Multi-Function Aesthetic Device with 8 Handpieces - China Factory Suppliers for Versatile Treatments

Introducing our Multi-Function Aesthetic Device, a must-have in the industry for both new and experienced practitioners. This versatile platform, model BL-M10 from BILENS, is designed to cater to nearly every patient your customers treat, featuring 8 specialized handpieces that enable over 80 different treatments, With this innovative technology, practitioners can select the best combination of handpieces for their patients' unique needs, ensuring optimal results. As a leading supplier in China, our factory is committed to delivering high-quality aesthetic devices that enhance the success stories of healthcare providers around the world. Transform your practice with our essential multi-purpose platform!

Product Detail

Multi-Function Platform Principles

The theory of selective photothermolysis has been pivotal in the advancement of laser surgery. It explains the mechanism Clinical, Cosmetic and Investigational Dermatology by which controlled destruction of a cutaneous target can be achieved without significant injury to surrounding tissue.

Three principles are crucial to the process. First, an appropriate wavelength should be employed that can be absorbed preferentially by the targeted tissue chromophore. Second, the pulse duration of the laser must be shorter than the chromophore’s thermal relaxation time, which is the time required for the target to lose half of its peak temperature following irradiation. Third, the fluence (or energy) must be sufficient to achieve destruction of the target within the appropriate time interval. These factors guide the selection of lasers and intense pulsed light (IPL) appropriate for a specific skin target or lesion.

IPL (Intense Pulsed Light)

Principle: Non-laser wide-spectrum pulsed light (400-1200nm), filter specific bands (such as 560/590nm), target melanin (pigment), hemoglobin (blood vessels) or water (hair removal).

Diode Laser

Principle: Semiconductor materials (such as GaAlAs) produce a single wavelength (commonly 808nm/810nm), target hair follicle melanin, and destroy hair papilla through photothermal effect.

Triple Diode Laser

Principle: Combine three semiconductor laser wavelengths (such as 755nm/808nm/1064nm) to act simultaneously on different depths and target tissues (melanin/hemoglobin).

Q-switched Nd:YAG Laser

Principle: Nd:YAG crystals generate 1064nm (or doubled 532nm) lasers, which are compressed to nanoseconds by Q-switching technology, and instantly blast pigment particles with high energy (photomechanical effect).

Er:YAG fractional Laser

Principle: Er:YAG crystals emit 2940nm lasers, which are strongly absorbed by water, vaporize the epidermis or dermis to form micropores (fractional mode), and stimulate collagen regeneration.

1064nm Long pulse Nd:YAG

Principle: Nd:YAG crystals generate 1064nm long pulses (milliseconds), targeting deep melanin or hemoglobin, and slowly heat the target through photothermal effect.

Er:Glass fractional Laser

Principle: Erbium-doped glass fiber generates 1550nm laser, which is absorbed by the dermis water, forming a micro-thermal damage area (non-ablative fractional), promoting collagen remodeling.

Picosecond Nd:YAG Laser

Principle: Nd:YAG crystal generates ultra-short pulses (picosecond level, 10⁻¹² seconds), directly shattering pigment particles through photoacoustic effect (rather than photothermal), with higher efficiency than Q-switched laser.

Multi-Function Platform Technical Specifications

IPL SSR & SHR

Parameter	Specification
Spot size	1550mm or 1235mm
Wavelength	420~1200nm
Filter	420/510/560/610/640/SHR (standard)
Energy density	1~50J/cm² (10-60 level)

Diode laser

Parameter	Specification
Laser output	1000W or 1600W
Wavelength	810nm /755+808nm/ 755+808nm+1064nm
Spot size	1223mm or 1450mm & 12*15mm
Energy density	1~62J/cm²
Repetition rate	1~10Hz
Pulse width	10~300ms
Sapphire cooling	-15~4°C

Picosecond Nd:YAG laser

Parameter	Specification
Wavelength	1064nm & 532nm
Spot size	1-5mm
Pulse width	<980ps
Max. Energy	800mJ (1064nm), 400mJ(532nm)
Repetition rate	1~10Hz

2940nm Er:YAG fractional ablative laser

Parameter	Specification
Spot size	7x7mm, 9x9mm, Zoom lens:1~3.5mm, 6mm, 9mm
Pulse width	0.2~3ms
Energy	400~2600mJ

1540nm ErGlass fractional laser

Parameter	Specification
Spot size	10x10 mm
Energy	6~70mJ/microbeam
Pulse Width	10ms, 15ms

1064nm Long Pulse Nd:YAG Laser

Parameter	Specification
Spot size	2.2*5mm, 6mm, 9mm
Energy density	10~500J/cm2
Pulse width	10~40ms

Q-Switched Nd:YAG laser

Parameter	Specification
Wavelength	1064nm & 532nm
Spot size	1-5mm
Pulse width	<10ns (single pulse)
Repetition rate	1~10Hz
Max. Energy	2000mJ (1064nm), 1000mJ(532nm)
Operate interface	12.1' True color touch screen
Cooling	Advanced Air & TEC water cooling system
Power supply	AC 110V or 230V, 50/60Hz
Dimension	6863135cm (LWH)
Weight	69Kgs

Multi-Function Platform Advantages

A multi-function laser platform that integrates various laser technologies (such as IPL, Diode, Q-switch Nd:YAG, Er:YAG, Er:Glass, Picosecond, and Long Pulse 1064nm lasers) into a single system offers significant advantages for aesthetic and dermatological treatments. Here’s a breakdown of its key benefits:

1. Versatility & Comprehensive Treatment Solutions

Multiple wavelengths & technologies in one device allow treatment of diverse skin concerns: Hair removal (Diode, IPL, Nd:YAG), Pigmentation & tattoo removal (Q-switch, Picosecond), Skin rejuvenation & resurfacing (Er:YAG, Er:Glass fractional), Vascular lesions & acne (Long Pulse Nd:YAG, IPL), and Wrinkle reduction & tightening (Fractional lasers, RF combined). One system replaces multiple standalone machines, making it ideal for clinics offering a wide range of services.

2. Cost & Space Efficiency

Lower investment than buying individual lasers for each application. Reduced maintenance costs (single system servicing vs. multiple devices) and saves clinic space by consolidating multiple technologies into one platform.

3. Enhanced Treatment Precision & Customization

Adjustable parameters (wavelength, pulse duration, energy) for tailored treatments. Optimal technology selection for different skin types (Fitzpatrick I-VI) and combination therapies (e.g., IPL + Nd:YAG for vascular and pigmented lesions).

4. Increased Clinic Revenue & Patient Satisfaction

Attracts more clients by offering a full range of laser treatments. Upselling opportunities (e.g., combining hair removal with skin tightening) and faster treatment cycles with quick modality switching.

5. Future-Proof & Upgradable

Modular designs allow adding new handpieces or software updates, keeping the clinic competitive with evolving laser tech (e.g., picosecond enhancements).

6. Simplified Training & Workflow

Single user interface for all laser functions makes it easier for practitioners, reducing setup time without the need to switch between machines.

7. Safety & Consistency

Integrated cooling & skin sensors improve safety across different treatments, and uniform software controls ensure consistent results.

Comparison of Laser Technologies in a Multi-Function Platform

Laser Type	Key Applications	Skin Types
IPL	Hair removal, pigmentation, vascular lesions	I-IV
Diode Laser	Hair removal (especially dark hair)	I-V
Q-Switch Nd:YAG (1064/532nm)	Tattoo removal, pigmentation	I-VI
Long Pulse 1064nm Nd:YAG	Deep vascular lesions, hair removal (darker skin)	IV-VI
Er:YAG Fractional	Skin resurfacing, scars, wrinkles	I-IV
Er:Glass Fractional (1540nm)	Skin tightening, acne scars	I-V
Picosecond Laser	Tattoos, pigmentation, collagen stimulation	I-VI

Conclusion

A multi-function laser platform is a smart investment for dermatology and aesthetic clinics, providing cost savings, versatility, and superior treatment outcomes. By integrating multiple laser technologies, it maximizes efficiency while offering customizable solutions for diverse patient needs.

Certifications honor

Multi-Function Platform Applications

Laser Technology	Treatment Applications
2940nm Er:YAG Fractional Laser	Skin Resurfacing; Wart and Nevus removal; Wrinkles and Fine lines removal; Photodamage; Texture Irregularity; Tighten vagina (Improve loose situation, makes the vaginal canal smaller); Clean the vagina (Female private parts maintenance); Moist vagina (Eliminate dryness).
1540nm Er:Glass Fractional Laser	Stretch Marks Removal; Skin resurfacing; Surgical scar, acne scar treatment; Melasma removal; Deep wrinkle removal; Improve skin fine lines.
1064nm Long Pulse Nd:YAG Laser	Vascular Reduction; Permanent Hair Removal for all skin types; Leg Veins and Telangiectasia; Vascular lesion; Wrinkle Removal.
Picosecond Nd:YAG Laser	Melasma Removal; Skin Resurfacing or Skin Toning; Scars; Stretch Marks; Skin Rejuvenation; Tattoo and tattoo wound removal; Pigmented Nevus treatment; Seborrheic Keratosis treatment.
IPL SHR	Hair Removal; Skin Rejuvenation; Pigmented Lesions Removal; Acne Treatment; Vascular Treatment; Skin lifting and firming.
755nm/808nm/1064nm Diode Laser	All kinds skin Hair Removal; Painless diode laser hair removal; Skin rejuvenation.
Q-Switched Nd:YAG/KTP	Tattoo Removal; Embroidered eyebrow removal; Soak lip and lip line removal; Tattoo and tattoo wound removal; Pigmented Nevus treatment; Seborrheic Keratosis treatment; Skin Resurfacing or Skin Toning; Carbon Peeling or White Peeling.
808nm Diode Laser	Hair Removal; Painless diode laser hair removal; Skin rejuvenation.

Multi-Function Platform Before and After Pictures

Frequently Asked Questions

What core principles guide target destruction in multi-function laser treatments?

Treatments are based on the theory of selective photothermolysis. Three crucial factors are required: selecting an appropriate wavelength absorbed preferentially by the targeted chromophore, keeping the pulse duration shorter than the target's thermal relaxation time, and applying sufficient energy (fluence) to destroy the target within the appropriate time interval.

What is the difference between a Picosecond Nd:YAG laser and a Q-switched Nd:YAG laser?

The Picosecond Nd:YAG laser uses ultra-short pulses (picosecond level, 10⁻¹² seconds) to shatter pigment particles through a photoacoustic effect, which is highly efficient. In contrast, the Q-switched Nd:YAG laser compresses pulses to nanoseconds to blast pigment particles primarily via a photomechanical effect.

How do Er:YAG and Er:Glass fractional lasers differ in skin treatment?

The Er:YAG fractional laser (2940nm) is strongly absorbed by water and vaporizes the epidermis/dermis (ablative fractional mode) to treat scars, wrinkles, and texture irregularities, and is also used for vaginal tightening. The Er:Glass fractional laser (1540nm/1550nm) penetrates the dermis to form micro-thermal damage areas (non-ablative fractional mode) to promote collagen remodeling, ideal for stretch marks, acne scars, and skin tightening.

Which laser technologies in the platform are recommended for hair removal?

Hair removal can be performed using the Diode Laser (808nm/810nm targeting hair follicle melanin), Triple Diode Laser (combining 755nm/808nm/1064nm for different depths), IPL SHR, and the Long Pulse 1064nm Nd:YAG laser (ideal for darker skin types IV-VI).

Why is a multi-function laser platform considered a smart investment for clinics?

It offers versatility by replacing multiple standalone machines with a single system, reducing initial investment and ongoing maintenance costs. It saves physical clinic space, simplifies practitioner workflows with a single user interface, and increases clinic revenue through diverse treatment offerings and upselling opportunities.