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| Place of Origin: | China |
| Brand Name: | Xinland |
This 130W portable infrared laser system is designed for controlled laboratory research, optical evaluation, engineering development and other authorized professional applications.
The system integrates a high-output infrared laser source, rechargeable battery pack, adjustable optical assembly and active thermal management into a compact self-contained platform.
Unlike basic handheld laser products, this model is configured as technical equipment for trained users who require a portable laser source with independent power, optical adjustment and temperature protection.
The system provides 130W of infrared laser output for professional technical applications.
Because the primary laser radiation is infrared and not directly visible to the human eye, the unit incorporates a separate switchable green auxiliary light to provide a visible reference during controlled alignment procedures.
The auxiliary light is provided only as an alignment reference and should never be considered an indication that the primary laser beam is safe.
A 20× telescopic focusing lens is integrated into the optical assembly, providing flexibility for laboratory and engineering configurations that require adjustable optics.
The lens assembly should be handled as a precision optical component and protected from dust, fingerprints and mechanical damage.
Optical configuration should only be carried out by trained personnel within an appropriate laser-controlled environment.
The system is powered by four Samsung 50S 5000mAh high-drain lithium-ion cells.
This integrated rechargeable power configuration allows the equipment to operate without a permanently connected bench power supply, making it easier to transport between suitable controlled work areas.
Typical available operating time is approximately 30–60 minutes, although actual battery performance depends on operating conditions, duty cycle, temperature and battery condition.
An AC 100–240V compatible charger is supplied for convenient use across different electrical regions.
High-output laser systems generate significant thermal load during operation.
To improve heat management, this model incorporates three high-speed cooling fans. The fans operate together with the internal thermal structure to remove heat from the laser source and electronic components.
This active cooling architecture is particularly useful in a compact system where heat cannot be dissipated through enclosure mass alone.
Internal temperature monitoring provides an additional layer of system protection.
If operating temperature reaches approximately 45°C, the thermal protection circuit can temporarily suspend laser output until the system returns to an appropriate temperature range.
This protection mechanism is intended to reduce excessive thermal stress on the laser source and internal electronics.
Despite its high optical output, the system is designed in a relatively compact format.
Product Dimensions: 25.5 × 9.5 × 16.5 cm
Net Weight: Approx. 1000 g
Gross Weight: Approx. 1758 g
The integrated construction combines the laser source, battery, control electronics, cooling system and optics within a portable platform suitable for controlled professional environments.
A protective storage case or standard carton configuration may be available depending on the selected package.
This equipment is intended for controlled environments such as:
It is not designed as a recreational laser product or for unrestricted public use.
For OEM, distributor and system-integration projects, configuration and private-label options may be discussed according to technical requirements and order volume.
Package configuration should be confirmed before ordering.
This product contains a high-power invisible infrared laser source and must only be used by trained personnel in a controlled environment.
Direct or reflected laser radiation can cause severe and permanent eye injury, skin injury, fire or property damage.
Appropriate wavelength-specific laser protective eyewear, controlled access, beam containment and suitable engineering safeguards should be established before the equipment is operated.
Never direct laser radiation toward people, animals, vehicles, aircraft, cameras, reflective surfaces or public areas.
The equipment should be stored securely when not in use and must not be accessible to children or unauthorized personnel.
Users, laboratories and system integrators are responsible for verifying applicable laser-safety, transportation, import and workplace requirements before purchasing or operating the equipment.
Product specifications may be updated as components or configurations are revised.
For laboratory procurement, system integration or OEM projects, contact our technical team to confirm the current product configuration, battery specification, package contents and available supporting documentation before ordering.
