260W 915nm Infrared Laser System: Features, Setup & Video User Guide

High-power infrared laser systems are used in specialized optical research, laboratory testing, and controlled engineering demonstrations. For applications requiring flexible equipment positioning and remote operation, a split-type configuration can provide important practical advantages.

The Lilly Electronics 260W Split-Type Remote Fixed-Point Laser System combines a 915nm infrared laser source, green aiming light, interchangeable focus-lens configurations, external battery pack, and multiple activation controls in a compact modular design.

In this article, we introduce the system's key features, technical specifications, available configurations, intended applications, and important safety considerations. We also share our official YouTube video demonstrating the equipment and its components.

Watch Our 260W Split-Type 915nm Laser System Video Guide

Our official Lilly Electronics video provides a visual introduction to the equipment, including its main components, supplied accessories, power system, controls, and available focus-lens configurations.

Watch on YouTube: 260W Split-Type 915nm Infrared Laser System – User Guide

The video helps customers become familiar with the system's physical design and included components before consulting the full operating instructions.

Important: This video is supplementary product information. It does not replace appropriate laser safety training, equipment documentation, or site-specific safety procedures.

1. What Is the 260W Split-Type Infrared Laser System?

The Lilly Electronics 260W system is a high-power laser device designed for controlled teaching demonstrations, engineering research, laboratory testing, and specialized experimental applications.

Unlike a conventional handheld laser device, this system features a split-type architecture, allowing the laser head and power unit to be positioned separately using the supplied connection cable.

Its main characteristics include:

• 260W nominal optical output: High-power configuration for specialized controlled applications.

• 915nm infrared wavelength: The primary laser emission is invisible to the human eye.

• Green coaxial aiming light: An integrated visible reference beam supports alignment by appropriately trained operators.

• Split-type configuration: Separate laser head and battery unit with an approximately 60cm connection cable.

• 15X and 50X lens options: Different configurations available to suit specified optical requirements.

• Remote-control capability: Supports operation from a separated operator position within a controlled environment.

• Multiple activation controls: Includes a physical switch, wireless remote trigger, and master key-lock switch.

• Over-temperature protection: Designed to interrupt laser output when the internal temperature reaches approximately 45°C.

• Tripod compatibility: Supports common 1/4-inch and 3/8-inch mounting interfaces.

These features make the system suitable for experienced operators who require a modular, fixed-position infrared laser platform.

2. Understanding the Split-Type Design

One of the distinguishing features of this 260W laser system is its separation of the laser head from the main power unit.

The supplied connection cable is approximately 60cm long, allowing more flexibility in equipment arrangement than an all-in-one configuration.

This design provides several practical advantages:

Flexible equipment positioning

The laser head can be supported independently using compatible mounting hardware, while the power unit remains in a separate position.

Modular configuration

Individual system components are easier to identify and organize for laboratory equipment management and inspection.

Remote-control capability

The supplied wireless remote is one element of the system's activation arrangement. Remote activation must be used only within a properly enclosed or otherwise adequately controlled laser area.

Tripod mounting

The laser head supports compatible 1/4-inch and 3/8-inch tripod interfaces, allowing appropriately secured installation for fixed-position experimental work.

3. Available 15X and 50X Focus-Lens Configurations

The 260W infrared laser system is offered with three lens package options.

Option A: With 15X Focus Lens

Includes the laser system with one 15X focus lens.

Option B: With 50X Focus Lens

Includes the laser system with one 50X focus lens.

Option C: With 15X + 50X Focus Lenses

Includes both lens options for customers requiring flexibility across different controlled optical experiments.

The selected lens configuration affects beam characteristics and focusing behavior. A higher magnification designation does not automatically indicate better performance for every application.

Actual optical performance depends on factors including lens characteristics, focal adjustment, target properties, atmospheric conditions, and system alignment.

Customers should select lens configurations according to their technical requirements and the equipment manufacturer's instructions.

4. Integrated Green Aiming Light

The laser system incorporates a visible green coaxial aiming light.

Because the primary 915nm infrared emission is invisible to the human eye, the green reference beam serves as a visual alignment aid.

However, the green aiming light should never be treated as an indication of the infrared beam's safe boundaries or complete optical path.

Infrared radiation may remain hazardous even when the visible green light appears dim, displaced, or absent.

Proper beam containment, wavelength-appropriate protective equipment, and established alignment procedures are essential.

5. Power System and Battery Specifications

The laser system is supplied with an external battery unit.

According to the product specifications, the power configuration includes:

• Samsung 50S lithium-ion cells in an 8-series arrangement

• 5000mAh rated battery capacity

• 33.6V fully charged battery voltage

• XT60 battery connection

• Reduced output performance potentially occurring below approximately 29V

The product also specifies a compatible external DC power requirement of 33.6V and 20A or higher, subject to confirmation of electrical compatibility and safe system integration.

Only manufacturer-approved or technically verified power arrangements should be used. Battery packs and connectors must be inspected and handled according to the supplied instructions.

6. Built-In Activation and Temperature-Protection Features

The system includes three separate activation control elements:

1. A physical push-button switch on the main unit

2. A wireless remote-control trigger

3. A master key-lock switch

The combination provides multiple control points, but these features should not be considered substitutes for a complete high-power laser safety system.

The product also incorporates temperature protection designed to interrupt laser output when its internal operating temperature reaches approximately 45°C.

This protective feature helps reduce overheating risk but does not eliminate electrical, thermal, optical, or battery hazards.

7. Technical Specifications

Specification	Details
Product	260W Split-Type Infrared Laser System
Brand	Lilly Electronics
Nominal optical power	260W
Laser wavelength	915nm infrared
Visible aiming light	Green coaxial beam
System design	Split-type, remote-capable
Focus-lens options	15X / 50X / 15X + 50X
Battery capacity	5000mAh
Battery configuration	8-series Samsung 50S
Full-charge voltage	33.6V
Battery connector	XT60
Connection cable	Approximately 60cm
Temperature protection	Approximately 45°C
Tripod compatibility	1/4-inch and 3/8-inch
External power specification	33.6V DC, 20A or higher, subject to compatibility verification
Intended users	Trained and experienced adults in controlled environments

Specifications are based on the product information provided and may be subject to manufacturer updates.

8. Intended Applications

The 260W split-type infrared laser system is intended for specialized environments in which appropriate safety engineering and trained personnel are available.

Potential applications include:

• Scientific and engineering research

• Laboratory demonstrations

• Controlled optical experiments

• Thermal interaction studies

• Optical system evaluation

• Specialized engineering education and teaching

The system is not intended as a general-purpose consumer laser pointer or recreational device.

Any prospective application should be reviewed for technical suitability, applicable regulations, and required safety controls before use.

9. Important 915nm Infrared Laser Safety Information

Warning: This is an extremely high-power laser system capable of causing serious injury and property damage.

The 915nm primary beam is invisible to the human eye. Direct exposure and hazardous reflections can cause severe and permanent eye injury, skin injury, and fire.

Essential safety requirements include:

• Operation only by trained, authorized adults.

• A properly controlled laser area with appropriate engineering controls and access restrictions.

• Laser protective eyewear specifically rated for the actual wavelength and exposure conditions.

• Suitable beam stops and measures to contain both direct and reflected radiation.

• No operation where the beam or reflections could reach people, animals, vehicles, aircraft, or uncontrolled areas.

• No direct viewing of the laser aperture or beam path.

• Compliance with applicable laser safety regulations and institutional operating procedures.

• Consultation with a qualified laser safety professional before operation.

Users must not rely solely on the visible aiming beam, wireless remote, key switch, or thermal protection system for safety.

10. Frequently Asked Questions

Is the 915nm infrared laser beam visible?

No. The primary 915nm infrared beam is invisible to the human eye. The system includes a separate green aiming light, but it does not make the infrared emission itself visible.

What is the difference between the 15X and 50X lens options?

The lens options provide different optical configurations. Their suitability depends on the required experiment, beam characteristics, and focusing conditions rather than magnification alone.

Does the system support remote operation?

Yes. The system includes a wireless remote-control trigger. Remote operation must take place only within an appropriately controlled and secured laser environment.

Does the 260W system include a battery pack?

Yes. The product specifications describe an external 5000mAh lithium-ion battery pack with a nominally specified 33.6V full-charge voltage.

Can the laser head be mounted on a tripod?

Yes. The system supports compatible 1/4-inch and 3/8-inch tripod mounting interfaces. Mounting equipment must be suitable for the assembly and securely installed.

Is this product intended for beginners?

No. It is intended for trained and experienced operators with access to suitable safety infrastructure.

11. Explore the 260W Laser System at Lilly Electronics

At Lilly Electronics, we offer specialized laser modules, infrared laser equipment, optical components, and industrial electronics for technical applications and international customers.

The 260W Split-Type 915nm Infrared Laser System is available with three lens configurations:

• With 15X Focus Lens

• With 50X Focus Lens

• With 15X + 50X Focus Lenses

View product specifications, current pricing, and available configurations:

260W Split-Type Remote Fixed-Point Laser System – Lilly Electronics

For product specifications, availability, shipping questions, or technical inquiries, please contact Lilly Electronics through our official store.

About Lilly Electronics

Lilly Electronics supplies laser equipment, optical components, electronic modules, and industrial electronics to customers worldwide. Our product guides and demonstration videos help customers understand available equipment and make informed purchasing decisions.

Disclaimer: This article is for general product information and does not constitute operational training or authorization to use high-power laser equipment.