Published 28 October 2026 · Reviewed by Dr Sin Yong
Time Freeze Laser LCLR® vs Fotona 4D compares two non-surgical laser lifting protocols that share one wavelength, 1064 nm. Fotona 4D runs four Er:YAG and Nd:YAG modes, one of them inside the mouth. Time Freeze Laser LCLR® is Dr Sin Yong's dual-wavelength 755 nm and 1064 nm protocol with a Sculpting mode. Fotona 4D is not one of the protocols described on this site.
Short answerFotona 4D conditions: it warms the mouth lining, the dermis and the surface so collagen remodels, and is most sensible for early laxity with folds from thinning. Time Freeze Laser LCLR® is built to take away excess, whether loose skin, compact fat or settled product, with no redness, no downtime. Neither moves a descended fat pad or tightens the SMAS.
Four steps on one Fotona platform: SmoothLiftin (intraoral 2,940 nm Er:YAG), FRAC3 and PIANO (1,064 nm Nd:YAG), and SupErficial (a light Er:YAG peel)
Time Freeze Laser LCLR®
Long-pulsed 755 nm alexandrite and 1,064 nm Nd:YAG on a LUTRONIC platform, applied externally, with a Sculpting mode
Overlap
The PIANO step's bulk Nd:YAG heating is the part of Fotona 4D closest to Time Freeze's 1,064 nm arm
Recovery
Time Freeze, no redness and no downtime; after Fotona 4D, warmth and pinkness, with fine flaking where the peel step is used
Dr Sin Yong
A Fotona Key Opinion Leader; the practice also holds a Fotona StarWalker picosecond platform, while tattoo removal is led by T2 Laser Tattoo Removal on the DEKA TORO, and Fotona 4D is not one of the protocols described on this site
Time Freeze Laser LCLR® vs Fotona 4D: one shared wavelength, two designs
Time Freeze Laser LCLR® vs Fotona 4D compares two protocols rather than two machines. Fotona 4D runs on a Fotona platform that houses a 2,940 nm erbium YAG and a 1,064 nm Nd:YAG laser. It uses each wavelength twice, in four steps: SmoothLiftin, an intraoral Er:YAG pass in SMOOTH mode; FRAC3, short Nd:YAG pulses; PIANO, long Nd:YAG pulses that heat the dermis in bulk; and SupErficial, a light Er:YAG peel.
Illustrative image — not a patient.
Time Freeze Laser LCLR® is Dr Sin Yong's protocol on a long-pulsed 755 nm alexandrite and 1,064 nm Nd:YAG platform from LUTRONIC. The two wavelengths are used together, directing energy at the superficial, mid and deep dermis in the same visit. It is applied externally, and the skin surface is left intact.
The overlap is 1,064 nm. The PIANO step, bulk heating with a long Nd:YAG pulse, is the part of Fotona 4D that most resembles what Time Freeze does with its 1,064 nm arm. The rest differs: Fotona 4D adds an intraoral step and a surface peel; Time Freeze adds 755 nm and a Sculpting mode. Each Fotona mode is explained on Fotona 4D in Singapore.
Conditioning or removal: the distinction that decides
The practical distinction Dr Sin Yong draws is between conditioning and removal. Fotona 4D conditions. It warms the lining of the mouth and the tissue behind the nasolabial fold from the inside, heats the dermis, and refreshes the surface, so collagen contracts and remodels. It is most sensible in a face whose laxity is early and whose folds come from thinning rather than descent.
Time Freeze Laser LCLR® is built to target the excess and take it away over a planned series. That excess can be loose skin, a layer of sagged fat along the jowl or under the chin, or settled filler that cannot be dissolved, mapped with ultrasound first. This is why it is the protocol for a puffy or overfilled face rather than a lean one. Nothing is injected, so there is no filler to overfill, migrate or form lumps.
So the question is not which laser is stronger. It is whether your face needs conditioning, or something taken away.
“Fotona 4D warms what is there. Time Freeze is built to take away what should not be. I decide which one a face needs by its layers, not by the brand.”
Dr Sin YongOn Fotona 4D and Time Freeze Laser LCLR®
Which suits which face
Fotona 4D is not one of the protocols described on this site. The table sets it beside the options Dr Sin Yong uses for lifting.
Option
What it does
Suits
Not for
Page
Time Freeze Laser LCLR®
Dual-wavelength laser at several dermal depths; Sculpting mode for sagged fat and settled product
Laxity with compact fat; a puffy or heavy lower face; loose neck skin
Freshly tanned skin; an already lean zone; marked skin excess
Fotona 4D cannot lift a descended fat pad, tighten the SMAS, reduce fat or treat settled filler. Its evidence is early and from small series; one prospective study with three-dimensional imaging recorded early tightening that partly settled, with mild improvement persisting.
Time Freeze Laser LCLR® cannot reach the SMAS, replace lost volume or remove redundant skin. Its 755 nm wavelength is absorbed by melanin, so freshly tanned or sunburnt skin is not treated.
Neither removes heavy skin, lifts an eyelid that sits low because its muscle has weakened, or relaxes neck bands.
In darker skin, the Er:YAG surface peel is the Fotona step most likely to be reduced or left out, because it is the step that disturbs the surface. With Time Freeze there is no redness and no downtime; less often there is tenderness where fat or filler excess was targeted, or temporary darkening, more likely in darker skin and after sun; rarely a burn, blister or more fat loss than intended.
A Fotona Key Opinion Leader's view, and how Dr Sin Yong chooses
Dr Sin Yong is a Global Key Opinion Leader for Fotona, holding the StarWalker PQX and StarWalker 4S Distinguished Practitioner designations, and he is invited to share his clinical expertise with other doctors on Fotona and other platforms. At this practice Fotona technology is used as the StarWalker picosecond platform, alongside T2 Laser Tattoo Removal on the DEKA TORO for tattoos. Fotona 4D is not one of the protocols described on this site; details are on his Global Key Opinion Leader page.
A request for Fotona 4D is treated as a request for non-surgical lifting. He examines the face in profile and in animation, pinches the skin for recoil, palpates skin and fat thickness, and maps earlier filler with ultrasound. Early laxity with thinning folds is a conditioning problem, which the VF Lift – Vertical Facelift addresses here. A puffy or overfilled face is a removal problem, for Time Freeze Laser LCLR®. The two can be used together on one face. A descended cheek or heavy jowl is referred rather than heated harder. Fees follow the plan; see how fees are quoted.
Your next step
1. MessageWhatsApp +65 8023 7170 with what is bothering you. A reply comes from the clinic, not a bot.
2. AssessmentDr Sin Yong examines you himself on Orchard Road, with ultrasound where earlier filler is involved.
3. A plan in writingWhat he would do, what he would not, the fee factors, and the option of no treatment.
Every treatment is performed by Dr Sin Yong personally. Singapore Medical Council registered · invited to share his clinical expertise internationally for CLASSYS, DEKA, Fotona, Hironic and Ilooda.
Book an assessment with Dr Sin Yong on Orchard Road. Bring earlier photographs and any record of filler, threads or laser treatments. How consultations work.
It is not a ranking. Fotona 4D is a four-mode conditioning sequence, including a step inside the mouth, for early laxity and folds from thinning. Time Freeze Laser LCLR® is Dr Sin Yong's dual-wavelength protocol built to take away excess: loose skin, compact fat or settled filler. They overlap at 1,064 nm. The face is examined first, and the laser follows the finding.
No. Fotona 4D uses 2,940 nm Er:YAG and 1,064 nm Nd:YAG in four modes, with an intraoral step and a surface peel. Time Freeze Laser LCLR® uses long-pulsed 755 nm alexandrite and 1,064 nm Nd:YAG, applied externally, with a Sculpting mode for sagged fat and settled product. They share one wavelength and the idea of bulk dermal heating, not a protocol.
It depends on why the fold is deep. A shallow fold from a thinned lip and cheek lining is the problem Fotona 4D's intraoral step is directed at. A fold driven by mid-face descent, or by sagged fat beside it, is a lifting and removal question: Time Freeze lifts from above and its Sculpting mode can target the fat. Filling from below is not the starting point.
Time Freeze Laser LCLR® has no redness and no downtime; you can return to work and make-up straight after the session. After Fotona 4D the face is usually warm and pink, and the SupErficial peel step can add a short phase of fine flaking. Recovery after any laser varies with settings and skin type, and blistering or lasting redness should be reviewed.
Fotona 4D conditions the dermis; it is not built to reduce fat. A double chin or jowl that is heavy with compact fat is what the Sculpting mode of Time Freeze Laser LCLR® is directed at, while the dermis is tightened. For a double chin Dr Sin Yong also uses the VF Lift – Vertical Facelift. A heavy, mobile jowl with skin excess is referred.
As a Fotona Key Opinion Leader he is invited to share clinical expertise with other doctors, and the practice also holds a Fotona StarWalker picosecond platform, while tattoo removal is led by T2 Laser Tattoo Removal on the DEKA TORO. For lifting, the protocols described on this site are the ones he developed: Time Freeze Laser LCLR® and the VF Lift – Vertical Facelift. A request for Fotona 4D is assessed as a request for non-surgical lifting.
References
How I do it: skin tightening, Fotona 4D protocol. The PMFA Journal, Vol 6 Issue 5, 2019. source
Correction of nasolabial folds wrinkle using intraoral non-ablative Er:YAG laser. Journal of Cosmetic and Laser Therapy, 2018. source
Three-dimensional imaging of dynamic changes after Nd:YAG/Er:YAG laser skin tightening: a prospective study. Lasers in Surgery and Medicine, 2026. source
Long pulsed 1064 nm Nd:YAG laser treatment for wrinkle reduction and skin laxity: evaluation of new parameters. International Journal of Dermatology, 2015. source
About this page: written and medically reviewed by Dr Sin Yong, MBBS (NUS), MRCS (Edinburgh) · Last reviewed 28 October 2026 · Illustrative images only, not patients · Editorial policy
