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| Place of Origin: | China |
| Brand Name: | Xinland |
| Model Number: | 70W |
Designed around a 70W IPG laser source, this portable infrared laser system combines high optical output, rechargeable power and integrated protection features in a compact handheld enclosure.
The system operates at a 974nm infrared wavelength and incorporates a visible coaxial red alignment beam, allowing the operator to identify the optical working position without relying on visibility of the primary infrared output.
Its self-contained rechargeable design makes the unit suitable for controlled technical environments where portability and straightforward setup are important.
The system integrates a 70W IPG laser source operating at 974nm.
This infrared wavelength is invisible to the human eye, making appropriate engineering controls and wavelength-specific protective equipment essential whenever the system is operated.
The compact internal architecture combines the laser source, optical assembly, battery system and electronic protection into one portable platform.
A visible red guide beam is integrated into the optical path to provide a convenient alignment reference.
Because the guide beam and primary infrared output share the same general optical axis, positioning can be performed without attempting to visually locate the invisible 974nm radiation.
The red beam is intended only as a positioning aid and does not indicate that the infrared output is safe to view.
The device uses a built-in 12C high-rate rechargeable lithium battery designed to provide the current required by the laser system.
Its integrated battery configuration eliminates the need for a permanently connected external power supply and supports portable professional use.
USB Type-C charging provides a familiar and convenient charging interface for routine battery maintenance.
High-output laser systems generate considerable heat during operation.
To help protect internal components, the device incorporates temperature monitoring and automatic thermal protection.
When the internal temperature exceeds the protection threshold, laser operation is interrupted until appropriate operating conditions are restored.
This feature works together with recommended intermittent use to support more stable system performance.
The system is built into a compact metal enclosure adapted from a decorative lightsaber-style housing.
Individual units may show minor cosmetic differences such as light machining marks, small scratches or variations around manually modified openings.
These characteristics are related to the housing modification and assembly process and do not necessarily indicate a functional defect.
Customers requiring a completely uniform factory-molded cosmetic finish should take this construction method into consideration before ordering.
70W IPG laser source
974nm invisible infrared output
Coaxial visible red alignment beam
Built-in 12C high-rate rechargeable lithium battery
USB Type-C charging
Integrated temperature monitoring
Automatic over-temperature protection
Compact self-contained construction
Portable rechargeable configuration
Metal exterior housing
Suitable for professional and project-based applications
The portable architecture makes this system suitable for controlled optical evaluation, laboratory demonstrations, engineering development and other authorized professional laser applications.
For distributors and project customers, OEM or private-label arrangements may be discussed depending on order volume and technical requirements.
Branding, packaging and selected accessory configurations can also be evaluated for suitable projects.
Standard package configuration includes:
70W portable infrared laser system
USB charging cable
Compatible wavelength-specific laser protective equipment should be selected separately according to the required protection level and operating environment.
This product contains a high-power 974nm invisible infrared laser source.
Direct or reflected exposure can cause severe and permanent eye injury, skin injury or fire hazards. Operation should therefore be restricted to trained adults in a controlled environment.
Appropriate 974nm-rated laser protective eyewear, controlled access, suitable beam containment and other engineering safeguards should be used during operation.
Never direct laser radiation toward people, animals, vehicles, aircraft, cameras, windows or reflective surfaces.
The system must be stored securely when not in use and kept away from children and unauthorized users.
Users are responsible for complying with applicable laser-safety regulations, import requirements and local laws.
