10 Bar 2 in 1 Diode Picosecond Laser Machine for Hair & Tattoo Removal-TM037

Diode Laser Hair Removal

The 10 Bar FAC diode module targets melanin in the hair follicle across large body areas — legs, backs, chests, arms and bikini lines. Published clinical data reports diode laser hair clearance rates of approximately 80% in patients with light to moderate skin complexions. The FAC technology ensures consistent energy delivery across the spot, so treatment results do not degrade as the day progresses. Multiple sessions are typically required because hair grows in cycles.

Picosecond Tattoo & Pigment Removal

The picosecond handpiece delivers ultra-short pulses that shatter tattoo ink and pigment particles through a photoacoustic effect. Published research reports picosecond lasers achieving nearly 90% success in tattoo removal, compared to approximately 60% for Q-switched ruby lasers. Different wavelengths target different ink colors — darker inks respond to longer wavelengths, while brighter inks are addressed with shorter wavelengths. Ink depth, color and tattoo history affect the number of sessions required.

Pigmentation & Skin Rejuvenation

The picosecond handpiece also addresses benign pigmented lesions, freckles, sun spots and uneven skin tone. Picosecond lasers are particularly effective for pigmentation and rejuvenation, with safety profiles that can be optimized for different Fitzpatrick skin types. The photomechanical effect breaks pigment into smaller fragments for faster clearance.

High-Volume Workflow

The vertical format and 10 Bar configuration are built for salons that run back-to-back laser appointments. The fixed cabinet eliminates the setup and calibration time required by portable units, while the FAC technology maintains stable output throughout the day. With two laser platforms in one machine, operators can switch between hair removal and tattoo removal without changing devices.

Diode Laser & FAC Technology

Diode laser hair removal works through selective photothermolysis: near-infrared light is absorbed by melanin in the hair follicle, converting to heat that impairs follicle regrowth. The 10 Bar module increases total power, while FAC lenses on each bar collimate the beam for efficient energy delivery. Without FAC, laser bars emit light with a wide divergence angle, losing energy before it reaches the skin. The FAC lens focuses the fast axis, achieving up to 99% energy transfer efficiency and extending laser lifespan beyond 100 million shots.

Picosecond Laser Mechanism

Picosecond lasers deliver pulses in the trillionths of a second, creating a photoacoustic (mechanical) effect rather than a purely photothermal one. The pressure wave shatters pigment and ink particles into smaller fragments, allowing the body’s immune system to clear them more efficiently. This mechanism is why picosecond lasers achieve higher clearance rates for tattoos and pigmented lesions than traditional nanosecond Q-switched lasers.

Two Handpieces, Two Protocols

The diode and picosecond handpieces operate on different optical principles and require separate treatment protocols. They are not designed for simultaneous use on the same area. The system allows the operator to select the appropriate handpiece for each appointment, transitioning between services as the schedule demands. Learn more about laser treatment technology for clinical background.

Diode wavelength configuration, diode output power, picosecond wavelength options, pulse duration, spot size, energy density, frequency, screen size, cooling system, dimensions, weight and voltage should be confirmed in the model-specific specification sheet. Industry-typical 10 Bar diode + picosecond systems include 755/808/940/1064nm diode wavelengths, 532/755/1064/1320nm picosecond options, 13×20mm spot size, 10–400ms diode pulse duration and TEC + water + air cooling.

What does “10 Bar + FAC” mean?

“10 Bar” refers to ten laser bars stacked in the diode module, which increases total output power and distributes heat load for more stable performance. “FAC” (Fast Axis Collimation) means each bar is equipped with a small cylindrical lens that collimates the emitted beam, focusing it into a tighter bundle. This increases energy transfer efficiency and extends laser lifespan.

How is this different from ZENI’s portable 2-in-1 diode pico machine?

The portable 2-in-1 diode pico machine ($7,200) is designed for mobility and smaller spaces, using an 808nm diode handpiece. This White Swan system is a vertical, 10 Bar FAC platform with higher power capacity and a fixed cabinet for high-volume treatment rooms. It is the more capable option for clinics where hair removal and tattoo removal are core daily services, while the portable model suits multi-room flexibility or lower volume.

How many sessions are needed for hair removal and tattoo removal?

Hair removal typically requires 6–8 sessions spaced several weeks apart, as hair grows in cycles. Tattoo removal often requires 4–8 sessions depending on ink color, depth and tattoo age, with picosecond lasers achieving nearly 90% success in published studies. Improvement, not complete removal, is the realistic goal for tattoo treatment.

Can both handpieces operate at the same time?

No. The diode and picosecond handpieces serve different treatment functions and are used sequentially, not simultaneously. Only one handpiece operates per treatment session. Confirm the exact operating mode in the model-specific specification sheet.

What should I request with the quotation?

Ask for the model-specific specification sheet covering diode wavelengths and power, picosecond wavelengths and pulse duration, spot size options, energy density, frequency, screen size, cooling system, dimensions, weight and voltage. Confirm the complete accessory list including both handpieces, any additional tips or lenses, protective eyewear and the power cord. Verify that CE or relevant certification documentation is included.