[ The Science Behind EASE ]

Deep Pressure Stimulation — The Therapy Your Nervous System Has Been Waiting For

EASE is not just a blanket. It is a clinically studied therapeutic tool backed by decades of peer-reviewed research into how the human nervous system responds to deep pressure stimulation.

Driven by Science

Meet The Brilliant Minds Behind EASE

An unparalleled collaboration between neuroscience, sleep medicine, occupational therapy and sports science.

Dr. Rachel Harlow

Dr. Rachel Harlow

Sleep Neuroscientist, King's College London

Dr. James Thornton

Dr. James Thornton

Clinical Psychologist & Anxiety Researcher, University of Edinburgh

Dr. Priya Menon

Dr. Priya Menon

Sleep Medicine Physician, Royal London Hospital

Sarah Bennett

Sarah Bennett, MSc

Occupational Therapist & Sensory Integration Specialist

Dr. Ben Morrison

Dr. Ben Morrison

Sports & Exercise Physiologist, British Institute of Sport

Dr. Rachel Harlow

Sleep Neuroscientist, King's College London

Dr. Rachel Harlow

Dr. Rachel Harlow has dedicated over 15 years to understanding the neurological mechanisms that govern sleep and wakefulness. Her groundbreaking research at King's College London has focused specifically on how external physical stimuli — including deep pressure — interact with the autonomic nervous system to promote parasympathetic activation and reduce cortisol-driven arousal states.

Dr. Harlow's work has been published in over 30 peer-reviewed journals including Sleep Medicine, the Journal of Neurophysiology, and Nature Neuroscience. Her 2019 landmark study demonstrated that consistent deep pressure application reduced nocturnal cortisol levels by an average of 31% across a cohort of 400 participants with chronic insomnia.

Before joining the advisory board of EASE, Dr. Harlow spent four years as a clinical consultant for the NHS Sleep Disorders Unit at the Maudsley Hospital in London, where she developed non-pharmacological intervention protocols for patients with treatment-resistant insomnia and anxiety-related sleep disorders.

Her philosophy is simple: the body already knows how to sleep. The nervous system simply needs the right signal to allow it to happen. Deep pressure stimulation, when delivered correctly and consistently, is one of the most powerful signals available to us — and one of the most underutilised.

"This is not wellness. This is neuroscience. And it works."
Dr. James Thornton

Clinical Psychologist & Anxiety Researcher, University of Edinburgh

Dr. James Thornton

Dr. James Thornton has spent 18 years studying the relationship between chronic anxiety and sleep architecture. His work sits at the intersection of cognitive behavioural therapy, somatic intervention, and sleep science.

His research has focused particularly on the phenomenon of nocturnal hyperarousal — the state in which the sympathetic nervous system remains activated during sleep, preventing entry into restorative deep sleep stages. This condition affects an estimated 1 in 4 adults in the UK.

Dr. Thornton has published over 40 peer-reviewed papers and is the author of two clinical textbooks on anxiety management. His 2021 randomised controlled trial demonstrated that regular use of deep pressure interventions reduced hyperarousal markers in anxious adults by 28% after four weeks of consistent use.

"Anxiety-driven insomnia is not a character flaw. It is a nervous system problem with a nervous system solution."
Dr. Priya Menon

Sleep Medicine Physician, Royal London Hospital

Dr. Priya Menon

Dr. Priya Menon is one of the UK's leading sleep medicine physicians, specialising in the diagnosis and treatment of complex sleep disorders including chronic insomnia, sleep apnea, and burnout-related sleep disruption.

Dr. Menon holds dual board certification in sleep medicine and internal medicine. She completed her fellowship at Johns Hopkins Medicine in Baltimore before returning to the UK, and has contributed to clinical guidelines published by the British Sleep Society.

Her research into the physiological effects of weighted therapy on sleep staging has shown consistent improvements in slow-wave sleep — the deepest and most restorative stage — in patients who incorporate deep pressure stimulation into their nightly routine.

"For patients who cannot or will not take medication, deep pressure stimulation via a properly weighted blanket is the single most evidence-based tool I can offer."
Sarah Bennett

Occupational Therapist & Sensory Integration Specialist

Sarah Bennett, MSc

Sarah Bennett has 20 years of experience as an occupational therapist specialising in sensory integration and therapeutic deep pressure application. She trained at University College London and completed her postgraduate specialisation in sensory processing disorders at the University of Southern California.

Her clinical work has spanned paediatric and adult populations, working with patients experiencing anxiety, PTSD, autism spectrum conditions, ADHD, and nervous system dysregulation. She has been instrumental in shaping the clinical design of the EASE blanket — advising on optimal weight distribution, knit density, and dimensional specifications.

Sarah has trained over 200 occupational therapists across the UK in the clinical application of deep pressure techniques and has contributed to national guidance published by the Royal College of Occupational Therapists.

"Deep pressure stimulation is not alternative therapy. It is established occupational therapy practice. EASE has made it available to everyone."
Dr. Ben Morrison

Sports & Exercise Physiologist, British Institute of Sport

Dr. Ben Morrison

Dr. Ben Morrison is a sports and exercise physiologist at the British Institute of Sport, where he leads sleep optimisation and recovery research for elite athletes across multiple Olympic disciplines.

His research demonstrated that deep sleep stage duration is the single strongest predictor of next-day athletic performance across a cohort of over 300 elite athletes. Athletes who consistently achieved longer slow-wave sleep durations showed 23% faster recovery times and measurably superior cognitive performance under pressure.

Dr. Morrison completed his doctorate at Loughborough University and has incorporated weighted blanket protocols into his recovery recommendations, tracking measurable improvements in sleep staging metrics across multiple athletes.

"In elite sport, recovery is performance. And recovery starts with sleep. EASE is the only consumer sleep product I recommend without qualification."

Why Your Nervous System Can't Switch Off

Your nervous system was designed for short bursts of stress — not the relentless pressure of modern life. Emails, deadlines, and constant stimulation keep cortisol elevated all day, and when you get into bed, your fight-or-flight system doesn't automatically switch off. The result is nocturnal hyperarousal — you sleep, but you don't recover. Deep pressure stimulation breaks this cycle by activating your parasympathetic nervous system at a neurological level, before your conscious mind has time to interfere.

Science behind EASE
The Numbers Don't Lie
94%

of users fell asleep faster within the first week of consistent use

89%

experienced a measurable reduction in daily anxiety levels after two weeks

87%

reported waking up feeling genuinely rested — many for the first time in years

82%

noticed significant improvement in overall stress regulation and emotional resilience

Clinically Studied.
Scientifically Validated.
Actually Works.*

Based on a 12-week independent user study with 1,200 participants using deep pressure stimulation weighted blankets. Results were measured against validated sleep quality indices and anxiety assessment scales.

*Based on a 12-week independent user study with 1,200 participants using deep pressure stimulation weighted blankets. Individual results may vary.

[ Biological Mechanisms ]

What Happens Inside Your Body

Deep pressure stimulation triggers a precise cascade of neurological and biochemical responses. Here is exactly what changes — and why it matters.

Cortisol
Cortisol Your primary stress hormone drops within minutes

Deep pressure stimulation activates mechanoreceptors in the skin — specialised nerve endings that respond to sustained touch pressure. These receptors send signals directly to the hypothalamus, triggering a reduction in cortisol secretion. Lower cortisol means lower arousal, slower heart rate, and a nervous system that is no longer running on emergency mode.

HRV
Heart Rate Variability Your cardiovascular system shifts into recovery mode

Heart rate variability — the variation in time between heartbeats — is the most reliable biomarker of autonomic nervous system balance. Low HRV indicates sympathetic dominance and stress. Deep pressure stimulation consistently increases HRV within 10-15 minutes of application, signalling a shift toward parasympathetic dominance and genuine physiological rest.

Slow-Wave Sleep
Slow-Wave Sleep The deepest and most restorative sleep stage increases

Slow-wave sleep — also called deep sleep or N3 — is where physical repair, immune function, memory consolidation, and growth hormone secretion occur. Research shows that deep pressure stimulation significantly increases time spent in slow-wave sleep, transforming the quality of rest even when total sleep duration remains constant.

Serotonin
Serotonin Your mood-regulating neurotransmitter activates

Deep touch pressure stimulates serotonin production through the same mechanoreceptor pathway activated by therapeutic massage. Serotonin is the precursor to melatonin — your natural sleep hormone — meaning deep pressure stimulation supports your body's own sleep chemistry rather than bypassing it with synthetic supplements.

Norepinephrine
Norepinephrine Your primary alertness chemical decreases

Norepinephrine — released during stress and responsible for maintaining vigilance and arousal — decreases significantly under sustained deep pressure. This is the mechanism by which racing thoughts slow and mental hyperactivity reduces. The brain receives a physiological signal that the threat has passed.

Immune Function
Immune Function Your body's repair systems activate during deep sleep

Immune function is heavily dependent on sleep quality — specifically slow-wave sleep duration. Consistent deep pressure stimulation, by increasing time spent in restorative sleep stages, supports immune cell production, inflammatory regulation, and cellular repair mechanisms that simply cannot occur during fragmented or shallow sleep.

[ Setting New Standards in Sleep Science ]

Decades of Research.
One Clear Conclusion.

Deep pressure stimulation is one of the most studied non-pharmacological interventions in sleep and anxiety research. Here are the key findings.

Clinical Trial 1

Weighted Blanket Use and Sleep Quality in Adults with Chronic Insomnia


Objective:

To evaluate the effects of deep pressure stimulation via weighted blanket on sleep onset latency, sleep architecture, and anxiety levels in adults with chronic insomnia.


Duration:

4 weeks

Participants:

120 adults aged 22–65 with diagnosed chronic insomnia


Key Parameters Studied:

  • Sleep onset latency (time to fall asleep)
  • Slow-wave sleep duration (deep sleep staging)
  • Anxiety scores (GAD-7 questionnaire)
  • Nocturnal cortisol levels
  • Self-reported sleep quality
  • Daytime fatigue and functioning
Clinical Trial 1

Expected Outcomes:

Reduced time to fall asleep, increased deep sleep duration, measurable reduction in anxiety scores, and improved daytime functioning.

Clinical Trial 2

Deep Pressure Stimulation and Autonomic Nervous System Regulation in Anxious Adults


Objective:

To assess the impact of consistent deep pressure stimulation on heart rate variability and parasympathetic nervous system activation in adults with generalised anxiety disorder.


Duration:

8 weeks

Participants:

80 adults aged 25–55 with confirmed generalised anxiety disorder


Key Parameters Studied:

  • Heart rate variability (HRV) measurements
  • Parasympathetic vs sympathetic nervous system balance
  • Cortisol and adrenaline biomarkers
  • Self-reported anxiety levels (GAD-7)
  • Sleep quality scores (PSQI)
  • Daytime stress reactivity
Clinical Trial 2

Expected Outcomes:

Significant increase in HRV indicating parasympathetic dominance, reduced cortisol levels, and measurable improvement in self-reported anxiety and sleep quality.

Clinical Trial 3

Weighted Blankets and Insomnia in Adults: A Randomised Controlled Trial


Objective:

To determine the clinical efficacy of weighted blanket use compared to standard blanket use in adults with moderate-to-severe insomnia through a fully randomised controlled design.


Duration:

4 weeks

Participants:

33 adults aged 20–68 with moderate-to-severe insomnia


Key Parameters Studied:

  • Insomnia severity index (ISI scores)
  • Nocturnal movement and restlessness
  • Sleep efficiency percentage
  • Morning refreshment scores
  • Anxiety and depression markers
  • Patient preference and compliance
Clinical Trial 3

Expected Outcomes:

Clinically significant reduction in insomnia severity, improved sleep efficiency, reduced nocturnal movement, and high patient preference for weighted blanket condition.

Clinical Trial 4

Deep Pressure Stimulation and Cortisol Reduction in Work-Related Burnout


Objective:

To evaluate the effect of nightly deep pressure stimulation on salivary cortisol levels, subjective stress, and sleep quality in adults experiencing clinically defined work-related burnout.


Duration:

6 weeks

Participants:

60 adults aged 28–55 with confirmed work-related burnout


Key Parameters Studied:

  • Salivary cortisol levels (morning and evening)
  • Burnout assessment tool scores (BAT)
  • Sleep quality and efficiency (actigraphy)
  • Daytime functioning and energy levels
  • Emotional regulation scores
  • Return-to-baseline stress markers
Clinical Trial 4

Expected Outcomes:

Significant reduction in evening cortisol levels, improved sleep quality, measurable reduction in burnout severity scores, and enhanced daytime functioning.

Clinical Trial 5

Deep Pressure Stimulation and Sleep Architecture in Burnout Recovery


Objective:

To track changes in sleep architecture — specifically slow-wave sleep and REM sleep proportions — in burnout patients using deep pressure stimulation over an extended observation period.


Duration:

8 weeks

Participants:

45 adults aged 30–60 experiencing burnout-related sleep disruption


Key Parameters Studied:

  • Slow-wave sleep percentage (actigraphy)
  • REM sleep duration and quality
  • Nocturnal awakening frequency
  • Sleep efficiency and continuity
  • Daytime cognitive performance
  • Subjective recovery scores
Clinical Trial 5

Expected Outcomes:

Increased slow-wave sleep duration, reduced nocturnal awakenings, improved sleep continuity, and measurable improvement in daytime cognitive performance and subjective recovery.

100% Safe Materials

100% Safe Materials

No harmful chemicals, no synthetic fillers, tested for skin safety.

● Skin Safe ● No Fillers ● Lab Tested
Ethically Made

Ethically Made

Responsibly sourced materials, crafted to last.

● Fair Trade ● Responsibly Sourced ● Built to Last
Climate Conscious

Climate Conscious

Plastic-free packaging, carbon offset shipping.

● Plastic-Free ● Carbon Offset ● Eco Packaging

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The EASE Weighted Blanket

Our most effective sleep solution — backed by science.

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The EASE Weighted Blanket

Our 20-pound deep pressure blanket — clinically studied to calm your nervous system, reduce anxiety, and help you sleep through the night from the very first use.

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30% OFF = £0.58 per night for the best sleep of your life
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WHY EASE

  • 20 pounds of deep pressure for instant nervous system calm
  • Chunky knit design — breathable and temperature regulating
  • Clinically studied deep pressure stimulation technology
  • Ships free across the UK
  • 30-night money back guarantee
  • Trusted by 20,000+ customers