CRYO IN DENTISTRY

Introduction

This article explores cryotherapy in dentistry and aims to summarise current scientific data and clinical recommendations regarding the role of both general and local cryotherapy in dentistry, identifying potential benefits of these approaches.

Modern dentistry has expanded its scope far beyond the treatment of individual oral structures by integrating knowledge about the interconnections between chronic inflammation in the mouth and overall patient health.

An important role in this process is played by the development of new therapeutic technologies, among which cryotherapy methods – both general and local – are receiving significant attention.

These techniques, involving low temperatures applied to body tissues, have shown promise in reducing inflammation, supporting recovery processes, and improving patients’ quality of life. However, despite their widespread use, specific mechanisms of action and optimal application protocols for cryotherapy specifically in dental care remain understudied.

Practitioner case study

“I run a comprehensive dental practice within an integrated medical and wellness center that includes whole-body cryotherapy multi-room system with -110 °C as part of its core offering. This setting changed my professional life more than any piece of dental equipment I have acquired in the last decade.

Dentistry is often invisible. Patients arrive with a specific complaint, receive treatment, and leave. That dynamic shifted the moment WBC became a visible and regularly used element.

Patients come for cryotherapy several times per week. They remain on site immediately after each session. They talk. They feel elevated, with improved mood, and a subjective sense of wellbeing. They are more open, attentive, and trusting. In this state, dental information placed around the cryotherapy area was received with genuine interest rather than perceived as marketing. Cryotherapy did not advertise dentistry. Instead, it changed the mental state in which dentistry made sense. Without changing pricing, treatment scope, or promotional strategy, my practice experienced a clear increase in patient engagement and acceptance of comprehensive treatment plans (as observed in our practice flow and plan acceptance).

I personally use the cryotherapy chamber almost every day. I use it because it allows me to continue. Dentistry is physically demanding, cognitively dense, and emotionally cumulative. Static postures, fine motor precision, prolonged visual focus, and sustained decision-making impose a cost.

Regular WBC sessions became part of my routine. I noticed improvements in perceived recovery and sleep quality. More importantly, I noticed greater tolerance for long clinical days and less depletion at the end of them. Cryotherapy did not change what I do as a dentist; it changed the conditions under which I can continue doing it. Cryotherapy had become part of the infrastructure that made sustained clinical work possible.

Cryotherapy does not replace clinical protocols, surgical skill, or evidence-based care. Its role is indirect, systemic, and contextual. It influences patient flow, interdisciplinary coherence, and clinician retention – dimensions that are rarely captured in traditional evaluations of wellness technologies.

From the perspective of daily clinical practice, that impact is neither theoretical nor marginal.”

Phuket, Thailand

Dentistry in a systemic health era

Historically, dentistry focused primarily on diagnosing and treating conditions within the oral cavity. Today, a substantial body of research highlights a bidirectional relationship between oral health and systemic equilibrium. ⁽¹⁾

Emerging evidence shows that periodontitis, systemic inflammation, stress-hormone signaling, sleep quality, and tissue repair capacity are interrelated components of human physiology and health outcomes. ^{(1) (2) (3)}

Patients increasingly embrace a holistic view of dental care – seeing it as an essential element of whole-body wellness rather than an isolated specialty. This shift is amplified in multidisciplinary healthcare environments, where dental professionals collaborate with colleagues in fields such as aesthetic medicine, endocrinology, and surgery.

Within integrative recovery and wellness settings, whole-body cryotherapy (WBC) – initially popularized for sports recovery – has gained wider attention for its system-level responses observed across series protocols, including measurable influences on autonomic regulation and inflammatory signaling in human studies. ^{(4) (5) (6)}

Below, we explore how WBC may enhance the symbiotic relationship between dental health and systemic balance:

• Downshifts systemic stress load via autonomic regulation (ANS support).

Stress physiology is tightly linked to pain sensitivity, sleep quality, and oral parafunctions (e.g., bruxism/TMD flare patterns). Human studies show WBC/cryostimulation can influence cardiac autonomic control (e.g., HRV indices) and catecholamine responses, with evidence of adaptation across a short series (regulated response).⁽⁴⁾⁽⁷⁾

• Modulates inflammatory tone (especially with series use).

A meta-analysis of randomized trials reports WBC-associated shifts in inflammatory balance (e.g., lower IL-1β and higher IL-10), and controlled studies map the time-course of inflammatory marker changes after repeated WBC exposures. This is meaningful in an oral–systemic framework because periodontal inflammation and low-grade systemic inflammation can reinforce each other.^{(5) (6)}

• Supports comfort through analgesic effects and reduced soreness perception.

WBC is widely used for recovery and perceived soreness. Evidence syntheses note variability in protocols and outcomes, yet the analgesic/recovery rationale is grounded in physiology and supported by human studies in relevant contexts. In dental pathways, the most realistic translation is improved comfort and tolerance – not replacement of evidence-based analgesia.⁽⁸⁾

• Sleep support (indirect, via recovery + autonomic shift), with evidence for series protocols.

Controlled studies in physically active adults report improved sleep outcomes when WBC is applied in repeated or strategically timed sessions (e.g., evening recovery). Given the role of sleep in immune regulation and tissue repair, this forms a strong “systemic balance” bridge for oral health messaging.⁽⁹⁾

• Improves patient readiness and compliance.

In integrative settings, a key downstream benefit can be behavioral: when patients feel better regulated (less stress, better sleep, lower soreness), they are more likely to stay consistent with follow-ups, hygiene routines, and periodontal maintenance – core drivers of durable oral–systemic outcomes.

• Enhances resilience during long treatment cycles.

In orthodontics, complex prosthetics, or staged rehabilitation, cumulative stress and inflammation can build. WBC can be framed as a supportive recovery tool that helps patients “stay steady” across weeks or months of care – supporting continuity and engagement.

• May benefit metabolic and vascular context in wellness-oriented patients.

Oral health is tightly tied to cardiometabolic status (e.g., insulin resistance, vascular inflammation). WBC has been studied in series protocols for metabolic-related parameters such as lipid profile/adipokines and glucose-homeostasis/insulin-resistance markers in selected populations—relevant for integrative programs addressing systemic drivers that also impact periodontal stability. ^{(10) (11) (12)}

• Reinforces a “whole-body” clinical narrative without replacing dentistry.

WBC can serve as a visible, experiential anchor that helps patients understand the mouth–body connection—supporting motivation for behavior change (nutrition, smoking cessation, sleep, stress reduction) that materially impacts oral outcomes.

Ultimately, WBC can function as a supplementary, complementary modality within integrative care—supporting regulation, recovery experience, and patient engagement alongside evidence-based dental protocols.

 

CLINICAL BOUNDARY

Whole-body cryotherapy should never be marketed as a cure for dental illnesses. Rather, its role – if incorporated – is strictly adjunctive and systemic, requiring oversight by qualified medical personnel.

Clinical context: where cold is already used in dentistry

Local cryotherapy.

Local cryotherapy targets specific tissues (e.g., cheek/ mandible/ etc.) and is often intended to influence local pain, edema, and inflammatory signaling at or near the treatment site. ^{(13) (18)}

Clinical literature overall suggests: local cryotherapy can reduce postoperative pain and, in some contexts, swelling or inflammatory responses. Outcomes vary depending on timing, duration, technique, and patient characteristics – which is exactly why standardized protocols matter. ^{(13) (14) (18)}

The use of cold is already well established at the local level across several dental contexts:

• Post-operative cooling after oral surgery

Ice packs and controlled cooling are commonly recommended ^{(13) (14)} , however more standardized, temperature-controlled systems (e.g., hilotherapy⁽¹⁵⁾) showing more stable results.

• Conservative management around TMD and myofascial pain

Cold therapy is used in conservative physiotherapy-style approaches for temporomandibular disorders (TMD) – primarily aiming at analgesia and reduction of local inflammatory sensitivity. ^{(16) (17)}

• Intracanal cryotherapy in endodontics (within the root canal system) ^{(18) (19)}

Distinction between local and WBC.

Whole-body cryotherapy differs fundamentally from local applications: WBC does not target oral tissues directly and does not aim to replace dental interventions. Its potential relevance lies in systemic pathways, including:

• modulation of perceived pain and soreness,
• autonomic nervous system regulation (stress physiology),
• sleep quality and recovery perception,
• stress-linked inflammatory processes.

WBC as an adjunct.

Whole-body cryotherapy (WBC) is occasionally considered in dental-adjacent contexts – always secondary to standard care and never positioned as a replacement for diagnosis-driven dental therapy.

WBC potential value sits in systemic pathways that can influence patient experience and recovery trajectories, including:

• pain sensitivity and perceived soreness
• autonomic stress regulation
• sleep quality and recovery perception
• stress-linked inflammatory signaling
• post-procedural recovery⁽⁹⁾

Where WBC may be explored is outside the acute post-operative phase and within a broader recovery strategy – particularly when the goals are improved sleep quality, improved subjective recovery, and better overall wellbeing during treatment phases. Evidence from controlled studies in physically active populations suggests WBC can improve sleep outcomes under specific timing/series protocols.

• Temporomandibular disorders and chronic orofacial pain

WBC does not “treat TMD,” but may help some patients feel more regulated and less pain-sensitive, which can improve tolerance of conservative care.

In multidisciplinary settings, WBC may be positioned as a complementary recovery modality aimed at stress physiology and pain perception, rather than joint pathology itself. Evidence from clinical populations (e.g., fibromyalgia) suggests series-based WBC protocols can improve pain and function – supporting the plausibility of a “central modulation / pain-sensitivity” framing, even though direct TMD-specific WBC trials are limited.

• Stress-mediated oral conditions

Bruxism, delayed recovery, and recurrent inflammatory presentations often reflect a wider terrain of stress load, sleep disruption, and behavioral drivers. Evidence syntheses report associations between stress symptoms and bruxism (while also noting variability in definitions and measurement).

In those cases, WBC is sometimes positioned inside a holistic stress-management and recovery framework – alongside behavioral interventions, sleep optimization, and medical evaluation where appropriate – aiming to support:

• downshifted stress reactivity
• improved sleep quality
• reduced pain sensitivity / better recovery perception

Operational and strategic implications

Recommended applications before/after dental procedures.

When implemented thoughtfully, WBC can enrich the dental ecosystem, benefitting patients and practitioners alike. This approach represents a forward-thinking model for future dental-wellness collaborations.

In an integrated setting, WBC works best when it is positioned as a “systemic regulation + recovery-quality” tool – not a dental treatment. Operationally, that means clear timing rules, screening, and coordination with the dental team.

Strategic positioning.

Use WBC when the goal is:

• lower stress reactivity (better tolerance, calmer physiology)
• modulate pain sensitivity / soreness perception
• support sleep quality and recovery perception (especially during intensive treatment periods)
• support adherence in long treatment cycles (orthodontics, staged rehab)

Do not position WBC as:

• a replacement for periodontal therapy, surgery, analgesia, antibiotics when indicated, or TMD diagnostics

Operational safety boundary conditions.

Use a standard screening gate every time. The most defensible baseline is to align with published contraindication consensus and safety reviews. (See consensus contraindications for a formal list.)

Practical dental-specific holds:

• immediately after invasive procedures if there is ongoing bleeding, significant swelling escalation, or the patient is still under effects of sedation/strong analgesics
• same-day if patient had vasovagal episodes in-clinic or is hemodynamically unstable

Recommended use-cases and timing:

• Before dental procedures.

Objective: calmer physiology, lower pain sensitivity, improved tolerance.

Best-fit scenarios: anxiety-prone patients (non-pharmacologic support); TMD/chronic pain patients where stress + pain sensitivity is a major driver; long appointments (prosthetics, staged planning, complex restorative)

Timing options:

Option A (preferred): same day, 3–6 hours before the appointment (enough separation to avoid “acute cold shock + dental stress” stacking)

Option B: day before (good for first-timers; allows you to observe tolerance)

Operational tip: If it’s a first WBC exposure, do it on a non-procedure day.

• After procedures: non-acute recovery support

Objective: sleep quality, recovery perception, systemic regulation.

Core rule: WBC can be considered after the acute phase, as part of a broader recovery program.

Timing options:

“Recovery-quality support” commonly deferred until bleeding risk is low—often after ~48–72 hours – depending on procedure and clinician preference.

Series-based use during a rehabilitation week (e.g., 3–5 sessions over 7–10 days) when sleep, soreness, or stress load is the limiting factor

Evidence-aligned claim: Sleep quality improvements have been observed in controlled studies when WBC is applied in specific timing/series protocols (mostly in physically active populations).

• During long treatment cycles

Objective: resilience, adherence, steadier symptom load.

Good matches: orthodontics (multi-month compliance); prosthetic rehabilitation / staged implant protocols; chronic orofacial pain programs within multidisciplinary care

Timing options:

Series + maintenance: e.g., 10 sessions over 2–3 weeks, then 1–2/week during high-load phases (only if patient tolerates WBC well and is screened each time)

Workflow integration checklist.

WBC is offered to support systemic regulation, perceived recovery, and sleep quality during dental care without replacing dental treatment.

• Screening and documentation
  • • record contraindications screen + BP check
    • record procedure type + timing (pre, post, cycle-support)
    • record patient-reported outcomes (2–3 simple scales)
• Patient communication
  • • set expectation: “supportive modality”
    • reinforce aftercare compliance (hygiene, rinsing, medication, follow-ups)
• Metrics that matter (simple + defensible)
  • • sleep quality (0–10)
    • perceived soreness/pain sensitivity (0–10)
    • anxiety/“readiness” (0–10)
    • missed appointments / adherence rate (clinic KPI)
• Risk management

Safety reviews emphasize that adverse events are uncommon but screening and protocol adherence are essential.

Ethical positioning and future outlook

WBC is offered as an optional adjunct to support systemic regulation, recovery quality, and patient experience – always secondary to evidence-based dental diagnosis and treatment, and delivered under standardised screening and safety protocols.

Ethical positioning for integrative dental settings.

For Global Wellness Institute audiences, we recommend to follow the most credible positioning of WBC in dental-adjacent care is evidence-respecting, scope-limited, and outcomes-transparent, aligned with GWI’s emphasis on evidence-based practice and accessible, responsible wellness.

• Truth-in-claims: “support” language, not “treat” language

WBC can be framed as supporting stress regulation, recovery quality, sleep, and pain perception – but not as a primary dental therapy or a replacement for periodontal, surgical, or antibiotic indications. Where evidence is indirect or population-specific (athletes, obesity, chronic pain cohorts), state that clearly.

• Informed choice: clear consent and expectation-setting

Ethically strong programs make the patient experience explicit: what WBC is intended to support (comfort/regulation/recovery), what it is not intended to do (treat pathology), and what outcomes are realistic (or subjective, variable). That reduces placebo-driven overpromising and protects the credibility of both the dental and wellness teams.

• Safety-first standardization

Use a formal screening gate and documented contraindications, supported by standardized checklists or validated digital workflows (examples include Remedi-Cool).

• Ethical integration: never use WBC to “upsell” clinical dentistry

WBC should not be used to steer patients toward unnecessary dental procedures. Keep dental decision-making grounded in diagnosis, indications, and shared decision-making – WBC is offered around care, not to justify care.

• Equity and access: avoid creating “two tiers” of care

Position WBC as an optional adjunct inside a broader, accessible foundation (sleep hygiene, stress management, periodontal maintenance, nutrition support). This aligns with GWI’s “wellness for all” framing and reduces the perception that outcomes require premium add-ons.

Future outlook: what would make this field stronger.

The next phase for WBC in dental-adjacent settings is moving from “promising physiology” to measurable, reproducible clinical value.

Research priorities that would materially advance credibility.

Dental-specific trials: trials in oral-surgery recovery, implant staging, or chronic orofacial pain cohorts – testing WBC as an adjunct with realistic endpoints (sleep quality, pain scores, analgesic consumption, adherence).

Dose and protocol standardization: clearer reporting of exposure temperature, duration, number of sessions, and cryo-chamber type; consistent screening and monitoring.

Safety registries and adverse event reporting: systematic tracking across centers (not just case reports), building on existing safety reviews and consensus contraindication frameworks.

Concepts to watch:

MedicBite Clinic in Madeira will use whole body cryotherapy services provided by Coolzoone Madeira as part of its zero position posture optimisation.

Coolzoone x MedicBite in Cologne / Germany integrates whole body cryotherapy as part of different services using WBC to promote ideal outcome of dental services.

Equipment class matters.

The term “cryotherapy” encompasses a wide range of technologies with markedly different characteristics. Finally, equipment class matters because thermal dose and safety workflow vary significantly across systems. Choose quality equipment with stable thermal environments and controlled exposure, making them suitable for medical-grade facilities. For further information, please have a look at the “Providers Guide for Cryotherapy”.

Marketing claims and consumer products.

The rapid commercialization of “cryo” has led to temperature claims that are not always reflected in delivered physiological effects. For clinical environments, credibility depends on transparency, measured outcomes, and appropriate patient education rather than extreme marketing narratives.

Conclusion

Dentistry has entered a systemic health era – one in which oral inflammation, stress physiology, sleep quality, and metabolic health are increasingly recognized as interconnected drivers of long-term outcomes. Within this framework, whole-body cryotherapy (WBC) can be credibly positioned in integrative centers as an adjunct modality that may support pain modulation, autonomic regulation, inflammatory balance, sleep quality, and recovery perception when delivered in series-based protocols.

At the same time, the boundaries are clear: WBC does not replace periodontal therapy, surgery, antibiotics when indicated, or structured occlusal/TMD diagnostics. Local cryotherapy remains the primary cold-based intervention in acute post-procedural settings, while WBC’s relevance lies in systemic pathways that can influence patient experience, adherence, and resilience during intensive treatment phases.

For Global Wellness Institute audiences, the most compelling model is therefore evidence-respecting integration: use WBC to strengthen the conditions that support health (regulation, recovery quality, and sustained engagement), apply clear screening and contraindication standards, and measure what matters through transparent outcomes.

With dental-specific research and standardized protocols, WBC can evolve from a recovery practice into a well-defined component of modern, systems-oriented oral healthcare.

Reference list:

(1) Kim MY. Relationship between periodontitis and systemic health conditions (review; bidirectional framing). https://pmc.ncbi.nlm.nih.gov/articles/PMC12277508

(2) Castro MML et al. Association between Psychological Stress and Periodontitis: A Systematic Review (cortisol + periodontal parameters). https://pmc.ncbi.nlm.nih.gov/articles/PMC7069755

(3) Zhou Q et al. Sleep Duration and Risk of Periodontitis—A Systematic Review and Meta-Analysis. https://pmc.ncbi.nlm.nih.gov/articles/PMC11123525/

(4) Louis J et al. The use of whole-body cryotherapy: time- and dose-response investigation on circulating blood catecholamines and heart rate variability (HRV + catecholamines; series/dose). https://pubmed.ncbi.nlm.nih.gov/32474683

(5) Hausswirth C et al. Parasympathetic Activity and Blood Catecholamine Responses Following a Single Partial-Body Cryostimulation and a Whole-Body Cryostimulation (ANS/parasympathetic + catecholamines). https://journals.plos.org/plosone/article?id=10.1371%2Fjournal.pone.0072658

(6) He J et al. Whole-body cryotherapy can reduce the inflammatory response in humans: a meta-analysis based on 11 randomized controlled trials (IL-1β↓, IL-10↑ etc.). https://pubmed.ncbi.nlm.nih.gov/40044835

(7) Pournot H et al. Time-Course of Changes in Inflammatory Response after Whole-Body Cryotherapy Multi Exposures following Severe Exercise (multi-exposure time course). https://pubmed.ncbi.nlm.nih.gov/21829501

(8) Costello JT et al. Whole-body cryotherapy for preventing and treating muscle soreness after exercise (Cochrane Review CD010789; protocol/outcomes variability noted). https://www.cochrane.org/evidence/CD010789_whole-body-cryotherapy-preventing-and-treating-muscle-soreness-after-exercise

(9) Douzi W et al. 3-min whole-body cryotherapy/cryostimulation after training in the evening improves sleep quality in physically active men (sleep + night HRV). https://pubmed.ncbi.nlm.nih.gov/30551730

(10) Ptaszek B et al. The influence of whole-body cryotherapy or winter swimming on the lipid profile and selected adipokines (series protocol; metabolic markers). https://pubmed.ncbi.nlm.nih.gov/37858203

(11) Więcek M et al. Whole-Body Cryotherapy Improves Asprosin Secretion and Insulin Sensitivity in Postmenopausal Women… (glucose homeostasis/insulin resistance markers). https://pubmed.ncbi.nlm.nih.gov/38002284/

(12) Fontana JM et al. Whole-body cryostimulation in obesity: a scoping review (systemic inflammation/oxidative stress/body composition; evidence-map framing). https://pubmed.ncbi.nlm.nih.gov/35636880

(13) do Nascimento-Júnior EM et al. Cryotherapy in Reducing Pain, Trismus, and Facial Swelling after Third-Molar Surgery (systematic review; pain benefit modest; swelling/trismus inconsistent). https://pubmed.ncbi.nlm.nih.gov/30798949/

(14) Fernandes IA et al. The Effectiveness of Cold Therapy (Cryotherapy) after Mandibular Third Molar Removal (systematic review; edema benefit noted; protocol variability; need for better RCTs). https://www.thieme-connect.com/products/ejournals/pdf/10.1055/s-0039-1677755.pdf

(15) Bates AS et al. Systematic review and meta-analysis: hilotherapy vs ice cooling after facial surgery (hilotherapy reduced pain/oedema/trismus and improved patient-reported outcomes vs ice). https://pubmed.ncbi.nlm.nih.gov/26362489

(16) Kopacz Ł et al. Comparative Analysis… physical therapies in TMD (clinical trial including cryotherapy) (TMD trial context). https://pmc.ncbi.nlm.nih.gov/articles/PMC7569428

(17) Sood R et al. Effectiveness of non-invasive physiotherapy techniques in TMD (review including cryotherapy among modalities). https://joma.amegroups.org/article/view/7122/html

(18) Hespanhol FG et al. Effects of Intracanal Cryotherapy on Endodontic Postoperative Pain (systematic review/meta-analysis; benefit particularly in symptomatic apical periodontitis at 24h). https://www.rde.ac/upload/pdf/rde-47-e30.pdf

(19) Iparraguirre Nuñovero MF et al. Randomized clinical trial: intracanal cryotherapy with/without foraminal enlargement (pain prevention outcomes). https://www.nature.com/articles/s41598-024-70901-w

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2024 Trends

TREND 1: Precision & Efficiency: Enhanced accuracy and stability in temperature control, improving cryotherapy treatment effectiveness.

The industry-wide shift from nitrogen to electricity-driven cryo systems is advancing at an unexpectedly rapid pace, reflecting a significant change in the landscape of cryotherapy technology. This trend emphasizes the industry’s move towards safer, more convenient, efficient, and precise technologies. Notably, developments from CryoCon 2024 (US) as the leading event focused on cryotherapy and related services, further highlight this swift transition, demonstrating a broader acceptance and enthusiasm for electricity-driven systems. On many other leading exhibitions, like FIBO (Germany) in the fitness sector, only electricity driven systems were featured.

Comparative Overview of Cryo Systems

• Nitrogen-Driven Systems: These systems, which rely on liquid nitrogen to achieve temperatures ranging from real -80°C to theoretical -196°C, are becoming less favored due to inherent risks such as oxygen displacement and asphyxiation, as well as the ongoing logistical and financial burden of securing liquid nitrogen supplies.
• Electricity-Driven Systems: Markedly advancing in popularity, these systems use sophisticated electric refrigeration technology to reach cryogenic temperatures, offering:
  • Safety: A significant reduction in risk compared to nitrogen systems, removing concerns over oxygen displacement and asphyxiation.
  • Convenience: The elimination of the need for liquid nitrogen, relying instead on electricity (and cooling water in certain setups), streamlines operations and reduces costs.

Precision & Efficiency: Enhanced accuracy and stability in temperature control, improving cryotherapy treatment effectiveness.

Innovations in cryotherapy technology have led to the development of more sophisticated cryotherapy chambers and devices.

• European Markets: The preference for electricity-driven systems continues to rise, with these systems dominating new installations and reflecting an accelerated shift away from nitrogen-based solutions.
• United States: The transition towards electric systems is surpassing previous expectations. The market now clearly favors electricity-driven over nitrogen-driven systems, a trend that is rapidly gaining momentum.
• CryoCon 2024 Highlights: This year’s convention in Dallas was a landmark event, showcasing a significant surge in electricity-driven system innovations and applications. Not only were these systems more prevalent, but the presentations and discussions also emphasized their growing role in shaping the future of cryotherapy. Electric systems were featured four times more than nitrogen-driven systems, a testament to their rising dominance and the industry’s confidence in their benefits.

Forward-Looking Considerations

The initial cost barrier of electricity-driven systems is increasingly offset by their long-term benefits, such as operational efficiency, safety, and precision. The insights from CryoCon 2024 underscore the industry’s rapid adaptation and the strong market demand for these advanced systems.

This evolving preference signifies a critical shift in cryotherapy practices, underscoring a commitment to enhancing safety, efficiency, and patient outcomes. As electricity-driven technology continues to evolve, its influence on market dynamics and treatment standards promises to be profound, marking a new era in cryogenic therapy.

TREND 2: Most newly built spas for top class hotels consider offering cryotherapy

Whole-body cryotherapy is being integrated into holistic wellness practices, including spa treatments, fitness routines, and rehabilitation programs. More and more wellness resorts and retreats offer cryotherapy as part of their wellness packages.

In the competitive landscape of luxury hospitality, top-class hotels are constantly seeking innovative amenities to distinguish their offerings and cater to the evolving preferences of their discerning clientele. Among these innovations, cryotherapy has emerged as a sought-after feature in newly built spas, reflecting a broader trend towards wellness and holistic health. This trend is underpinned by a growing body of evidence supporting the health benefits of cryotherapy, coupled with a rising consumer interest in novel and science-backed wellness treatments. For top-class hotels, offering cryotherapy services is not just about providing a unique amenity; it’s about aligning with the lifestyle and values of their guests, who increasingly prioritize health, wellness, and unique experiences.

Celebrities and athletes have been vocal about their use of whole-body cryotherapy for recovery and performance enhancement. Their endorsements have contributed to the mainstream visibility of this treatment.

Luxury hotels are also leveraging cryotherapy to enhance their brand image and market positioning. By incorporating state-of-the-art wellness treatments, these hotels can market themselves as forward-thinking and dedicated to providing guests with comprehensive, high-quality experiences. It enables hotel brands to align with more general trends like fitness, biohacking, and longevity. This not only attracts guests interested in wellness but also sets the hotel apart in a crowded and competitive market.

Furthermore, testimonials and case studies from leading hotels that have successfully integrated cryotherapy into their spa offerings provide compelling evidence of its appeal and effectiveness. These establishments report increased guest satisfaction, higher spa visitation rates, and positive feedback, highlighting cryotherapy’s role in enriching the guest experience and fostering a culture of wellness and longevity.

https://www.sirohotels.com/dubai/one-zaabeel/recovery/cutting-edge-therapy

https://www.chenot.com/chenot-palace/weggis/treatments/human-performance-department/

https://longevity-hub.cliniquelaprairie.com/offering/longevity/

https://burgenstockresort.com/en/offers/regeneration-retreat

https://lanserhof.com/en/service/physical-medicine/

https://www.sparklinghill.com/kurspa/cryo-cold-chamber/

https://www.schwarz.at/de/spa-gesundheit/spa-behandlungen/

TREND 3: Education and knowledge about cryo keep evolving.

Whole-body cryotherapy has gained popularity among athletes, fitness enthusiasts, and individuals seeking alternative wellness treatments. Many people are drawn to its purported benefits for muscle recovery, pain relief, and overall well-being.

In the swiftly evolving domain of cryotherapy, the importance of education cannot be overstated. As cryotherapy gains traction across various sectors the market is witnessing a burgeoning demand for professionals equipped with comprehensive knowledge and understanding of this innovative treatment. This surge in interest underscores the necessity for a structured and in-depth educational framework that not only imparts foundational knowledge but also keeps pace with the latest advancements in cryotherapy applications and research findings.

The escalation in cryotherapy’s popularity has catalyzed the development of specialized training programs and certifications. These educational initiatives are designed to equip practitioners with a robust understanding of cryotherapy mechanisms, safety protocols, and client management strategies. Such programs are crucial in ensuring that practitioners are well-versed in the nuances of cryotherapy, enabling them to deliver treatments safely and effectively while optimizing the outcome and results for their clients.

Moreover, the integration of cryotherapy education into academic curricula in fields related to health and wellness signifies its growing importance in the market. Universities and colleges are beginning to recognize cryotherapy as a significant area of study within physical therapy, sports medicine, and wellness programs. This academic acknowledgment is instrumental in nurturing a new generation of professionals who are scientifically knowledgeable about cryotherapy’s benefits, risks, and potential applications.

The emphasis on education extends beyond professional training and academic programs. Public seminars, webinars, and workshops are increasingly common, aimed at demystifying cryotherapy for the general populace. These educational efforts are pivotal in raising awareness, dispelling myths, and fostering an informed understanding of cryotherapy among potential clients. They play a vital role in driving the adoption of cryotherapy by educating consumers on its scientifically backed benefits and encouraging informed decisions regarding its use.

TREND 4: Shift from applications for pain management and recovery to longevity and prevention.

The cryotherapy field is undergoing a transformative shift from primarily focusing on pain management and regeneration to adopting roles in longevity and prevention. This change is rooted in a deeper understanding of cryotherapy’s wide-ranging benefits, moving from short-term regeneration to fostering overall health and wellness.

Traditionally, cryotherapy has been pivotal in sports medicine, known for its quick relief for athletes from muscle soreness, inflammation, and injury. Yet, as research into cryotherapy grows, its scope is expanding to include holistic health goals, especially in enhancing systemic health, slowing aging, and prevention. Studies suggest that cryotherapy’s effects on inflammation, oxidative stress, and metabolism play a key role in its potential to mitigate aging processes and disease risks, offering a proactive measure for longevity.

Furthermore, cryotherapy is believed to boost immune function, potentially reducing the occurrence of infectious diseases by stimulating the immune system through brief exposure to extreme cold. This aligns with an increasing focus on natural immunity enhancement within preventive healthcare.

This broader application of cryotherapy is catching on across various demographics, moving beyond athletes to those interested in long-term health maintenance. This shift underscores the need for ongoing research to fully understand cryotherapy’s benefits and to develop optimized protocols for health and longevity.

As cryotherapy’s applications widen, it signifies a notable evolution in the approach to health maintenance, emphasizing its role in proactive health and wellness management. This evolution not only highlights the expanding therapeutic potential of cryotherapy but also its importance in a preventive health strategy, marking a significant step forward in physical recovery and health care practices.

TREND 5: Cryotherapy is increasingly combined with other holistic wellness modalities.

Cryotherapy is increasingly combined with other holistic wellness modalities, branching out from heat treatments like infrared saunas, light beds, and multi-modality treatments to encompass a wider array of complementary therapies. This holistic approach to wellness, integrating cryotherapy with various other treatments, aims to enhance overall health, improve circulation, reduce inflammation, and promote relaxation. By alternating between cryotherapy’s extreme cold and other modalities’ benefits, such programs leverage the body’s natural responses to diverse stimuli, enriching the therapeutic experience.

In addition to warmth-based treatments (always considering that skin shall be dry before doing cryotherapy), other modalities that pair well with cryotherapy include hyperbaric oxygen chambers, compression therapy, massage, lymphatic drainage, dry floating, halotherapy, sports and activity programs, yoga, meditation and many more. These combinations offer a broad spectrum of health benefits, from enhanced muscle recovery and stress reduction to improved mental clarity and flexibility. The underlying principle remains the same: using temperature variation, pressure combined with under-pressure and other therapeutic techniques and activities to stimulate the body’s healing mechanisms provoking its response to support optimal well-being.

Key Considerations for Integrating Cryotherapy with Other Wellness Modalities:

• Personal Health Assessment: It’s crucial to tailor the combination of treatments to the individual’s health status and wellness goals. This personalized approach ensures that the benefits are maximized while risks are minimized.
• Protective Measures: Especially in cryotherapy, wearing appropriate protective gear is essential to prevent cold-related injuries. Dry skin, along with protective clothing for extremities and sensitive areas, is necessary.
• Professional Guidance: Consulting with healthcare professionals is advisable before starting any new wellness regimen, especially when combining treatments like cryotherapy with other modalities. This is to ensure compatibility with one’s health condition and to craft a program that addresses specific needs and goals effectively.

Contrast therapy, featuring the alternation between cryotherapy and heat treatments, serves as a foundational concept. Expanding this framework to include a variety of wellness practices can provide a more holistic approach to health and well-being. This integrative strategy not only focuses on physical recovery and conditioning but also emphasizes mental and emotional balance, showcasing the versatility and comprehensive benefits of combining cryotherapy with a wide spectrum of holistic wellness modalities.

TREND 6: Misleading communication seems to be repeating itself.

Three examples of misleading communication having a major impact on the development of the cryotherapy market.

1. For years the partial-body cryotherapy/stimulation (PBC) was not adequately distinguished to whole-body cryotherapy/stimulation (WBC).

Scientists, suppliers, operators, and media named services not including head and shoulder incorrectly as whole-body cryotherapy instead of partial-body cryotherapy, even being so obvious and logical that head and shoulders belong to one’s body. This miscommunication has even led to the adoption by public bodies not distinguishing between the two different set-ups with tremendous harm to the market not only by misled final customers but with serious consequences in Canda.

After an accident in the US with a cryo sauna Health Canada put PBC (cryo saunas) and WBC (cryo chambers) solutions were painted with one brush, ignoring the fact that an asphyxiation by nitrogen accident is impossible with an indirect or electricity driven cryo chamber. Consequently, Health Canada prohibited the import and installation of new PBC and WBC systems in Canada, with effect till today.

Good news: At least most scientific publications authors today distinguish strictly between PBC and WBC, and media partly adopts the correct communication slowly.

2. Confusion about temperatures of cryo sauna and cryo chambers is an ongoing topic. There are many ways used in the market to communicate the actual temperature in a device and sometimes obviously wrong statements of manufacturers and hence operators about delivered temperatures. There are different approaches to cure this on its way. One comes from CINA (Cryotherapy Industry National Association, Dallas, Texas, USA), to develop a standard procedure with certificate to grand customers the possibility to compare offered temperatures based on a standardized measuring set-up.
3. Comparing apples with oranges by lumping together whole-body cryotherapy (WBC) and cold-water immersion (CWI) in media and some studies is misleading the consumers when it comes to comes to potential treatment benefits, when to use it and how it feels.

Definitions:

Cold water immersion (CWI) known as “winter swimming”, “ice bathing” or just named “cold plunge”. The user immerses himself in cold water with a temperature ranging between – 2 °C / 36 °F and 20 °C / 61 °F (mainly between 2 °C and 16 °C, in sports between 7 °C and 15 °C).  Some ice swimmers bath in -2 °C water, and on the other end you find some users who prefer up to 20 °C.

Whole body cryotherapy is exposing the whole body for a few minutes to extreme cold air, while wearing underwear or dry swimwear, shoes with socs, gloves, headband or hat covering ears and a mask. The user is standing or moving slowly in an extreme cold environment with very dry air. Temperatures communicated vary between -75°C and -130 °C, while the gold standard is -110 °C / -166 °F.

Both treatments withdraw warmth from the body, this is what they have in common. The following table gives a quick overview of both treatments.

The Cryotherapy Initiative will work on providing a classification and differentiation of both modalities and publish more comprehensive information on the topic.

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All You Need to Know to Offer Cryotherapy Effectively, Safely and Profitably

by GWI Cryotherapy Initiative Chair Rainer Bolsinger and Vice Chair Antra Getzoff

As popularity of cold therapies is rapidly growing along with the public interest in holistic wellness practices that boost the immune system, prevent illness, slow down aging, improve physical performance and appearance of the body and make people’s lives not only longer but also better, whole-body cryotherapy as the most powerful of them is getting under the radar of more and more policy makers, governments, educational institutions, and businesses.

Cryotherapy is now offered not only in sports facilities and narrowly specialized rehabilitation or wellness centers. It has made its way into clinics, spas and med spas, hotels, office buildings, and even public facilities such as airports. The growing interest means a need for educating the audience and spreading knowledge and best practices to better equip the current and future service providers.

What you need to know:

• Whole-body cryotherapy has a wide range of researched applications and benefits, but it also involves risks that come with generating and applying extremely low temperatures.
• There are different equipment solutions on the market, and picking the right one for the business is a key to its success.
• The related investment is considerable.
• Treatment outcome may differ with different technologies.
• The build-out is unique and presents challenges that need to be understood and proactively eliminated.
• The ambient environment, especially humidity, must be managed to prevent frosting of the evaporators and fogging of the treatment rooms.

In other words, there is a lot to know to provide whole-body cryotherapy effectively, safely, and profitably.

To learn more about this topic, download the Provider’s Guide to Whole Body Cryotherapy, a 64-page guide on all you need to know to offer Cryotherapy effectively, safely and profitably. This complimentary guide is offered by the GWI Cryotherapy Initiative to continue to support and insure the highest standards of safety in the industry.

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2023 Trends

The Global Wellness Institute’s Cryotherapy Initiative is all about the benefits of cold but cryotherapy is a very “hot” trend. The Initiative team presents the new aspects of this trend as individual “trends,” as follows:

TREND 1: Electrical-driven Systems are Being Substituted for Gas-driven systems in Cryotherapy

Gas/nitrogen driven systems use evaporation of gas to generate ultra-low temperatures, while electricity driven systems work with multiple stage closed refrigeration circuit(s) without gas consumption. Electricity-driven cryo systems tend to replace nitrogen-driven cryo systems in certain applications. This development is in different stages depending on the market. While in central Europe the far majority of new centers are equipped with electrical systems, it is still 50/50 in the US the market. However, a clear market trend is that gas driven solutions are losing market share while electric are gaining significantly.

During CryoCon 2023 in Dallas, the third edition of the largest international cryotherapy convention, electrical- driven systems were three times more showcased compared to nitrogen driven systems.

Gas-driven cryo systems typically use liquid nitrogen as the coolant to achieve cryogenic temperatures, typically deliver between real -80°C to communicated theoretical -196°C.

Electricity-driven cryo systems, on the other hand, use electric refrigeration systems to achieve cryogenic temperatures. These systems have several advantages over nitrogen-driven systems, including:

• Safety: nitrogen-driven cryo systems can be hazardous due to the potential for oxygen displacement, as well as the risk of asphyxiation. Electricity-driven systems do not have these risks.
• Convenience: nitrogen-driven cryo systems require the constant supply of liquid nitrogen, which can be costly and inconvenient. Electricity-driven systems only consume electricity and dependent on the set-up cooling water.
• Precision: electricity-driven systems can achieve more precise and stable temperatures than nitrogen-driven systems, which is important in cryo applications.

However, there are also some limitations to electricity-driven cryo systems, especially the higher upfront investment. 

TREND 2: Cryo Centers Grow Exponentially in US, Europe and Middle East

 Cryo centers, which offer services such as whole-body cryotherapy, cryo facials and localized cryotherapy, have seen rapid growth in recent years especially in the US, Europe and the Middle East.

According to market research reports, the cryotherapy market is expected to grow at a compound annual growth rate (CAGR) of around 7.8% from 2021 to 2026. The US is currently the largest market for cryotherapy, followed by Europe and the Middle East.

The growth of cryo centers can be attributed to several factors, including the increasing popularity of cryotherapy as a wellness and recovery technique, the growing awareness of its potential health benefits, and the expanding applications of cryotherapy in sports, fitness, prevention, mental health, beauty and longevity.

Furthermore, the COVID-19 pandemic has also fueled the growth of cryo offers, as many people have become more health-conscious and are seeking alternative ways to boost their immune systems and manage stress.

In addition to standalone cryo centers, many wellness spas, gyms and medical clinics are also incorporating cryotherapy into their offerings. This has helped to broaden the customer base for cryo centers and increase demand for cryotherapy services.

Overall, the cryotherapy market is expected to continue to grow in the coming years, driven by increasing awareness of its benefits, expanding fields of application, and the growing number of cryo centers and other businesses incorporating cryotherapy into their offerings. 

TREND 3: Most New Built spas for Top Class Hotels Consider Cryo

Cryotherapy has gained popularity in recent years as a wellness treatment. Many top-class hotels now offer cryotherapy as part of their spa services, as it fits in with all kinds of different spa concepts. It all began with the cure spas in Europe and was adopted by leading medical spas worldwide. As the treatment developed more and more into lifestyle, also wellness, fitness, sports and even business-oriented spas integrate cryotherapy in their concepts.

Cryotherapy became a topic at most spa congresses and exhibitions, like during the last Global Wellness Summit in Tel Aviv.

New-built spas for top-class hotels consider cryotherapy because it is a trendy and innovative wellness treatment that can attract guests who are interested in trying something new and different. Additionally, cryotherapy can be incorporated into a variety of services. In the spa there are interesting combinations with facials, massages and body treatments. Fitness related pre-cooling is used to enhance endurance. And post-cooling after leisure activities is used to recover after sports like skiing. Additionally, cryotherapy can enrich programs like detox or slimming. The treatment is touchless, hygienic, requires little staff and contributes to spa’s ROI.

However, it is important to note that cryotherapy is not suitable for everyone, and it should only be performed by properly trained staff.

TREND 4: Hot and Cold Come Together

Cryotherapy and warm wellness treatments like infrared saunas are two opposites of temperature, and some spas and wellness centers offer them together as part of a contrast therapy program. This involves the combination or even alternation between exposure to extreme cold and heat, with the aim of improving circulation, reducing inflammation and promoting relaxation.

The theory behind contrast therapy is that alternating between hot and cold temperatures, just like Kneip already promoted years ago, can cause blood vessels to constrict and then dilate, which can improve blood flow and oxygenation to tissues. This, in turn, can help to reduce inflammation and promote healing. Additionally, the contrast between hot and cold temperatures can help to stimulate the nervous system and promote relaxation.

Typically, a contrast therapy program will involve spending a short period of time in a cryotherapy chamber, followed by a period in an infrared sauna, hot sauna or steam room.

Caution:

• Treatment times shall be defined by personal physical status and health and the used products or treatment temperatures
• Sequence of hot and cold shall be defined by treatment aim
• To practice cryotherapy the skin of the user must be dry. Shoes and socks as well as ear protection, gloves and mask are mandatory

While contrast therapy can offer potential health benefits, it is important to note that it may not be suitable for everyone. Individuals with certain medical conditions may be advised to avoid extreme temperatures or to consult with a healthcare professional before trying contrast therapy. 

TREND 5: Education on and Knowledge about Cryo Evolves

 Education and knowledge about cryotherapy are constantly evolving since more than forty years. The user base is growing exponentially, and more research is conducted.

As more people become interested in cryotherapy, there is a growing need for education and training programs for professionals who provide this treatment. This includes proper training on how to use cryotherapy equipment safely and effectively, as well as education on the potential risks and benefits of cryotherapy.

Overall, while cryotherapy has potential health benefits, it is important for individuals to be well-informed. More and more equipment suppliers, associations, consulting companies, universities and others offer respective training programs.

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