New Machine Portable Picosecond

Product Introduction (Core Functions & Technical Description)

The New Machine Portable Picosecond is a compact, multi-wavelength laser platform that combines Q-switched Nd:YAG technology with picosecond pulse capabilities. Developed by Benomi, this system is designed for practices that require a versatile solution for tattoo removal, pigmentation correction, and skin rejuvenation without the footprint of a full-sized console.

At the core of the device are two operational modes. The standard Q-switched mode delivers nanosecond pulses suitable for fragmenting tattoo ink particles and melanin clusters in pigmented lesions. The picosecond mode generates ultra-short pulses that create a stronger photoacoustic effect, which can shatter pigment into finer particles, often resulting in fewer treatment sessions and more efficient clearance for certain ink colors and recalcitrant pigmentation.

The device is equipped with six interchangeable treatment heads, including fixed and adjustable spot size options for 532nm, 1064nm, and 1320nm wavelengths, as well as an optional 755nm head. The adjustable probes allow the operator to rotate the distal end of the handpiece to modify spot diameter, offering precise control over fluence distribution for different lesion depths and body areas. The system is controlled via an 8-inch touch screen that supports 16+ languages, making it accessible to a diverse operator base. A dedicated Carbon Peel Lens for the 1320nm wavelength enables a popular carbon facial protocol designed to address oily skin, enlarged pores, and dull complexion.

Product Advantages (A Practical Overview)

Compact and Portable Design: The device is significantly smaller and lighter than traditional Q-switched laser consoles, making it suitable for clinics with limited space, multi-location practices, or mobile aesthetic services that require equipment transport.

Six Configurable Treatment Heads: The system includes four fixed probes (532nm, 1064nm, 1320nm, and the picosecond handpiece), plus two adjustable probes (532nm and 1064nm) that allow the spot size to be changed by rotating the handpiece collar. This reduces the need to swap handpieces mid-treatment when targeting different lesion sizes.

Multi-Wavelength Versatility: The combination of 532nm, 1064nm, 1320nm, and optional 755nm covers a broad spectrum of clinical applications. The 532nm wavelength targets red, orange, and pink pigments; the 1064nm wavelength addresses black, blue, and brown tattoos and deeper dermal melanin; the 1320nm wavelength is used for carbon peel facials and skin toning; and the optional 755nm (Alexandrite-equivalent) offers additional flexibility for green and blue tattoo inks and fine line reduction.

Dedicated Carbon Peel Function: The 1320nm carbon peel lens is specifically calibrated for the application of a carbon lotion followed by laser irradiation. This treatment helps to exfoliate the superficial epidermis, reduce sebum production, and refine pore appearance, providing an immediate brightening effect with no downtime.

Adjustable Spot Size for Precision Work: The adjustable handpieces enable operators to vary the spot diameter from smaller sizes (for pinpoint pigmented lesions or tight tattoo lines) to larger sizes (for broader area rejuvenation). This adjustability helps to optimize fluence and treatment speed based on the target.

User-Friendly Interface: The 8-inch color touch screen displays treatment parameters clearly and supports multiple language options, which is beneficial in multilingual clinic environments or for international distributors.

Technical Specifications

Usage Scenarios

Tattoo Removal Studios and Medical Spas: As a primary device for removing multi-colored professional and cosmetic tattoos (including eyebrow microblading and eyeliner pigment).

Dermatology and Aesthetic Clinics: For the treatment of solar lentigines (age spots), freckles, melasma, and post-inflammatory hyperpigmentation.

Beauty Salons and Skin Care Centers: For performing carbon peel facials to manage oily or acne-prone skin, enlarged pores, and uneven skin texture.

Mobile Aesthetic Practices: Due to its portable form factor, the device is suitable for practitioners who travel between multiple clinic locations or offer on-site services.

Treatment Comparison (Observed Clinical Outcomes)

Client Reviews & Practitioner Insights

Tattoo Removal Specialist (Manchester, UK): *"We added the Benomi portable picosecond unit to our studio because we needed a second device for smaller cover-up work and cosmetic tattoo removal. The adjustable spot size on the 1064nm handpiece is very handy for tracing fine eyeliner without affecting the surrounding skin. It's lightweight enough that we can move it between treatment rooms easily."*

Aesthetic Clinic Owner (Toronto, CA): "The carbon peel function has become one of our most requested 'express' facial treatments. Clients see an immediate glow, and the 1320nm setting is gentle enough that we can perform it on a lunch break with zero redness. The machine paid for itself within a few months just on the carbon peel bookings alone."

Dermatology Nurse (Sydney, AU): *"We use the 1064nm setting primarily for melasma and lentigines. The picosecond pulses cause less post-inflammatory hyperpigmentation in our Asian and Mediterranean patients compared to older Q-switched lasers we've used. The interface is straightforward-I can train a new nurse on it in under an hour."*

Manufacturer Background: Benomi

Weifang Benomi Electronic Technology Co., Ltd. has been focused on the research, development, and manufacturing of professional aesthetic equipment for over 18 years. Headquartered in Weifang, China, the company operates a dust-free production workshop aligned with international manufacturing standards, ensuring the reliability of optical components and electronic assemblies.

Customization Capabilities (OEM/ODM): Benomi offers customization options for qualified partners, including free logo design integration on the device chassis and the 8-inch touch screen boot interface. Language packages and software interface modifications are available to meet specific market requirements.

Regulatory Documentation: The New Machine Portable Picosecond is manufactured under a quality management system aligned with ISO 13485 standards. Product files include CE conformity documentation and materials supporting FDA listing requirements for aesthetic laser devices.

Warranty and After-Sales Support: The device includes a 2-Year Warranty covering manufacturing defects. Technical support inquiries are handled through a 24-hour response system, with remote calibration and troubleshooting assistance available where internet connectivity permits.

Wholesale & Distribution Policy

Minimum Order Quantity (MOQ): One (1) Unit. Benomi accepts sample orders to allow distributors and clinics to evaluate device performance, build quality, and treatment comfort before placing larger inventory orders.

Customization Support:

Branding: Custom logo placement on the device housing and software welcome screen (free of charge).

Language Configuration: The system supports 16+ languages; additional language packages can be loaded for OEM orders.

Accessory Selection: Buyers may specify the inclusion of the optional 755nm handpiece at time of order.

Shipping and Lead Times:

Standard Configuration: Dispatch within 3 to 5 Business Days after order confirmation.

OEM / Custom Branded Orders: Lead time of 7 to 15 Business Days for logo application and final quality inspection.

Logistics: Freight options include air express (DHL, FedEx, UPS) and sea freight for volume shipments. Benomi assists with commercial invoices and export documentation.

Frequently Asked Questions (FAQ)

Q: How do the fixed and adjustable handpieces differ in daily use?
A: Fixed heads come with a locked spot size suited for routine protocols like carbon peels or larger tattoos. Adjustable versions let you rotate the grip to change beam width on the fly-handy for switching between a pinpoint dot on a fine line and a wider coverage area without changing attachments.

Q: Does this laser clear all ink shades?
A: It covers most common pigments. The 1064nm setting works best on blacks and dark blues. The 532nm output is for reds, oranges, and pinks. Green and stubborn blue tones often respond better to the optional 755nm handpiece. Pale colors like white or yellow usually need more sessions or a different approach.

Q: Briefly, what happens during a carbon peel treatment?
A: A thin carbon lotion is applied first. The 1320nm pulse then gently heats and removes the carbon along with surface debris and pore contents. The result is a cleaner, smoother texture and less visible shine almost immediately.

Q: Is the device suitable for darker complexions?
A: The 1064nm wavelength poses less risk for skin types IV through VI because melanin absorbs it weakly. Still, caution is necessary. Always perform a small test patch at conservative settings before committing to a full session.

Q: What routine upkeep is needed?
A: Very little. Wipe the handpiece lens after each client to avoid buildup. Keep air vents unobstructed. An annual energy check is advisable, but there's no water or special coolant to manage.

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