What are the opening hours?

Monday 08:00 - 17:00 Tuesday 08:00 - 17:00 Wednesday 08:00 - 17:00 Thursday 08:00 - 17:00 Friday 08:00 - 16:00

https://myaimstore.com/aimtohealclinicalwellness

Hanz o3 Wellness Clinic, Klerksdorp (2026)

23/07/2026

Hyperbaric oxygen therapy (HBOT) is emerging as a promising adjunct in male fertility care when s***m quality is a major barrier to conception. It is best used as part of a comprehensive fertility strategy, rather than replacing standard evaluation and treatment. The overall direction of the evidence is encouraging: HBOT has been associated with better s***m survival, count, motility, morphology, DNA integrity, and and, in some studies, pregnancy outcomes in selected men, particularly where oxidative stress, s***m DNA fragmentation, varicocele-related dysfunction, or idiopathic infertility are part of the picture

What is HBOT?
HBOT is a medical treatment in which a patient breathes near pure oxygen inside a pressurized chamber. In male fertility, the rationale is straightforward: s***m production and s***m function depend on a healthy testicular environment, good microcirculation, controlled inflammation, and balanced oxidative stress. By improving tissue oxygen delivery, HBOT may help support those conditions

The role of HBOT in male fertility
Male infertility is often more than a numbers problem. In many men, the issue is s***m function: poor motility, membrane damage, oxidative stress, impaired oxygenation of testicular tissue, or high s***m DNA fragmentation. HBOT is particularly interesting in this setting because it may improve oxygen delivery, support microcirculation, reduce oxidative injury, and create a healthier environment for s***m development and maturation

In practical terms, HBOT may enhance s***m viability, improve motility, and reduce oxidative stress and DNA damage. That is why it appears most relevant in men with poor motility, high DNA fragmentation, oxidative-stress patterns, varicocele-related infertility, idiopathic male infertility, or fertility plans where better s***m quality could meaningfully improve natural conception or assisted reproduction outcomes

Biological rationale
HBOT appears to support male fertility through several complementary mechanisms:
Improves s***m quality - Enhances s***m count, motility, and overall structure
Supports s***m survival - Promotes a healthier testicular environment, improving s***m viability

Reduces oxidative stress - Lowers reactive oxygen species that impair s***m function

Improves DNA integrity - Reduces s***m DNA fragmentation, a key driver of poor fertilization and miscarriage

Enhances the reproductive environment - Improves microcirculation and oxygen delivery to testicular tissue

Improves clinical outcomes - Associated in some studies with higher pregnancy rates and improved outcomes in assisted reproduction

Taken together, these findings suggest that HBOT may help improve the underlying biological drivers of male fertility, particularly in men with oxidative stress, DNA damage, or functional s***m impairment. The results are encouraging and clinically relevant, although further high-quality studies are needed to define optimal protocols and long-term outcomes

What the evidence shows
The most comprehensive overview comes from a 2025 systematic review and meta-analysis of nine studies. Across those studies, HBOT was consistently associated with improvements in s***m survival, count, motility, morphology, and clinical pregnancy rate. Just as importantly, the overall pattern was broad rather than isolated, suggesting that HBOT may support overall s***m function rather than acting on only one parameter .

Individual studies provide additional clinical context. In men with varicocele-related infertility, the addition of HBOT to varicocelectomy has been associated with improvements in semen quality, reproductive hormone profiles, s***m functional capacity, pregnancy rates, and time to conception compared with surgery alone
In men with idiopathic infertility undergoing IVF, HBOT has been associated with a significant reduction in s***m DNA fragmentation and reactive oxygen species, alongside higher pregnancy rates compared with control groups. This is one of the clearest human signals that HBOT may help when oxidative stress and s***m DNA damage are central to the fertility problem
A smaller pilot study integrating HBOT with assisted reproductive treatment reported favorable findings, including improvements in s***m count in some patients, positive changes in selected surgical s***m retrieval cases, and pregnancies following treatment. While limited in size, it provides a practical example of how HBOT may be incorporated into a fertility pathway
Laboratory and animal studies support a similar biological direction.

Hyperbaric exposure has been associated with improved s***m motility in ex vivo samples, and animal models have demonstrated improved s***m parameters alongside reduced oxidative stress and inflammation within the te**es

When to start HBOT
Timing is an important consideration, as s***matogenesis is a prolonged process and the effects of HBOT are unlikely to be fully realized if used immediately prior to conception attempts.

A practical clinical window is approximately 8 to 12 weeks before attempting conception, or before s***m collection for IUI, IVF, ICSI, TESE, or micro-TESE. This allows time for improved s***m to develop and appear in the ej*****te
There is currently no single standardized fertility protocol.

Published studies describe shorter treatment courses in some settings, alongside longer durations in others. The key principle is to begin early enough to influence a full s***matogenic cycle and to integrate HBOT within a clearly defined fertility plan

Care strategy
A structured, goal-driven approach is recommended:
Define the male-factor pattern clearly - Men with poor motility, high s***m DNA fragmentation, oxidative-stress features, idiopathic infertility, or clinically significant varicocele are the most appropriate candidates for HBOT
Start early enough to matter - HBOT is most effective when implemented in advance of the intended conception window or assisted reproductive cycle, rather than immediately prior
Use HBOT to support a clearly defined fertility objective whether improving semen quality prior to natural conception, optimizing s***m parameters before IUI, enhancing DNA integrity before IVF or ICSI, or supporting recovery of the testicular environment following varicocele repair
Measure response objectively - Repeat semen analysis and, where appropriate, s***m DNA fragmentation testing after an appropriate interval to assess whether biological changes translate into measurable clinical change, under specialist guidance.

HBOT is an emerging adjunct in male fertility care, with evidence suggesting potential improvements in s***m quality and, in selected men, pregnancy outcomes. When integrated with standard care, it may help support a more favorable biological environment for conception or assisted reproduction
The overall evidence base is encouraging and supported by both clinical and mechanistic data. HBOT should be considered an adjunct rather than a replacement for standard fertility care.

23/07/2026

HBOT is a medically supervised adjunct to specialist fertility care, not a standalone fertility treatment.
Its potential relevance to fertility is based on biological mechanisms involving tissue oxygenation, microcirculation, inflammatory regulation and oxidative-stress balance, all of which are important in ovarian and endometrial physiology.
The most studied female fertility applications to date are resistant thin endometrium before frozen embryo transfer (FET) and poor ovarian response during IVF stimulation, where preliminary clinical studies have reported encouraging findings.
Current evidence supports the use of HBOT before implantation, with treatment plans incorporating clearly defined stop points based on the fertility pathway.
Published fertility protocols and clinical programmes have typically used courses ranging from approximately 10 to 30 sessions, depending on the clinical objective, timing and treatment pathway.
The evidence remains evolving, and further research is needed to define the optimal candidates, treatment protocols, timing and outcomes.

Hyperbaric oxygen therapy (HBOT) is a medical treatment in which an individual breathes near-pure oxygen within a pressurised chamber under medical supervision. Treatment protocols use carefully controlled pressure, oxygen exposure and duration within established safety standards.
Interest in HBOT within fertility care stems from its potential effects on tissue oxygenation, microcirculatory function, inflammatory signalling and oxidative-stress regulation, biological processes that are important in ovarian and endometrial physiology.
The most studied female fertility applications to date are resistant thin endometrium before frozen embryo transfer (FET) and poor ovarian response during IVF stimulation, where preliminary clinical studies have reported encouraging findings.
While the evidence remains early and further research is needed, HBOT may offer a biologically plausible adjunctive option for carefully selected patients within a specialist-led fertility programme.

What is HBOT?
Hyperbaric oxygen therapy (HBOT) is a medical treatment in which an individual breathes near-pure oxygen within a pressurised chamber under medical supervision. Professional hyperbaric organisations distinguish medical HBOT from some unregulated wellness hyperbaric services. Medical HBOT is delivered within a recognised clinical framework with defined treatment protocols, appropriate clinical oversight and established safety standards.
Interest in fertility care stems from its potential effects on tissue oxygenation, microcirculatory function, inflammation and oxidative-stress regulation, processes that are important in ovarian and endometrial physiology.
The most studied female fertility applications to date are resistant thin endometrium before FET and poor ovarian response during IVF stimulation.

What does the evidence show?
1. Resistant thin endometrium before frozen embryo transfer
This is one of the most studied female fertility applications of HBOT. A 2023 prospective cohort study evaluated HBOT during endometrial preparation in women with resistant thin endometrium, typically defined as 6.57 mm
Cycle cancellation: 61.8% -> 19.0%
Implantation rate: 33.3% vs 11.1%
As the study was observational rather than randomised, these findings should be viewed as encouraging clinical signals rather than definitive evidence of benefit. Further research is needed to confirm these observations.

2. Poor ovarian response during IVF stimulation
Poor ovarian response remains one of the most challenging scenarios in IVF because it is associated with lower oocyte yield, fewer available embryos and reduced pregnancy potential.
The most relevant human study is a 2025 pre-post cohort of 41 women with poor ovarian response undergoing IVF. HBOT was initiated during ovarian stimulation, typically from cycle day 3, and completed before trigger.
The study reported improvements in several clinically relevant ovarian and embryological parameters, including:
Number of oocytes retrieved
Follicle output rate (FORT)
Follicle-to-oocyte index (FOI)
Normal fertilisation rate
Available embryos
The investigators also observed a nonlinear relationship between treatment exposure and oocyte yield, with the greatest increase occurring during the early treatment phase and no additional gain observed beyond approximately eight sessions.
Although limited by its small sample size and observational design, the study provides preliminary clinical evidence supporting further investigation of HBOT as an adjunct during ovarian stimulation in selected patients with poor ovarian response.

3. Oocyte Competence, Ovarian Ageing and Preclinical Evidence
Direct human evidence for improvements in oocyte quality remains limited. However, oxidative stress within the follicular environment has been associated with impaired oocyte competence, reduced fertilisation rates and poorer reproductive outcomes.
The rationale for HBOT in this setting comes primarily from mechanistic and preclinical research. Human HBOT studies have also reported effects on oxidative-stress markers and inflammatory responses, supporting the biological plausibility of these observations.
In aged female mice, HBOT was associated with improvements in ovarian function, oocyte maturation, fertilisation and blastocyst formation.
While animal data cannot be translated directly into clinical fertility outcomes, these findings support continued investigation of HBOT in patients where ovarian ageing, diminished ovarian reserve or oxidative-stress-related dysfunction are considered relevant contributors to infertility.

4. What the evidence does not yet prove
Current evidence does not establish that HBOT improves live-birth rates, nor has an optimal fertility protocol been defined. The leading studies are observational and relatively small, and their findings require confirmation in larger randomised controlled trials.
Overall, the available evidence suggests that HBOT remains a biologically plausible, medically supervised adjunct with encouraging early signals in selected fertility scenarios, particularly resistant thin endometrium and poor ovarian response.
Earlier clinical studies in female infertility and IVF patients provided important preliminary observations but were small and exploratory in nature.

Treatment Strategy: Aligning HBOT with the Fertility Pathway
Treatment should be guided by the underlying fertility diagnosis, available preparation time and treatment pathway. Published fertility protocols have used courses ranging from approximately 10 to 30 sessions, depending on the clinical objective and treatment schedule.

10 sessions: When treatment time is limited or HBOT is introduced during an active treatment cycle.

20 sessions: When a short preparation period is available before IVF or FET.

30 sessions: When there are a longer preparation window and a clear clinical rationale, such as resistant thin endometrium, poor ovarian response or repeated suboptimal treatment outcomes.

HBOT is generally completed before embryo transfer or planned conception, with the exact stop point determined by the fertility pathway and treatment timeline.
The precise number of sessions is less important than ensuring treatment is delivered during the appropriate biological window and integrated into the overall fertility plan.

Safety Considerations
HBOT has a well-established safety profile when delivered in an appropriately supervised medical setting. The most common side effects are temporary ear or sinus discomfort related to pressure changes, while serious complications are very rare.
Appropriate patient selection, screening and clinical oversight remain essential.

HBOT is a biologically plausible, medically supervised adjunct in fertility care. Early studies in resistant thin endometrium and poor ovarian response have reported encouraging findings, although the evidence remains preliminary.

23/07/2026

Inflammatory bowel disease, the main types comprising Crohn’s disease and ulcerative colitis, is a debilitating chronic illness that affects millions of people worldwide. Though there are various therapies available for its treatment, many patients still struggle to control their symptoms and achieve remission. Recently, hyperbaric oxygen therapy (HBOT) has gained increasing interest as a treatment option for inflammatory bowel disease due to its potential, safety and efficacy.

Existing therapeutic options for complicated inflammatory bowel diseases like biologics and surgery are limited by inadequate long-term efficacy, cost, and adverse effects. Therefore, intensive research into coadjuvant treatment approaches has been required, leading to the emergence of hyperbaric oxygen therapy as a promising option. Preliminary high-quality evidence suggests that HBOT is safe and associated with substantial rates of clinical remission for multiple Inflammatory bowel disease phenotypes McCurdy et al.,2022

The exact cause of IBD is unknown. But, hypoxia is a known contributor to inflammation in inflammatory bowel diseases (IBD), and in recent years, a growing interest has emerged in pharmacologically targeting hypoxia response pathways to treat IBD. Hyperbaric oxygen therapy is a highly effective and proven method for increasing tissue oxygenation. During a hyperbaric oxygen therapy session, the patient inhales pure oxygen in a pressurized chamber, which allows for more oxygen to dissolve into their plasma.

Additionally, research indicates that HBOT has the ability to decrease inflammation, enhance tissue oxygenation and functionality, stimulate colonic stem cells for the purpose of fostering recovery from intestinal ulcers, mitigate infections and abscesses, as well as diminish the necessity for surgical intervention for some patients Bekheit et al., 2016

HBOT is found to be a safe and effective therapeutic option in patients with stricturing small bowel Crohn’s disease refractory to conventional medical treatment Kante et al., 2022. Moreover, case studies have provided evidence that hyperbaric oxygen therapy could be a promising option for treating stubborn cases of ulcerative colitis, as exemplified in this specific review Vazharov, 2017.

Additionally, there have been extensive and well-documented reports on the beneficial impacts of hyperbaric oxygen therapy in relation to treating perianal fistulas among patients with Crohn’s disease. A trial including 20 patients with therapy‐refractory perianal fistulas in Crohn’s disease that were treated with 40 sessions of hyperbaric oxygen therapy, has shown a significant improvement in clinical, radiologic, biochemical and patient‐reported outcomes, and the results maintained at 1-year follow-up Lansdorp, 2022. Nonetheless, previous limited research by the same author indicates that Hyperbaric oxygen therapy when used as a monotherapy was not found to be efficacious in addressing rectovaginal fistulas Lansdorp, 2021.

Regarding hospitalized patients, a study conducted by Dulai et al., revealed that hyperbaric oxygen therapy can enhance the efficacy of intravenous steroids in hospitalized ulcerative colitis patients experiencing acute flares. This treatment has been shown to result in low rates of re-hospitalization and colectomy within three months, indicating its positive impact on patient outcomes. An optimal clinical response to hyperbaric oxygen is typically achieved after a five-day course of treatment.

Finally, a recent meta-analysis conducted by McCurdy et al. in 2022 analyzed 19 studies involving a total of 809 patients, including three randomized controlled trials and sixteen case series. The results indicated significant rates of clinical remission in different types of inflammatory bowel diseases. The clinical remission rates for various inflammatory bowel diseases were reported as follows: 87% for ulcerative colitis, 88% for Crohn’s disease affecting the intestine lining, 60% for perianal Crohn’s disease, 31% for pouch disorders, 92 % for pyoderma gangrenosum, and finally 65 % for perianal sinus/metastatic Crohn’s Disease. Although twelve studies assessed treatment safety with hyperbaric oxygen therapy, findings showed that only minor adverse effects occurred in about 15% of patients. The studies’ quality was inadequate in most cases due to the lack of comparative groups, insufficient information on concurrent interventions and/or absence of quantifiable outcomes.

From a practical standpoint, the frequency and duration of hyperbaric oxygen therapy sessions necessary to achieve the therapeutic benefits may vary depending on factors such as a patient’s medical history, disease severity, and individual response to treatment. However, achieving effective outcomes from HBOT typically demands a regimen of 30 to 40 consecutive sessions.

In summary, hyperbaric oxygen therapy shows potential as a safe and effective option for treating individuals with inflammatory bowel disease in conjunction with conventional therapies like medication or surgery.

23/07/2026

A recent prospective clinical trial with a large sample size in a healthy elderly cohort, demonstrated that repeated intermittent hyperbaric oxygen exposures had dramatic ageing-modulating effects on the skin.

Decreased senescent cells
As you may already know, healthy skin cells divide every 24-48 hours. Senescence is the process in which a cell ages and permanently stops dividing but does not die. As we age, this process becomes more common. Over time, large numbers of old (or senescent) cells can build up in tissues throughout the body and taint healthy cells. HBOT significantly decreased senescent cells (also known as fibroblasts and melanocytes). So, with the help of HBOT, you can decrease senescent cells and leave the skin feeling and looking more youthful.

Increased elastic fibre length and stability
Elastic fibres decrease in ageing skin but accumulate abnormally in photoaged skin. This study showed increased elastic fibre length and stability among the cohort who received hyperbaric oxygen treatment. This is important for reversing the signs of ageing in skin, because increased elasticity means the skin does not sag or droop as much.

Increased collagen density
With age, the ability to replenish collagen naturally decreases. The study demonstrated hyperbaric oxygen therapy increased collagen density. The benefits of collagen in reversing the signs of ageing in skin are well known, so we’re thrilled to see that this is just one of the many benefits of HBOT.

02/07/2026

🩵JULY OZONE SAUNA THERAPY PROMOTION

At Hanz O3 Wellness Clinic, we are committed to providing professional, evidence informed wellness therapies at exceptional value. For the month of July, we are offering our lowest promotional prices of the year, making it the ideal time to begin your wellness journey.

Exclusive July Packages

✔ 8 Sessions for R1 600
Standard Price: R2 400
You Save: R800 WOW!!!!

✔ 10 Sessions for R2 000
Includes a FREE InBody Body Composition Assessment WHAT A BARGAIN!!!

Equivalent Standard Value: Approximately R3 000
You Save: R1 000, plus a complimentary InBody Assessment.

✔ 12 Sessions for R2 400
Standard Price: R3 600
You Save: R1 200 WOW!!!

When compared with similar Ozone Sauna Therapy programmes offered by other established premium wellness clinics near by, our July promotion offers exceptional savings.

-8 Session Package
Our July Price: R1 600
Comparable Premium Clinics: Approximately R2 559
You Save Up To R959

-10 Session Package
Our July Price: R2 000
Comparable Premium Clinics: Approximately R3 199
You Save Up To R1 199
PLUS a FREE InBody Body Composition Assessment

-12 Session Package
Our July Price: R2 400
Comparable Premium Clinics: Approximately R3 979
You Save Up To R1 579

This means you are receiving the SAME duration of treatment at a significantly LOWER investment while still benefiting from professional care, premium equipment and personalised service.

Why Choose Ozone Sauna Therapy?????

✔ Supporting natural detoxification pathways

✔ Promoting healthy circulation and oxygen delivery

✔ Supporting immune system function

✔ Helping to reduce inflammation and oxidative stress

✔ Assisting recovery after exercise

✔ Improving overall wellbeing and vitality

JULY ONLY‼️

🛑These promotional prices are available until 31 July 2026 only.

From 1 August 2026, all Ozone Sauna Therapy treatments will return to our standard consultation and package prices.

❌Once July ends, these promotional prices will no longer be available.

Book during July to take advantage of the lowest prices of the year before our standard pricing resumes.

📍 Hanz O3 Wellness Clinic
Wilmedpark Lenmed Hospital
Klerksdorp

Professional care. Exceptional value. Limited time only.

28/06/2026

How long have you been putting your health on hold?

💙 Are you constantly feeling tired?
💙 Struggling with stress?
💙 Want to improve your overall wellness?
💙 Looking for a fresh start this month?

There has never been a better time to invest in YOU.

At Hanz O3 Wellness Clinic, we are passionate about helping you prioritise your health through professional wellness therapies designed to support your body’s natural recovery and wellbeing.

Whether you’re looking to:
🩵 Improve your overall wellness
🩵 Support healthy circulation
🩵 Relax and unwind
🩵 Feel more refreshed and energised
🩵 Begin a healthier lifestyle journey

We’re here to help every step of the way.

🌿 This month is your opportunity to make yourself a priority.

Don’t wait until you feel worse…
Don’t wait until “next month”…
Start TODAY.

Ask us about our amazing monthly specials, including:

✅ Ozone Sauna Therapy Packages
✅ Mild Hyperbaric Oxygen Therapy
✅ InBody 120 Body Composition Assessment with selected packages
✅ Exclusive wellness promotions available this month

Not sure which wellness programme is right for you?

📩 Send us a message.
📞 Give us a call.
0725906361 Hanmarie’ Kriel
📍 Visit us

We’ll gladly guide you towards the best option for your personal wellness goals.

Your future self will thank you for the decision you make today.

Book your appointment now and discover why more people are choosing Hanz O3 Wellness Clinic to support their wellness journey.

📍Wilmedpark Lenmed Hospital – Room 110, Klerksdorp

26/06/2026

Well done!!

26/06/2026

🧬 IS YOUR BODY TRYING TO TELL YOU SOMETHING?

Do you constantly feel…

• Tired even after sleeping?
• Bloated or sluggish?
• Mentally foggy?
• Stressed or overwhelmed?
• Like your body just isn’t functioning at its best?
• That you’ve tried everything, but still don’t feel like yourself?

Your body works every second of every day to repair, recover and maintain balance.

But what happens when everyday stress, poor sleep, environmental pollutants, limited exercise, poor circulation and modern lifestyles place more demand on your body than it can comfortably manage?

At Hanz O3 Wellness Clinic, we believe your health deserves more than temporary solutions.

Discover Ozone Sauna Therapy

Ozone Sauna Therapy combines gentle heat with ozone gas in a specialized sauna cabinet where your head remains outside the unit for comfort.

This wellness therapy is designed to support your body’s natural physiological processes through controlled heat exposure together with ozone.

Why are people choosing Ozone Sauna Therapy?

Many clients report feeling:

✔ More energized
✔ More relaxed
✔ Less physically tense
✔ Better recovered after exercise
✔ Refreshed and revitalized
✔ Improved overall sense of wellbeing

How does it work?

The warm sauna environment encourages sweating, one of the body’s natural methods of eliminating waste products.

Heat exposure may help:

• Increase circulation
• Support healthy blood flow
• Promote relaxation
• Reduce muscle stiffness
• Encourage recovery after exercise
• Support general wellness

Ozone (O₃) is a highly reactive form of oxygen that has been studied for decades in medical and wellness settings. While research continues, ozone-based therapies are being investigated for their potential role in supporting healthy circulation, immune function and recovery. These therapies should be viewed as complementary wellness approaches rather than cures for disease.

Imagine if just 30 minutes could become your favourite part of the week…

A chance to:

💙 Relax deeply

💙 Support your body’s natural recovery processes

💙 Improve your overall wellness routine

💙 Invest in yourself

Because when you feel better…

You live better.

JULY SPECIAL

🔥 8 Sessions — R1600 (Save R800)

🔥 12 Sessions — R2400 (Save R1200)

🎁 Buy 10 Sessions for R2000 and receive a FREE InBody 120 Body Composition Assessment

👨‍👩‍👧 Bring 3 friends who each purchase the 8-session package, and you pay only R1000

Appointments are limited

📞 072 590 6361 Hanmarie’ Kriel
WhatsApp

📍 Hanz O3 Wellness Clinic
Wilmedpark Lenmed Hospital
Room 110, Klerksdorp

Your health is your greatest investment.
Start your wellness journey today.

26/06/2026

BLUE ZONES FOOD GUIDELINES + FREE PRINTABLE | We distilled more than 150 dietary surveys of the world’s longest-lived people to discover the secrets of a longevity diet. These 11 simple guidelines reflect how the world’s longest-lived people ate for most of their lives. By adopting some of the healthy eating principles into your daily life, you too can live better, longer.

Get the guidelines and download our free printable so you can post it in your home as a daily reminder.

https://www.bluezones.com/recipes/food-guidelines/

26/06/2026

CAN YOU NATURALLY REDUCE WRINKLES WITH FOOD?

Glowing, clear, and beautiful skin starts with what we eat. Skin is our largest organ, and its appearance is both a reflection of what we put onto our skin, as well as into our bodies. Recent nutrition studies have shown that eating foods rich in nutrients that support skin health–including antioxidants, vitamins, and microminerals–can improve skin structure and moisture, and protect against sun damage. Find out more: https://www.bluezones.com/2024/02/can-you-naturally-reduce-wrinkles-with-food/

Hanz o3 Wellness Clinic

23/07/2026

23/07/2026

23/07/2026

23/07/2026

02/07/2026

28/06/2026

26/06/2026

26/06/2026

26/06/2026

26/06/2026

Address

Opening Hours

Telephone

Website

Alerts

Shortcuts

Share

Category

Monday	08:00 - 17:00
Tuesday	08:00 - 17:00
Wednesday	08:00 - 17:00
Thursday	08:00 - 17:00
Friday	08:00 - 16:00