HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser (2940nm & 1064nm)
Targeted Clinical Versatility for Medical Professionals
The HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser is engineered for medical facilities requiring a dual-wavelength laser system combining 2940nm and 1064nm outputs. This highly specialized unit serves clinicians focused on soft tissue surgery, periodontal therapy, and ablative treatments by offering adjustable long-pulse durations and precise energy delivery. Its design contemplates integration into established clinical protocols, supporting practitioners who demand reliability and advanced control for patient safety during complex procedures. The availability of articulated arms and fiber optic output options ensures adaptability across various surgical and therapeutic workflows, appealing to healthcare providers emphasizing technological flexibility and operational efficiency.
Precision Engineering and Robust Technical Specifications
Featuring dual wavelengths at 2940nm and 1064nm, the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser incorporates an energy detection module for real-time feedback alongside a built-in shutter for enhanced safety measures. Its pulse widths range from 50 to 1000 μs for 2940nm and 150 to 25000 μs for 1064nm, with repetition rates tailored between 10 Hz and 30 Hz depending on operational mode. Uniform beam distribution and output energy stability within ±20% optimize treatment consistency. The laser’s compatibility with various fibers, articulated arms, and accessory modules, matched with a standard 110V or 220V power supply, facilitates seamless integration and sustained operational performance in controlled clinical environments.
Application Spectrum and Clinical Impact
This dual-wavelength system addresses a broad spectrum of medical disciplines, including soft tissue contouring during implant surgeries, pigmentary condition treatments, and vascular lesion management, capitalizing on the complementary tissue interactions of 2940nm and 1064nm wavelengths. The HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser also supports photobiomodulation protocols that facilitate tissue healing, increasing procedural efficacy and patient outcomes. The built-in energy detector enables precise in-clinic validation of energy settings, which is essential for training and research. These capabilities position the system as a critical asset for advanced medical practices prioritizing precision, safety, and reproducible therapeutic results.
Product Advantages
Modular Design Enhances System Integration
The HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser incorporates a structurally modular design facilitating flexible system configurations through compatible articulated arms, optical fibers, and power modules. This modularity supports varied clinical requirements and spatial constraints without compromising core functionality. The integration of a built-in energy detector and shutter enhances procedural safety and operational control, while its power supply versatility (110V/220V AC) suits multiple geographic regions. Designed for durability, the system’s compact control interface complements clinic environments by optimizing workspace efficiency and allowing straightforward maintenance, highlighting RealLight’s commitment to engineering reliability and adaptability.
Optimized Performance and Operational Efficiency
From a performance standpoint, the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser ensures high energy output stability and uniform beam profiles critical for tissue-selective ablation. The multi-mode beam operation and broad pulse width range enable clinicians to tailor parameters to specific treatment protocols, maximizing efficacy while minimizing collateral tissue damage. User interfaces prioritize ease of control with real-time energy monitoring and quick shutter response, contributing to workflow fluidity and reduced downtime. This design yields improved consistency in treatment results, offering users measurable operational advantages in medical settings focused on accuracy and reproducibility.
Use Scenarios
Role in Periodontal Therapy and Soft Tissue Remodeling
Within dental clinics specializing in periodontal therapy, the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser facilitates dual-wavelength energy delivery optimized for targeted soft tissue remodeling. Its 2940nm wavelength interacts effectively with water-containing tissues for precise ablation, while the 1064nm wavelength penetrates deeper for coagulative effects, enhancing healing and minimizing postoperative discomfort. The system integrates seamlessly into existing dental laser workflows via fiber optic outputs and compact interfaces, ensuring compliance with clinical safety standards and improving procedural predictability in minimally invasive periodontic and surgical interventions.
Function in Implant Surgery and Vascular Lesion Management
In surgical environments focusing on implant procedures and vascular lesion treatment, the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser performs critical roles by providing precise soft tissue contouring with dual-wavelength synergy. The adjustable long-pulse modes allow for tailored energy delivery that controls ablation depth and thermal spread, essential for avoiding adjacent tissue damage. The system’s incorporated detectors and shutter afford stringent control, ensuring procedural compliance and operator safety. Compatibility with articulated arms and easy integration into surgical suites allows healthcare teams to maintain efficient operation flow while leveraging high-quality dual-wavelength laser technology for optimized surgical outcomes.
FAQ
What wavelengths does the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser emit?
Our HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser emits dual wavelengths at 2940 nm and 1064 nm. This dual output enables versatile applications by targeting different tissue chromophores and penetration depths, ensuring precise and effective treatments across clinical uses.
Can you customize accessories or configurations for the HQF Series laser?
Yes, we offer compatible accessories including output fibers, articulated arms, control panels, power supplies, and water-cooling units tailored to customer specifications. This flexibility supports optimized clinical setup and integration with the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser.
What power supply and operational environment does the HQF Series require?
Our laser operates on standard mains power with options for 220V or 110V AC at 50/60 Hz. It is designed with durable construction for clinic environments, ensuring stable, continuous operation when used with the appropriate power supply and accompanying cooling units.
How does your built-in energy detector enhance treatment safety and accuracy?
We integrate a built-in energy detector within the HQF Series Lamp-Pumped Dual-Wavelength Long-Pulse Laser to provide real-time energy monitoring. This feature allows clinicians to validate and control laser output during procedures, enhancing treatment safety and delivering reliable, repeatable results.
HQF series lamp-pumped dual-wavlength long pulse laser consists of a near-infrared laser module unit, a mid-infrared laser module unit and an energy detection module. This laser outputs dual wavelengths of 2940nm and 1064nm. Since different wavelengths target distinct chromophores and exhibit differential tissue penetration depths, they can be synergistically combined in clinical treatments. The system features high energy output, exceptional stability, and uniform beam distribution. Compatible accessories include output fibers, articulated arms, control panels, power supplies, and water-cooling units.
APPLICATION
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Periodontics
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Implantology
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Pigmentary Disorders
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Vascular Lesions
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Soft Tissue Surgery
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Photobiomodulation
KEY FEATURES
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Dual-wavelength output at 2940nm & 1064nm
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Built-in energy detector
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Built-in shutter
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PRODUCT PARAMETERS
| Wavelength (nm) |
2940 |
1064 |
| Single Pulse Energy (mJ) |
1000 |
1000 |
500 |
200 |
| Pulse Width (μs) |
50~1000 |
150~25000 |
| Repetition Rate (Hz) |
20 |
10 |
30 |
25 |
| Power (W) |
20 |
10 |
15 |
5 |
| Other Optical & System Parameters |
| 2940nm&1064nm Beam Mode |
Multi-mode |
| Output Method |
via articulated arm (appearance subject to end-user requirements) |
via optical fiber
(300μm core) |
via optical fiber
(200μm core) |
| Laser energy stability (St) |
±20% max. |
| Laser energy reproducibility (Rp) |
±20% max. |
| Aiming Beam Wavelength |
532±20nm |
| Aiming Beam Power |
>2mW |
| Working Conditions |
Ambient temperature: 10℃~30℃ |
| Relative humidity: 10%~73% (non-condensing) |
| Atmospheric pressure: 86kPa~106kPa |
| Power supply: 220V/110V±10%AC, 50/60Hz |
1. All the data in the above table are the typical values obtained from the tests at room temperature of 25℃, and the final data is subject to the final test report.