and photonics research
High-power laser experiments
Material-response testing
Thermal-effect evaluation
Laboratory demonstrations
Engineering verification
Industrial R&D
Laser system evaluation
Customized optical projects
Professional system integration
Actual performance varies according to the optical setup, material properties, operating distance, environmental conditions and thermal management configuration.
Instead of permanently integrating the rechargeable battery into the main enclosure, this system uses a removable battery module.
For professional users, this provides several practical benefits.
Spare battery packs can be prepared for projects requiring repeated field operation, while depleted packs can be charged independently from the laser unit.
The detachable architecture can also simplify international packaging, maintenance and battery replacement.
Because lithium-ion battery transportation is regulated, available shipping methods depend on destination country and carrier requirements.
Please contact us before ordering if the system will be shipped internationally.
Different projects may require different operating configurations.
We can discuss the appropriate setup based on your:
Application
Required operating cycle
Quantity
Cooling requirements
Power configuration
Destination country
OEM or integration requirements
Standard and water-cooled configurations are available for different professional requirements.
For professional buyers, the value of this system is not limited to optical output power.
Its combination of high optical output, compact direct-beam architecture, replaceable battery module, coaxial alignment and optional water cooling provides a flexible platform for both portable and fixed professional installations.
The modular design also makes it easier for distributors, system integrators and engineering customers to select a configuration according to their project requirements.
Looking for a 260W high power laser system for a professional project?
Send us:
Application + Quantity + Cooling Requirement + Destination Country
We can provide the relevant technical specifications, configuration options, accessories, lead time and B2B quotation.
Contact us for technical specifications, OEM options and project pricing.
This is a high-power professional laser product intended only for trained personnel in controlled and legally permitted environments.
Appropriate wavelength-rated laser protective equipment, restricted access, beam containment and professional laser-safety procedures are required during operation.
Never direct the laser toward people, animals, vehicles, aircraft, roads, buildings, reflective surfaces or public areas. The system must not be used for hunting, self-defense, intimidation or property damage.
Purchasers and operators are responsible for compliance with applicable import regulations and local laser-safety requirements.
