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| Place of Origin: | China |
| Brand Name: | Xinland |
| Model Number: | 500W |
This 500W split-type laser igniter is designed for professional users who require high optical output combined with a separate high-capacity power system.
Built around a 500W Raycus laser source, the system separates the laser unit from its 63V battery pack, providing a flexible architecture for controlled laser ignition research, combustion experiments, laboratory evaluation and specialized engineering projects.
The extended aluminum-alloy housing, manually adjustable optics, wireless remote control and independent battery system make this configuration particularly suitable for professional B2B customers who prefer a modular laser ignition platform rather than an all-in-one portable design.
At the core of the system is a professional Raycus 500W laser source.
The high optical output positions this model above conventional 120W and 260W laser igniters and makes it suitable for specialized projects where substantially higher optical power is required.
For professional users, the appropriate operating configuration should be selected according to the application, optical setup, duty cycle and controlled working environment.
Unlike integrated-battery laser igniters, this model separates the laser main unit from the battery pack.
This modular architecture provides several practical advantages:
Independent battery placement
Easier power-system maintenance
Reduced battery mass on the laser unit
More flexible equipment positioning
Convenient battery replacement
Cleaner integration with fixed mounting systems
Greater flexibility for engineering and OEM projects
For professional installations, the laser unit can be positioned independently while the battery remains in a suitable secured location.
The system is powered by a dedicated 15-series high-discharge battery pack.
The power system is rated at:
Battery Voltage: 63V
Current: 40A
Capacity: 5Ah
Battery Configuration: 15S
Maximum Battery Output: Approx. 2500W
The battery uses 15 high-efficiency Grade-A power cells configured for the electrical requirements of the 500W laser platform.
Actual operating performance depends on battery condition, system temperature and operating cycle.
The main laser unit uses an extended aluminum-alloy enclosure measuring approximately 48cm in length.
The metal construction provides structural support while also contributing to heat dissipation around the internal laser assembly.
The longer housing also provides a stable platform for the optical and control components required by the 500W system.
Main Unit Length: Approx. 48cm
Main Unit + Lens Weight: Approx. 3.5kg
Packaged Weight: Approx. 5kg
For fixed professional setups, the supplied tripod can be used to support the laser unit.
Two operating methods are provided:
Wireless Remote Control
Allows the system to be activated from a remote position within an appropriately controlled laser environment.
Physical Button Control
Provides direct manual control from the main unit when required by the test configuration.
The dual-control architecture gives professional operators greater flexibility when arranging laboratory and engineering setups.
Remote operation does not replace appropriate beam containment, interlocks or other laser-safety controls.
A manually adjustable focusing assembly allows the optical configuration to be adapted according to the controlled experimental setup.
Because focusing conditions change with distance and application, the lens should be adjusted for each test configuration rather than relying on a fixed optical setting.
Correct optical setup should only be performed by trained personnel using appropriate laser-safety procedures.
A visible green auxiliary laser provides a convenient reference for controlled positioning and preliminary alignment.
The green alignment function can be switched on or off depending on the operating procedure.
It is intended as an alignment aid rather than a distance-measuring system.
High-power laser ignition systems generate substantial heat during operation.
An integrated temperature-monitoring system automatically interrupts operation when the internal temperature reaches approximately 45°C.
From a fully cooled condition, typical continuous operation is approximately:
50 seconds ±5 seconds
The system should be allowed to cool adequately before another operating cycle.
Actual thermal performance varies according to ambient temperature, initial system temperature, battery condition, ventilation and previous operating cycles.
For routine professional use, shorter controlled operating cycles are recommended instead of repeatedly operating the system until thermal protection is triggered.
| Parameter | Specification |
|---|---|
| Product Type | Split-Type Laser Igniter |
| Model | XL500W003 |
| Rated Laser Power | 500W |
| Laser Source | Raycus |
| Beam Output | Direct Beam |
| Housing Material | Aluminum Alloy |
| Main Unit Length | Approx. 48cm |
| Focus Adjustment | Manual |
| Alignment | Switchable Green Reference Laser |
| Control | Wireless Remote + Physical Button |
| Thermal Protection | Approx. 45°C |
| Cold-Start Continuous Operation | Approx. 50 sec ±5 sec* |
| Battery Architecture | External / Split-Type |
| Battery Configuration | 15S High-Discharge Pack |
| Battery Voltage | 63V |
| Battery Current | 40A |
| Battery Capacity | 5Ah |
| Maximum Battery Output | Approx. 2500W |
| Main Unit + Lens Weight | Approx. 3.5kg |
| Packaged Weight | Approx. 5kg |
*Operating duration varies with ambient conditions, system temperature, battery status and duty cycle.
The standard configuration includes:
500W laser igniter main unit
Adjustable focusing lens
63V external battery pack
Power connection cable
Wireless remote control
Tripod
Related accessories
Package configuration can be adjusted for project-based or OEM orders.
Please confirm the final configuration before placing a bulk order.
This 500W laser ignition platform can be considered for controlled professional applications including:
Laser ignition research
Combustion research
Laboratory ignition experiments
Thermal-response studies
Material-response research
Optical ignition experiments
Engineering evaluation
Scientific demonstrations
Industrial R&D
Professional system integration
Application suitability should be evaluated according to the intended test environment, optical configuration and applicable safety requirements.
The main advantage of this model is not simply its 500W output.
Its separate power architecture provides additional flexibility for professional installations.
The dedicated 63V battery pack remains separate from the main laser unit.
The main unit and power pack can be arranged according to the controlled test setup.
Wireless control provides additional flexibility for professional experimental configurations.
The supplied tripod provides a practical mounting solution for controlled laboratory or engineering setups.
The extended metal enclosure provides a robust platform for the high-power optical system.
Choose an integrated 500W configuration when compact equipment layout and fewer separate components are the main priorities.
Choose this split-type 500W configuration when independent battery placement, flexible installation, remote operation and modular system architecture are more important.
For laboratories and engineering projects, the split-type design can also simplify integration with fixed mounting and controlled test environments.
We support professional customers including research laboratories, engineering companies, universities, combustion research teams, equipment distributors and system integrators.
For an accurate quotation, please provide:
Application + Required Quantity + Operating Requirements + Destination Country
For OEM or project integration, you can also provide your requirements for mounting, controls, housing, branding, packaging and accessories.
Looking for a professional 500W split-type laser igniter?
Contact us to receive:
Detailed technical specifications
B2B pricing
Battery information
Optical configuration options
OEM possibilities
Accessory information
Lead time
Shipping information
Send us your application and quantity to receive a recommended configuration and project quotation.
This is an extremely high-power laser ignition system intended exclusively for qualified personnel working in secured and controlled professional environments.
Direct or reflected exposure can cause severe and permanent eye injury, skin injury, fire and property damage.
Operation requires appropriate wavelength-rated protective eyewear, controlled access, suitable beam containment and beam stops, appropriate fire-control measures and professional laser-safety procedures.
Remote control must never be treated as a substitute for engineering safety controls.
Never direct the system toward people, animals, aircraft, vehicles, roads, public areas, windows or uncontrolled reflective surfaces.
Purchasers and operators are responsible for compliance with applicable laser-safety, battery, electrical, transportation and local regulatory requirements.
