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Facial Treatments in Palm Beach Gardens, FL

Your Glow, Elevated.

Healthy, radiant skin is the foundation of confidence—and at Hamilton Aesthetics in Palm Beach Gardens, FL, we’re here to help you glow at every age. Our advanced facial treatments combine science, technology, and precision to address a wide range of concerns—from dullness and fine lines to acne, texture, and loss of firmness.
Whether you’re looking for a relaxing refresh or a targeted solution, our team will tailor each treatment to your skin’s unique needs, tone, and goals.
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Why Invest

Why Invest in Medical-Grade Facial Treatments?

Unlike traditional facials, medical-grade facial treatments are performed by trained professionals using industry-leading technology, physician-recommended products, and advanced techniques to deliver real, visible results.
With consistent care, these treatments can:
  • Improve tone, texture, and radiance
  • Treat acne and reduce breakouts
  • Boost collagen and elasticity
  • Minimize pores, pigmentation, and fine lines
  • Support long-term skin health
Facial Treatments

Our Facial Treatments

Explore our curated menu of results-driven facial services:

Emface

Emface provides a scalpel-free facial lift using synchronized RF and HIFES™ technology to tighten skin and tone facial muscles. Great for lifting the brows, cheeks, jawline, and more—without downtime.

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DiamondGlow®

DiamondGlow® is a next-level skin-resurfacing treatment that exfoliates, extracts, and infuses professional serums in one pass for visibly radiant, hydrated skin.

Explore DiamondGlow®

Oxygen Infusion Facial

Our Oxygen Infusion Facial is a gentle, nourishing treatment that uses a pressurized oxygen stream to deliver customized serums deep into the skin—leaving you instantly dewy, plump, and refreshed.

Explore Oxygen Infusion Facials

VI Peel

VI Peel is a medium-depth chemical peel that targets acne, fine lines, melasma, and hyperpigmentation with powerful, clinically proven ingredients. Minimal downtime, maximum results.

Explore VI Peel

PCA Peel

PCA peels are customizable chemical peels that address everything from sun damage and acne to dullness and aging. Safe for all skin types and tailored to your skin’s needs.

Explore PCA Peels

RF Microneedling

RF Microneedling combines microneedling with radiofrequency energy to tighten skin, smooth wrinkles, and improve tone—ideal for skin laxity, scars, and large pores.

Explore RF Microneedling

Microneedling + PRP

Microneedling + PRP is a collagen-stimulating treatment that combines microneedling technology with the power of your body’s own platelet-rich plasma to accelerate healing, reduce signs of aging, and improve skin quality.

Explore Microneedling + PRP

Viva Resurfacing

Viva Resurfacing is a fractional radiofrequency skin resurfacing treatment that improves texture, minimizes scars, and softens fine lines with minimal downtime.

Explore Viva Resurfacing

Venus Legacy

Venus Legacy provides non-invasive facial contouring by combining RF energy and magnetic pulses to improve circulation, boost collagen, and tighten lax skin.

Explore Venus Legacy

Get Glowing at Hamilton Aesthetics

Whether you’re prepping for a big event or committing to long-term skin health, we’ll help you select the best treatment—or combination of treatments—for your skin type, lifestyle, and goals. Most facial services pair beautifully with at-home skincare or other in-office solutions for enhanced results. Let’s build a plan that brings out your skin’s best. At Hamilton Aesthetics, we’re committed to helping you feel beautiful, regain confidence, and love your glow.
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tag (or load it deferred/async). * * OPT-OUT * ─────── * Add data-noswap to any element whose contents should never be swapped: * Text us *

Call us at (949) 555-1234 for legal inquiries only.

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"1" : matched.slice(runs[0].index, runs[0].index + runs[0].length) }); } const localTotal = localRuns.reduce((s, r) => s + r.length, 0); if (localTotal === 10 && localRuns.length === 1) { replacements.push({ ...localRuns[0], newValue: ta + tb + tc }); } else if (localRuns.length >= 3) { replacements.push({ ...localRuns[0], newValue: ta }); replacements.push({ ...localRuns[1], newValue: tb }); replacements.push({ ...localRuns[2], newValue: tc }); } else if (localRuns.length === 2) { replacements.push({ ...localRuns[0], newValue: ta }); replacements.push({ ...localRuns[1], newValue: tb + tc }); } else { replacements.push({ ...localRuns[0], newValue: ta + tb + tc }); } replacements.sort((x, y) => y.index - x.index); let result = matched; for (const rep of replacements) { result = result.slice(0, rep.index) + rep.newValue + result.slice(rep.index + rep.length); } return result; } const origDigits = digitsOnly(ORIGINAL_NUMBER); const trackingDigits = digitsOnly(TRACKING_NUMBER); const phoneRegex = buildPhoneRegex(origDigits); function swapInText(text) { phoneRegex.lastIndex = 0; return text.replace(phoneRegex, (matched) => reformatMatch(matched, trackingDigits)); } function swapTelHref(href) { const bare = digitsOnly(href); const idx = bare.indexOf(origDigits); if (idx === -1) return href; const prefix = href.match(/^(?:tel|sms):[+]?/i)?.[0] ?? "tel:"; const hasCC = bare.length === 11 && idx === 1; const ccPart = hasCC ? bare[0] : ""; return prefix + ccPart + trackingDigits; } function swapTextNodes(root) { const walker = document.createTreeWalker( root, NodeFilter.SHOW_TEXT, { acceptNode(node) { const tag = node.parentElement?.tagName?.toUpperCase(); if (SKIP_TAGS.has(tag)) return NodeFilter.FILTER_REJECT; if (isNoSwap(node)) return NodeFilter.FILTER_REJECT; return NodeFilter.FILTER_ACCEPT; } } ); const nodes = []; while (walker.nextNode()) nodes.push(walker.currentNode); for (const node of nodes) { const original = node.nodeValue; if (!original) continue; phoneRegex.lastIndex = 0; if (!phoneRegex.test(original)) continue; phoneRegex.lastIndex = 0; node.nodeValue = swapInText(original); } } function swapSplitSpans(root) { const parents = new Set(); for (const span of root.querySelectorAll("span")) { if (span.parentElement) parents.add(span.parentElement); } for (const parent of parents) { if (isNoSwap(parent)) continue; const charMap = []; for (const child of [...parent.childNodes]) { if (child.nodeType === Node.TEXT_NODE) { const txt = child.nodeValue || ""; for (let i = 0; i < txt.length; i++) charMap.push({ node: child, localIndex: i }); } else if (child.nodeType === Node.ELEMENT_NODE) { const w = document.createTreeWalker(child, NodeFilter.SHOW_TEXT); while (w.nextNode()) { const innerNode = w.currentNode; const t = innerNode.nodeValue || ""; for (let i = 0; i < t.length; i++) charMap.push({ node: innerNode, localIndex: i }); } } } const combined = charMap.map(c => c.node.nodeValue[c.localIndex]).join(""); phoneRegex.lastIndex = 0; if (!phoneRegex.test(combined)) continue; phoneRegex.lastIndex = 0; let match; while ((match = phoneRegex.exec(combined)) !== null) { const replacement = reformatMatch(match[0], trackingDigits); const newDigits = digitsOnly(replacement); const oldDigits = digitsOnly(match[0]); if (newDigits === oldDigits) continue; const start = match.index; const end = start + match[0].length; const affectedNodes = new Map(); for (let i = start; i < end; i++) { const { node } = charMap[i]; if (!affectedNodes.has(node)) affectedNodes.set(node, node.nodeValue.split("")); } let digitCursor = 0; for (let i = start; i < end; i++) { const { node, localIndex } = charMap[i]; if (/\d/.test(combined[i])) { affectedNodes.get(node)[localIndex] = newDigits[digitCursor++] ?? combined[i]; } } for (const [node, chars] of affectedNodes) { node.nodeValue = chars.join(""); } } } } function swapTelLinks(root) { for (const anchor of root.querySelectorAll('a[href^="tel:"], a[href^="TEL:"], a[href^="sms:"], a[href^="SMS:"]')) { if (isNoSwap(anchor)) continue; const href = anchor.getAttribute("href"); const newHref = swapTelHref(href); if (newHref !== href) anchor.setAttribute("href", newHref); } } function swapDataAttributes(root) { const attrs = ["data-phone", "data-number", "data-tel", "data-call-number"]; for (const el of root.querySelectorAll(attrs.map(a => `[${a}]`).join(","))) { if (isNoSwap(el)) continue; for (const attr of attrs) { const val = el.getAttribute(attr); if (!val) continue; phoneRegex.lastIndex = 0; if (phoneRegex.test(val)) el.setAttribute(attr, swapInText(val)); phoneRegex.lastIndex = 0; } } } function swapAccessibilityAttributes(root) { for (const el of root.querySelectorAll("[aria-label], [alt]")) { if (isNoSwap(el)) continue; for (const attr of ["aria-label", "alt"]) { const val = el.getAttribute(attr); if (!val) continue; phoneRegex.lastIndex = 0; if (phoneRegex.test(val)) el.setAttribute(attr, swapInText(val)); phoneRegex.lastIndex = 0; } } } function runSwap() { const root = document.body || document.documentElement; swapTextNodes(root); swapSplitSpans(root); swapTelLinks(root); swapDataAttributes(root); swapAccessibilityAttributes(root); } function observeDynamicContent() { const observer = new MutationObserver((mutations) => { for (const mutation of mutations) { for (const node of mutation.addedNodes) { if (node.nodeType === Node.TEXT_NODE) { if (isNoSwap(node)) continue; const original = node.nodeValue; if (original) { phoneRegex.lastIndex = 0; if (phoneRegex.test(original)) { phoneRegex.lastIndex = 0; node.nodeValue = swapInText(original); } phoneRegex.lastIndex = 0; } } else if (node.nodeType === Node.ELEMENT_NODE) { swapTextNodes(node); swapSplitSpans(node); swapTelLinks(node); swapDataAttributes(node); swapAccessibilityAttributes(node); } } } }); observer.observe(document.body || document.documentElement, { childList : true, subtree : true, }); } if (document.readyState === "loading") { document.addEventListener("DOMContentLoaded", () => { runSwap(); observeDynamicContent(); }); } else { runSwap(); observeDynamicContent(); } })();