Medical Solutions
Aesthetics & Dermatological Laser Systems
Aesthetic and dermatological device manufacturers use laser technology to perform controlled skin treatments across a range of clinical applications. Systems used for hair removal, skin resurfacing and rejuvenation, pigmentation correction, and lesion treatment place demanding requirements on laser control, scan flexibility, and thermal management.
Enabling Aesthetic and Dermatological System Performance
The aesthetics and dermatology market continues to evolve toward more compact, versatile devices capable of supporting multiple treatment modalities within a single platform. Device manufacturers must balance flexibility in wavelength selection and scan patterns with strict requirements for energy uniformity, thermal control, and long‑term reliability.
Supporting Hair Removal and Pigmentation Treatments
Hair removal and pigmentation treatments require controlled laser energy delivery tailored to specific treatment depths and target areas. Systems must support flexible operating parameters while maintaining consistent performance across repeated treatment cycles.
Precision Scanning for Skin Resurfacing and Rejuvenation
Effective skin resurfacing and rejuvenation requires precise, uniform energy distribution across larger treatment areas to ensure predictable results while preventing overheating. Scanning systems must maintain accuracy and consistency to support evenly distributed laser interaction across the skin surface.
Designed for Compact Medical Device Integration
Aesthetic and dermatological laser devices must integrate lasers, scanning, and controls into compact, ergonomically designed platforms suitable for clinical environments. Sub-systems must support efficient thermal management, reliable operation, and straightforward integration with device‑level software and safety systems.
Our medical technologies are designed to support OEMs developing compact, high‑performance aesthetic and dermatological laser devices, where precise energy delivery, flexible scan patterns, and uniform treatment consistency are critical to patient safety, device reliability, and clinical usability.
Advantages of Aesthetic & Dermatological Laser Technology
The benefits of Semiconductor Laser Processing include:
Uniform laser energy delivery
Supports consistent treatment coverage and controlled thermal interaction.
Flexible scan patterns
Enables support for multiple treatment types and target areas.
Compact system compatibility
Designed to support small form‑factor medical device architectures.
System‑level integration
Photonics technologies aligned with device controls and safety systems.
Supporting OEM Device Development and Platform Evolution
As aesthetic and dermatological treatments continue to diversify, device manufacturers require laser technologies that can adapt to new treatment protocols, form factors, and usability expectations without compromising consistency or safety.
We work at the sub-system level to support OEM development efforts, helping align CO₂ lasers, galvo scanning technologies, and software‑based control platforms with the technical requirements of next‑generation aesthetic and dermatological laser devices.
Related Products
Related Content
Request an Application Test
Engage with our team to evaluate laser, scanning, and control technologies within your aesthetic or dermatological device architecture.