1927NM Thulium Laser Skin Rejuvenation System

A Professional Non-Ablative Fractional Platform for Pigmentation, Texture, and Early Aging Concerns

The 1927nm Thulium Laser Skin Rejuvenation System is a fractional laser platform built around a thulium-doped gain medium emitting in the mid-infrared spectrum. Its clinical positioning sits between fully ablative CO₂ resurfacing and deeper non-ablative fractional technologies - offering meaningful epidermal and superficial dermal effects with a recovery profile that suits busy aesthetic practices.

This system is designed for clinics, medical spas, and dermatology practices that want a versatile pigmentation and texture tool without committing patients to extended downtime.

Product Introduction: Core Function and Technical Explanation

What the system does. The 1927nm thulium fiber laser delivers fractional micro-beams that target water in the epidermis and superficial dermis. Because 1927nm sits at a stronger water absorption peak than 1550nm, energy is deposited more superficially - coagulation depth is typically ≤ 0.3mm - producing controlled micro-thermal injury zones rather than deep dermal heating. The result is a treatment that bridges non-ablative and micro-ablative effects, depending on pulse energy and tip selection.

How the mechanism translates to clinical outcomes. Each fractional beam creates a narrow column of thermal effect. In the epidermis, this produces controlled exfoliation of pigmented keratinocytes and promotes turnover of dyschromic tissue. In the superficial dermis, the thermal stimulus triggers fibroblast activation and collagen remodeling. Clinically, this dual-layer effect addresses pigment irregularity, rough texture, enlarged pores, and early fine lines within a single treatment protocol.

Why 1927nm specifically. The wavelength is strongly absorbed by water, which limits penetration depth and reduces the risk of bulk heating in deeper tissue. This is particularly relevant for Fitzpatrick III–IV skin, where deeper thermal load carries higher post-inflammatory hyperpigmentation risk. Published reviews have noted that the 1927nm wavelength specifically addresses actinic keratoses, dyschromia, and pigmented lesions.

Practical implication for your clinic. You get a tool that can be positioned for melasma maintenance, photoaging correction, and acne-related pigment management - three service lines that many clinics currently split across two or three devices.

Product Advantages

Favorable depth-to-recovery ratio. Superficial coagulation depth means less thermal burden on the dermis compared with deeper non-ablative wavelengths. Most patients can return to normal activities within 2–4 days of visible micro-crusting.

Full parameter adjustability across energy, pulse width, and spot spacing. Unlike fixed-protocol devices, energy (1–300mJ), pulse duration (0.1–20ms), and dot pitch (0.1–2.0mm) are independently adjustable. This allows you to tune the treatment from a conservative epidermal pass for melasma-prone skin to a more aggressive micro-ablative setting for texture and scarring.

Freehand drawing mode for irregular zones. Standard geometric scanning patterns cover most facial areas, but the perioral, periorbital, and nasal alar regions require contour adaptation. The touchscreen freehand mode lets operators draw treatment boundaries directly on the patient's photo, then save the shape for repeat sessions.

Designed for full-day clinical use. Dual-fan air cooling and a 360° rotating articulated arm support continuous operation without duty-cycle interruptions. The 54.5kg chassis with lockable casters moves between treatment rooms without lifting.

Two handpieces cover the treatment spectrum. The fractional tip is used for pigment, texture, and scarring protocols; the sliding tip is used for broader passes in larger areas such as the cheeks and forehead.

Technical Specifications

Clinical Applications: Where the System Fits in Your Practice

Aesthetic clinics and medical spas. The most common positioning is a 3–4 session package for photoaging and pigment correction, spaced 4–6 weeks apart. The 1927nm wavelength is well tolerated across Fitzpatrick I–IV, and the short downtime makes it suitable for working professionals who cannot accommodate a week of recovery.

Dermatology practices. The system is relevant for actinic keratosis field therapy, melasma management, and post-acne pigmentation. Published clinical studies have demonstrated significant reductions in AK counts and photoaging parameters after four sessions, with histological evidence of increased dermal thickness and fibroplasia.

Plastic surgery and dermatologic surgery. For patients who have completed a more aggressive resurfacing protocol and need maintenance, the 1927nm platform offers a lower-intensity option that preserves results without repeating the original recovery burden.

Specific indications commonly treated:

Melasma and post-inflammatory hyperpigmentation

Solar lentigines and epidermal pigmentation

Enlarged pores and rough texture

Fine lines around the eyes and perioral region

Atrophic acne scars and textural irregularities

Actinic keratosis field treatment

Treatment Comparison: Before and After Expectations

What to set with patients. The 1927nm thulium platform produces gradual, cumulative improvement rather than dramatic single-session transformation. This is an important expectation to set during consultation - it reduces patient anxiety during the micro-crusting phase and improves perceived value of the package.

Typical timeline after a fractional session:

Day 1–2: Mild erythema and warmth. Skin feels tight. Micro-crusting may begin within 24 hours.

Day 3–5: Fine, sand-like crusts visible on treated areas. Patients should avoid picking or exfoliating. Gentle moisturizer only.

Day 5–7: Crusts shed naturally. Skin beneath appears brighter and more even.

Week 3–4: Early collagen remodeling becomes visible. Pore size and texture continue improving.

After full series (3–4 sessions): Most patients report visible reduction in pigment irregularity, smoother texture, and a more uniform tone.

Realistic clinical outcomes from published data. In a clinical study of 23 patients treated with four sessions of 1927nm thulium laser, significant reductions in actinic keratosis count (p < 0.001) and photoaging scores were observed, along with histological improvement in dermal structure.

Comparison with 1550nm platform. The 1550nm wavelength penetrates deeper (≤1.6mm) and addresses more severe sun damage and deeper scarring. The 1927nm wavelength addresses superficial pigment, texture, and early photodamage with less downtime and lower risk on darker skin types. Many practices run both platforms to cover the full severity spectrum.

Client Feedback and Cooperation Cases

From a Melbourne-based aesthetic clinic (Australia): "We added the thulium platform as a lower-downtime option for patients who weren't ready for fractional CO₂. The pigment clearance on Fitzpatrick III skin has been consistent - we've had very few PIH issues, which was our main concern. It's become our first-line recommendation for melasma maintenance."

From a Seoul skin clinic (South Korea): "The freehand mode is what sold us. We treat a lot of periorbital and nasal alar areas, and the standard square patterns just don't fit. Being able to draw the treatment zone on screen saves us several minutes per patient."

From a Dubai medical spa (UAE): "We run the 1927nm system six days a week. The air cooling has held up without any overheating. The 12-inch screen is large enough that the operator can adjust parameters without looking away from the treatment area."

These are composite accounts based on typical Benomi customer profiles across aesthetic and dermatology settings.

Factory Capability and Certifications

Manufacturing base. Weifang Benomi Electronic Technology Co., Ltd. operates an ISO-certified, international-standard clean-room production facility in Weifang, Shandong Province. Production processes are managed under ISO quality management protocols to maintain component consistency across units.

Certifications. The 1927nm Thulium Laser platform is manufactured to CE and FDA compliance requirements. Certificates are available for review during the inquiry process.

R&D and customization. The in-house R&D team supports OEM and ODM development, including housing design, interface localization, and treatment protocol customization for specific market requirements. Logo design service is available at no additional cost for qualified orders.

Warranty and service. 2-year warranty on the complete system. 24-hour technical support response.

Export experience. Benomi has served aesthetic clinics and distributors across Europe, the Middle East, Southeast Asia, and Africa. Recent factory visits have included delegations from South Africa and Dubai, with on-site equipment demonstrations and protocol training.

Wholesale Policy

Frequently Asked Questions

Q: What is the minimum order quantity?
A: We accept sample orders of 1 unit. Distributor pricing applies from 3–5 units. Contact us for a formal quotation with your target quantity.

Q: Can this system treat melasma on Fitzpatrick IV skin?
A: Yes, with conservative parameters. The 1927nm wavelength's superficial depth of effect makes it a favorable option for darker skin types compared with deeper-penetrating lasers. Published reviews have reported consistent improvement in melasma and photoaging in Fitzpatrick III–IV patients using 1550/1927nm systems. We recommend starting with lower energy and density and building tolerance across sessions.

Q: How many sessions are typically required?
A: For pigment and texture improvement, 3–4 sessions spaced 4–6 weeks apart. For actinic keratosis field treatment, published protocols have used 4 sessions. Melasma maintenance may require ongoing sessions at longer intervals.

Q: What is the downtime?
A: Patients experience 2–4 days of visible micro-crusting and mild redness. Most return to work within 48 hours with tinted moisturizer or light makeup. The downtime is significantly shorter than fully ablative resurfacing.

Q: Does the system require consumables?
A: The handpieces and treatment tips are reusable. There are no per-treatment consumable costs beyond standard hygiene and post-care supplies.

Q: What training is provided?
A: We provide operation manuals, parameter protocol guides, and video training materials. For distributor orders, on-site or remote training sessions can be arranged.

Q: What certifications does the machine carry?
A: CE and FDA compliance. ISO-certified production facility. Certificate copies available upon request during the inquiry process.

Q: How do I request a quotation or arrange a sample order?
A: Submit your inquiry through the form on this page or contact us directly. Include your clinic or distribution location and estimated annual volume for the most accurate pricing.

Request Pricing and Technical Documentation

Fill in the inquiry form with your clinic or distribution details, and our team will respond within one business day with pricing, delivery estimates, and certification documentation.

Weifang Benomi Electronic Technology Co., Ltd.
Weifang, Shandong, China
18+ years in professional aesthetic equipment manufacturing

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