Picosecond Laser Wavelengths: 1064nm, 532nm, 755nm & 1320nm

Four wavelengths, one recorded model

The picosecond laser model recorded on this site carries four wavelengths: 1064nm, 532nm, 755nm and 1320nm. That combination is the most detailed wavelength evidence on this site for tattoo removal equipment, and this article explains what it means and what it does not mean. It uses only the recorded detail page for that model, and it does not borrow wavelength claims from other picosecond machines or from general knowledge about picosecond lasers.

What the published page actually lists

The recorded detail page lists the model number as 22, the product name as a pico laser machine, the wavelength as 1064nm, 532nm, 755nm and 1320nm, the functions as tattoo removal, speckle removal and carbon peeling, the power source as electric, the application as commercial, the after-sales service as onsite installation, field maintenance and repair service, and overseas call centers, the warranty as two years for that model only, the single package size as 47 by 58 by 68 centimetres, the single gross weight as 37 kilograms, and the place of origin as Beijing, China. That list is the whole of the published evidence for the model, and this article does not add to it.

Functions are not indications

The function list in the table, tattoo removal, speckle removal and carbon peeling, is the published page's own list for this model. This article repeats it as the page's list, not as an approved indication and not as a guarantee of results for any particular tattoo, pigment or skin condition. A buyer comparing picosecond machines should ask the supplier how each wavelength is used in practice for the exact item, what settings each wavelength offers, and what training is expected for operators, because the published page states the wavelengths and functions without publishing treatment protocols.

Picosecond versus Q-switched, in brief

Buyers often compare picosecond machines with Q-switched machines. The evidence picture on this site is uneven: the picosecond direction has a recorded detail page with a full table, while the Q-switched direction is listed by name only, without invented specifications. A comparison that pretended both sides were equally documented would mislead a buyer, so this article does not do that. A buyer who wants the Q-switched direction should name it in an inquiry and ask the supplier to confirm whether a matching item exists and what its specification sheet says, rather than assuming that the picosecond model's details apply.

What the wavelengths do not tell you

The wavelength list does not tell a buyer about pulse durations, energy settings, spot sizes or cooling, because none of those figures is published for this model. It does not tell a buyer about session counts or clearance results, because none is published either. A buyer who needs those figures should ask the supplier for the full specification sheet for the exact item, and should treat any answer that cannot be tied to a published sheet as unconfirmed. The same caution applies to competing machines: a wavelength list on a listing is not a specification table.

Warranty and support, per model

The two-year warranty on this model applies to that model only, and its after-sales list applies to that model only. Neither is generalised across this site. Before ordering, confirm for the exact item what the warranty covers, what it excludes, how a claim is handled, and what after-sales support is available. Confirm those points in writing, because the published page states the warranty duration without publishing the full warranty terms. Certificates are available upon request.

Questions to ask before ordering

Ask the supplier how each wavelength is used in practice for the exact item, and whether the wavelengths share one handpiece or use several. Ask for the full specification sheet, including every figure that matters to your use. Ask about operator training, after-sales support and the regulatory position for your market. Ask for the price, the minimum order quantity and the lead time in writing. That sequence takes longer than ordering on a wavelength list, but it is the sequence that avoids the most common buying mistake in this group: ordering a machine whose settings and support do not match the buyer's actual use.

Spot size and energy: what is missing

The wavelength list for the recorded picosecond model is the most detailed wavelength evidence on this site for tattoo removal equipment, but it is not a complete specification. It does not include spot sizes, energy settings, pulse durations or cooling arrangements, because none of those figures is published for this model. A buyer who needs those figures should ask the supplier for the full specification sheet for the exact item, and should treat any answer that cannot be tied to a published sheet as unconfirmed. The same caution applies to competing machines: a wavelength list on a listing is not a specification table, and two machines with the same wavelength list can differ in every other figure that matters.

The gap matters because wavelength alone does not determine how a machine is used. Spot size affects coverage and treatment time, energy affects what the machine can do, and cooling affects both comfort and operating procedure. A buyer who orders on wavelengths alone will discover those gaps when the machine arrives, when they are hardest to remedy. Ask for the missing figures before ordering, compare sheets rather than wavelength lists, and do not commit until the sheet covers every figure that matters to your use.

Questions to ask the supplier before ordering

Ask the supplier how each wavelength is used in practice for the exact item, and whether the wavelengths share one handpiece or use several. Ask for the full specification sheet, including spot sizes, energy settings and cooling arrangements. Ask about operator training, after-sales support and the regulatory position for your market. Ask for the price, the minimum order quantity and the lead time in writing, and ask for certificate documents if your market requires them, because certificates are available upon request. That sequence takes longer than ordering on a wavelength list, but it is the sequence that avoids the most common buying mistake in this group.

Final check before you inquire

Before sending an inquiry, write down the wavelengths you need, the spot sizes and energy figures that matter to your use, and the setting you will use the machine in. If the supplier's sheet does not cover those figures, ask for a fuller sheet rather than ordering on the wavelength list alone. A wavelength list is a starting point for questions, not a verdict, and a buyer who treats it as a verdict will discover the missing figures when the machine arrives.