Recovery TLV Clinic Equipment
Five professional modalities, one clinic, one 50–60-minute 1:1 session. Below — exactly what each tool does, how it works mechanistically, who benefits, and when not to use it.
Why these five tools, and why this clinic
Most physiotherapy clinics offer only one or two modalities. They became "TECAR clinics" or "manual therapy clinics" because the practitioner specialised in what they had — not because the patient's case demanded only that approach. Recovery TLV's design principle is the opposite: match the tool to the diagnosis, not the diagnosis to the tool. Below, the five modalities — what each one actually does, the science behind it, who benefits clinically, and the contraindications.
1. TECAR Therapy
What it does
TECAR delivers controlled deep heat — typically raising tissue temperature 3-4°C above baseline at depths up to 4-6 cm. This is not a surface massage and not a TENS unit. The depth of heating triggers three concurrent biological cascades: vasodilation (increased local blood flow by 100-300%), accelerated cellular metabolism (faster ATP production and waste clearance), and reduced muscle spasm (via neuromuscular gate-control mechanisms).
Patients typically feel three things during a session: a deep warming sensation in the target tissue (not painful), gradual reduction of localised pain, and a "loosening" of guarded muscle tone. Effects continue 24-72 hours after each session and accumulate across sessions.
How it works
TECAR uses radio-frequency electromagnetic energy at 0.4-1.2 MHz, transferred through the body via two electrode modes:
- Capacitive mode — an electrode with a dielectric (insulating) coating creates a high-frequency electric field that concentrates energy in superficial soft tissue: muscles, fascia, hypodermis. Used for muscle spasm, superficial trigger points, post-exercise recovery.
- Resistive mode — a bare conductive electrode drives energy through high-resistance structures: tendons, ligaments, bone, cartilage, deep fascial layers. Used for chronic tendinopathies, deep adhesions, joint capsules.
The patient holds a return plate that completes the circuit. The clinician moves the active electrode over the target region for 8-15 minutes, monitoring tissue temperature by hand and patient sensation. Energy converts to heat at the target depth without burning the skin — because the energy is converted in tissue, not at the surface.
Benefits — what patients gain
- Pain reduction within the same session (analgesic effect via neural gate control + muscle relaxation)
- Increased local circulation that accelerates removal of inflammatory metabolites
- Accelerated cellular repair in chronic tendinopathy through metabolic upregulation
- Reduced muscle guarding that allows for productive subsequent loading and stretching
- Non-invasive (no needles, no medication) — well tolerated, no recovery period
- Compatible with concurrent loading — can be combined with exercise in the same session
Best clinical uses
- Chronic tendinopathies (Achilles, patellar, lateral epicondyle, rotator cuff)
- Deep muscle trigger points (piriformis, suboccipitals, infraspinatus, deep cervical)
- Post-surgical adhesions and scar tissue (post-ACL, rotator cuff repair, frozen shoulder)
- Sub-acute sport injuries (muscle strains beyond the acute inflammatory phase)
- Persistent joint pain with capsular involvement
- Plantar fasciitis when load alone is insufficient
When NOT to use TECAR
- Acute injury within 48-72 hours (heat increases inflammation in the very acute phase)
- Pacemaker or implanted cardiac device (electromagnetic interference)
- Active malignancy in the treatment area
- Pregnancy in the abdominal/pelvic region
- Active infection or fever
- Open wounds in the treatment field
- Severe arterial insufficiency or active deep vein thrombosis
2. Class IV Therapeutic Laser
What it does
Our laser (A-Star PhysioGo Lite) delivers coherent photonic energy via photobiomodulation (PBM). At the cellular level it supports mitochondrial ATP production, reduces oxidative stress, and modulates inflammatory mediators. At the clinical level it can help reduce pain and support tissue healing, used as an adjunct alongside manual therapy and loading.
It is a Class IV biostimulating laser using infrared and red wavelengths at controlled therapeutic doses — hundreds of mW per diode, up to ~1.8 W with the multi-diode cluster applicator. Sessions are short, painless, and require eye protection (laser glasses) for safety. Laser is a supportive modality, not a stand-alone cure — the active ingredient in recovery is graded loading and movement.
How it works
The laser emits coherent light at specific therapeutic wavelengths — typically infrared (808-980 nm) for deep penetration and red (660 nm) for superficial work. These photons are absorbed by chromophores in the cell, primarily cytochrome c oxidase in mitochondria. This absorption triggers a cascade:
- Step 1 — Photon absorption releases nitric oxide (NO) bound to cytochrome c oxidase, reactivating the enzyme
- Step 2 — Reactivated electron transport chain produces 2-3× more ATP per cell
- Step 3 — Cell metabolism upregulates: protein synthesis, DNA repair, antioxidant production
- Step 4 — Inflammatory mediators (prostaglandins, cytokines) are downregulated
- Step 5 — Tissue repair processes are supported, complementing the body's natural healing
The multi-diode cluster applicator lets a clinically practical dose be delivered in a few minutes per region, so laser fits efficiently into a 1:1 session as an adjunct before loading.
Benefits — what patients gain
- Reduced pain (analgesic effect via reduced prostaglandin synthesis and nerve gate-control)
- May support wound healing and recovery after surgery, as an adjunct to rehabilitation
- Reduced inflammation and swelling in acute and sub-acute injuries
- Accelerated tendon and ligament repair in tendinopathies and partial tears
- Improved nerve function in peripheral neuropathies and post-surgical neural compromise
- Non-invasive, no medication, no thermal sensation, no downtime
- Compatible with all other modalities and exercise (no contraindication for same-day combination)
Best clinical uses
- Acute injuries (sprains, strains) for accelerated healing
- Post-surgical wound healing and scar maturation (ACL, rotator cuff, joint replacement)
- Tendinopathies (Achilles, patellar, rotator cuff) — adjunct to loading
- Inflammatory conditions: bursitis, capsulitis, plantar fasciitis
- Peripheral neuropathies (carpal tunnel, ulnar at cubital tunnel)
- Trigger point pain (myofascial, dry needling adjunct)
- Chronic joint pain (knee OA, shoulder OA — symptom management)
When NOT to use laser therapy
- Direct treatment over the eyes (laser glasses required for both clinician and patient)
- Active malignancy in the treatment area
- Pregnancy over the abdomen/pelvis
- Photosensitising medications (some antibiotics, retinoids — case-by-case)
- Tattoos in the treatment field (heat absorption can cause discomfort)
- Open epiphyseal plates in young children — caution at growth plates
- Active hemorrhage
3. VR Balance & Proprioception System
What it does
VR (Virtual Reality) rehabilitation uses immersive 3D environments to challenge balance, proprioception, motor planning, and movement confidence in ways traditional rehab equipment cannot match. The patient wears a head-mounted display and moves their body — the virtual world responds in real time. They might catch falling objects, navigate obstacle courses, lean to avoid moving targets, or perform sport-specific tasks in a simulated environment.
Two distinct clinical applications: (1) neuromotor retraining for objective balance and coordination deficits (post-ACL, post-stroke, balance in older adults), and (2) graded exposure for psychological barriers to movement (kinesiophobia in chronic pain, return-to-sport anxiety after major injury). The system tracks performance metrics — sway, reaction time, accuracy, range of motion — providing objective data on progression.
How it works
VR systems combine three components:
- Head-mounted display (HMD) — high-refresh-rate (90-120 Hz) screens display the virtual environment to each eye separately, creating depth perception
- Motion sensors — accelerometers, gyroscopes, and external trackers detect body movement at 1000+ samples/second
- Real-time rendering engine — updates the virtual scene based on body position with sub-millisecond latency, creating a closed motor-perception loop
The clinical magic comes from two psychological mechanisms: distraction (the brain processes virtual challenges, reducing perceived pain during exertion — patients often perform 30-50% more reps before reporting fatigue) and graded exposure (movements that the patient avoids in real life can be practiced in a low-stakes virtual environment, gradually rebuilding confidence). For neuromotor cases, VR provides repeatable, quantifiable challenges with progression that mirrors task complexity in real life.
Benefits — what patients gain
- Objective balance and proprioception data — not just clinician estimation
- Higher engagement and adherence (gamified rehabilitation feels less like 'exercise')
- Pain reduction during exertion via distraction mechanisms
- Progressive challenge calibrated precisely to current ability — automatic difficulty scaling
- Confidence rebuilding in patients who avoid movement (kinesiophobia)
- Sport-specific environments for return-to-play scenarios (cutting, landing, decision-making)
- Repeatable progress tracking — same task across sessions reveals quantitative improvement
Best clinical uses
- Post-ACL rehabilitation — progressive proprioceptive challenges in late-stage rehab
- Lateral ankle sprain rehabilitation — chronic ankle instability prevention
- Balance training in older adults (fall prevention)
- Chronic pain with kinesiophobia (low back pain, complex regional pain)
- Athletic return-to-sport when fear of re-injury is a barrier
- Post-surgical motor relearning when traditional cues are inadequate
When NOT to use VR
- Active vertigo (can worsen symptoms)
- Severe motion sickness susceptibility
- Recent concussion within 1 week of acute symptoms (use only when cleared)
- Seizure disorders triggered by visual stimuli (rare; case-by-case)
- Inability to wear the HMD due to facial trauma or skin condition
- Severe visual impairment that prevents environment perception
4. Full Strength Training Equipment
What it does
Professional strength equipment is the unsexy backbone of real rehabilitation. Manual therapy and modalities reduce pain and tissue stress. Strength training rebuilds the tissue's capacity to handle the loads of daily life and sport. Without progressive loading, an injury "heals" but the tissue remains weaker than its load demands — which is why injuries recur. The equipment at Recovery TLV enables fine load progression from rehabilitation to athletic return without the patient having to switch venues.
The inventory includes: free weights (dumbbells 1-50 kg, plates, bars), kettlebells (8-32 kg), resistance bands at multiple intensities (Theraband and progressive rubber tubing), selectorised machines for each major muscle group (leg press, lat pulldown, chest press, leg extension, hamstring curl), specific tools for evidence-based protocols (FlexBar for Tyler Twist, slant boards for eccentric calf raises, isokinetic-style devices for HSR), and balance/stability tools (BOSU, wobble boards, foam pads).
How it works — the principles
Three principles of progressive loading guide equipment use:
- Specificity — strengthen the tissue and muscle pattern that fits the patient's task. A runner with patellar tendinopathy needs progressive squat-pattern loading, not isolated quadriceps machine work.
- Progression — load (weight, sets, reps) increases gradually, typically 5-10% per week, calibrated to symptom response. Too fast = re-injury; too slow = no adaptation.
- Variation — different rep ranges, tempos (especially eccentric vs concentric), and exercise variants drive different adaptations. For tendinopathies, slow eccentric phases (3-5 seconds) at heavy loads (Heavy Slow Resistance) drive collagen reorganisation.
Specific tools support specific evidence-based protocols. The FlexBar enables the Tyler Twist eccentric exercise (Tyler 2010, JSES — DASH score improvement +76% vs +13% with standard physiotherapy). Selectorised machines allow precise load matching during rehabilitation phases when free weights would be unsafe due to control limitations. Heavy resistance bands support open-chain rotator cuff strengthening with constant tension throughout the range.
Benefits — what patients gain
- Continuous rehabilitation pathway from acute to athletic without leaving the clinic
- Expert-supervised loading at the exact intensity and ROM the tissue tolerates today
- Access to evidence-based protocols (Tyler Twist, HSR, eccentric calf protocols) with the right tools
- Real-time technique correction and load progression decisions in the same session
- No "homework gap" — the rehabilitation gym is the rehabilitation clinic
- Confidence-building through observed lifting performance — patients see their progress
- Sport-specific strength preparation in the late phase of return-to-sport rehab
Best clinical uses
- Every sport rehabilitation case — the central tool, not optional
- Heavy Slow Resistance protocols for chronic tendinopathies (Achilles, patellar, lateral epicondyle)
- Tyler Twist eccentric protocol for tennis elbow (FlexBar)
- Progressive post-surgical strengthening (post-ACL, rotator cuff repair, joint replacements)
- Strength rebuilding after disuse atrophy (post-immobilisation, post-illness)
- Sport-specific late-stage rehabilitation (return-to-sport criteria)
- Long-term injury prevention programs for athletes
When NOT to use strength equipment
- Acute fracture not yet healed (load progression staged with imaging)
- Active rotator cuff repair before tissue healing milestone (typically 6-12 weeks post-op)
- Acute disc herniation with motor weakness (load only after neurology stabilisation)
- Symptomatic cardiovascular disease without medical clearance
- Uncontrolled hypertension during heavy loading
- Severe osteoporosis with high fracture risk under axial load
5. TENS (Transcutaneous Electrical Nerve Stimulation)
What it does
TENS is the most widely used electroanalgesic modality in physiotherapy. It applies controlled low-intensity electrical pulses through skin electrodes to modulate pain processing in the nervous system. Used for both acute pain (immediate relief during loading or movement) and chronic pain (ongoing self-management). Compact home units allow patients to manage flares independently — TENS is one of the few clinic modalities that translates effectively to home self-care.
Patients feel a controlled tingling, buzzing, or rhythmic tapping sensation that should be strong but not painful. The intensity is patient-controlled. Effects begin within minutes of activation and last for the duration plus a residual analgesic window of 30 minutes to several hours.
How it works
TENS operates through two distinct neurophysiological mechanisms depending on parameters:
- Conventional / High-Frequency TENS (50-100 Hz, low intensity, sensory) — Activates large-diameter Aβ sensory fibres. Per the Gate Control Theory (Melzack & Wall, 1965), input from large fibres "closes the gate" at the spinal cord dorsal horn, blocking transmission of nociceptive signals from smaller C and Aδ fibres. Fast onset, fast offset. Best for acute pain.
- Acupuncture-Like / Low-Frequency TENS (1-4 Hz, high intensity, motor) — Produces visible muscle twitches. Activates descending pain modulation pathways and triggers endogenous opioid (β-endorphin, enkephalin) release. Slower onset (~20 minutes), longer-lasting effect (up to several hours post-application). Best for chronic pain.
- Burst TENS — combines both mechanisms in alternating cycles
Clinical electrode placement strategies: directly over the painful area, over the corresponding spinal segment, over peripheral nerve trunks, or over acupuncture points. Skin must be clean, dry, and intact. Sessions typically 20-30 minutes; can be used multiple times daily.
Benefits — what patients gain
- Drug-free pain relief — useful when medications are contraindicated or insufficient
- Patient-controlled — intensity set to comfort, no dependency or addiction risk
- Enables productive loading by reducing pain during exercise
- Home unit available for self-management between clinic sessions
- Safe combination with manual therapy, exercise, and other modalities
- Inexpensive and accessible compared with most clinical modalities
- Drug-free option for symptomatic pain relief during daily activity
Best clinical uses
- Acute musculoskeletal pain (low back, neck, shoulder)
- Chronic pain conditions (persistent low back pain, OA pain)
- Post-surgical pain management (knee replacement, rotator cuff repair, spine surgery)
- Labour and obstetric pain (specialised obstetric TENS units)
- Dysmenorrhoea (period pain)
- Diabetic peripheral neuropathy (low-frequency mode)
- Pre-exercise pain reduction to allow loading in tendinopathies and OA
When NOT to use TENS
- Pacemakers, implanted defibrillators, neurostimulators (interference risk)
- Direct application over the carotid sinus (cardiovascular reflex risk)
- Direct application over the eyes
- Pregnancy: avoid abdomen and lumbar in 1st trimester (specialised obstetric TENS only)
- Over active malignancy
- Over broken or infected skin
- Patients unable to provide feedback (cognitive impairment, infants)
- Active arrhythmia (relative — case-by-case)
What you'll experience in a session
Patients commonly ask "what does it feel like?" before agreeing to a new treatment. Honest sensory descriptions:
- TECAR: A noticeable warm sensation that grows deep in the tissue (4-6 cm in), not on the skin. Feels like a deep internal heat — never burning. The clinician keeps the electrode moving constantly. Patients sometimes describe it as "warming from the inside out". 8-15 minute application per region. After the session: warmth and looseness for 24-72 hours.
- Class IV laser: No thermal sensation at therapeutic doses. You wear protective laser glasses. The clinician sweeps the laser head over the area. Each region takes 2-5 minutes. You feel essentially nothing during application — but you may notice reduced pain and stiffness within hours, with progressive improvement over the next 24-48 hours.
- TECAR + Laser combination: Both can be done in the same session safely. Often laser first (priming the cells) then TECAR (deep heat for spasm and circulation) — about 15-20 minutes combined.
- VR rehabilitation: Engaging and game-like — most patients enjoy it more than traditional rehab exercises. Some experience mild visual disorientation in the first 1-2 minutes that resolves quickly. Sessions typically 5-15 minutes integrated into a larger physiotherapy session. Heart rate often increases without the patient noticing — confirming higher work output than they would have done with traditional exercise.
- Strength equipment: The familiar feeling of gym work — but with constant clinical supervision and immediate technique correction. Patients often report "I never knew I was doing that wrong" after their first session — small technique adjustments transform the exercise from injury-perpetuating to injury-healing.
How many sessions until I feel results?
Realistic expectations — every case is individual but these are typical timelines observed in clinical practice:
- Acute injuries (sprains, strains): 1-3 sessions for pain reduction, 4-8 sessions for full functional return. Laser can be a helpful adjunct in early healing.
- Chronic tendinopathy (Achilles, patellar, tennis elbow): 6-8 sessions to see clinical change, 12-16 sessions for substantial improvement. TECAR + progressive loading is the workhorse combination. Eccentric loading (Tyler Twist for tennis elbow, Heavy Slow Resistance for Achilles) is the active ingredient — modalities accelerate the process.
- Post-surgical rehabilitation (ACL, rotator cuff, joint replacement): 12-30+ sessions over 4-9 months depending on surgery type. Equipment integration is essential — without progressive strength loading, post-surgical outcomes plateau early.
- Chronic muscle spasm and persistent pain: 3-6 sessions for clinically meaningful relief; 8-12 sessions for sustained improvement. TECAR + manual therapy + targeted strengthening of stabilising muscles.
- Balance and proprioception (post-ACL late stage, ankle sprain prevention): 8-12 sessions of integrated VR + traditional balance work shows measurable change in objective metrics (sway, reaction time).
Important: early sessions establish diagnosis, treatment plan, and baseline. Most patients feel some improvement by session 3 — but lasting change typically takes 6-12 sessions of consistent work with home exercise compliance. Anyone promising "one-session fix" for a chronic condition is overpromising.
Myths vs facts
- Myth: "TECAR is just a fancy heating pad." Fact: a heating pad heats the skin surface by 1-2 cm at most. TECAR delivers electromagnetic energy converted to heat at 4-6 cm depth — an entirely different physiological effect at the tissue level.
- Myth: "Therapeutic laser is the same as the lasers used for hair removal or tattoo removal." Fact: completely different. The therapeutic laser uses specific photobiomodulation wavelengths at controlled doses to stimulate cellular activity. Cosmetic lasers use different wavelengths at much higher doses to destroy tissue (hair follicles, ink). One supports healing, the other ablates.
- Myth: "VR rehabilitation is just gaming, not real therapy." Fact: clinical VR systems are purpose-built medical devices with calibrated motor tracking, validated assessment metrics, and evidence-based exercise protocols. The "game" experience is intentional — engagement and graded exposure are clinically validated mechanisms.
- Myth: "I can do the strength training at home — I don't need to come for sessions." Fact: home strength work with bands and bodyweight is excellent for the maintenance phase but rarely sufficient for the rehabilitation phase. Heavy Slow Resistance protocols, eccentric overload, and post-surgical loading require equipment and supervision that home setups cannot provide. Once you're past the rehabilitation phase, home maintenance is the right next step.
- Myth: "Modalities are passive — I should be doing exercises instead." Fact: the right answer is "both, integrated." Modalities reduce pain and tissue stress, which lets you load productively. Loading without pain reduction often re-injures. Pain reduction without loading creates dependence and no lasting change. Integration is the point.
- Myth: "If the equipment is so good, I'll feel better after one session." Fact: most chronic conditions take 6-12 sessions of consistent integrated treatment to substantially improve. A single session can reduce acute pain — but lasting tissue change is a process. Be wary of any clinic promising one-session cures for chronic conditions.
Quick comparison: each tool vs alternatives
- TECAR vs heating pad: TECAR reaches 4-6 cm depth with controlled tissue temperature; heating pad reaches 1-2 cm at most and warms the skin without targeting deep structures.
- TECAR vs ultrasound: Both deliver deep energy, but TECAR provides better-controlled tissue temperature and more comfortable patient experience. Ultrasound has decades of evidence; TECAR has strong clinical effect data and is increasingly the modality of choice in European sports medicine.
- Laser vs ice (for acute injury): Ice constricts blood vessels and slows metabolism — useful for the first 24-48 hours of acute swelling, less useful after. Laser therapy supports cellular repair through photobiomodulation — a complementary adjunct from day 2 onward.
- VR vs traditional balance (BOSU, foam pad): Traditional tools provide unstable surfaces; VR adds dynamic challenge with quantified performance metrics. For early balance work, traditional is sufficient. For late-stage and return-to-sport, VR adds capabilities traditional tools cannot match.
- Professional strength equipment vs home setup: Home setup is great for maintenance — bands, light weights, bodyweight. Professional equipment is essential for the rehabilitation phase — heavy load progression, selectorised machines for precise targeting, evidence-based protocol tools (FlexBar, eccentric devices) that don't exist as home versions.
How the five work together in one session
A typical 50–60-minute rotator cuff rehabilitation session at Recovery TLV might look like:
- 0-5 min: reassessment, ROM measurement, pain check, plan for the session
- 5-15 min: laser over the supraspinatus and infraspinatus — supports local inflammation control and primes the tissue for loading
- 15-25 min: manual therapy — joint mobilisation of glenohumeral and scapulothoracic, soft tissue release of pec minor and suboccipitals
- 25-40 min: progressive strength work — external rotation with bands, scapular Y-T-W, weighted Empty Can — exact load chosen based on session-specific tolerance
- 40-50 min: TECAR over residual trigger points or tight fascia identified during loading — extends post-session relief
- 50-55 min: VR balance/proprioception challenge if return-to-sport phase, or movement re-education if technique drift detected
- 55-60 min: home program update, next-session goals, questions answered
This integration is impossible in 20-30 minute sessions. It is the reason 50–60-minute 1:1 sessions are the price of admission to evidence-based clinical care — not a luxury.
Equipment is a tool, not the treatment
A final, important caveat: equipment alone does not cure injuries. A TECAR machine in the wrong hands is a heat lamp; a laser without diagnostic accuracy is just expensive light; a VR system without clinical reasoning is a video game. The equipment described above is meaningful only because it is wielded by a clinician with 21+ years of clinical experience, accurate differential diagnosis, and an understanding of when each tool is appropriate. Real rehabilitation is: accurate assessment + tailored treatment plan + progressive loading + movement pattern correction. Equipment enables the 'how'. Clinical experience determines the 'what'.
Book an initial assessment with the right tools
TECAR + Class IV laser + VR + professional strength equipment — under one roof, in one 50–60-minute 1:1 session.
Frequently asked questions
Clinic equipment · Recovery TLV
FIVE MODALITIES IN DEPTH: Recovery TLV combines five professional modalities: TECAR therapy (radio-frequency electromagnetic energy 0.4-1.2 MHz, capacitive and resistive modes, 4-6 cm depth, raises tissue temperature 3-4°C above baseline; for chronic tendinopathies, deep trigger points, post-surgical adhesions; contraindications: acute injury <72h, pacemakers, malignancy), Class IV therapeutic laser (A-Star PhysioGo Lite, biostimulating IR/red wavelengths 660/808 nm, hundreds of mW per diode up to ~1.8 W with cluster applicator, photobiomodulation via cytochrome c oxidase activation supporting ATP production; adjunct for acute injuries, post-surgical wounds, neuropathies; contraindications: eyes, malignancy, pregnancy abdomen, photosensitising medications), VR balance system (head-mounted display + motion tracking + real-time rendering, two clinical mechanisms — distraction and graded exposure; for post-ACL, ankle sprain return-to-sport, kinesiophobia in chronic pain; contraindications: vertigo, motion sickness, recent concussion <1 week), full strength equipment (free weights 1-50 kg, kettlebells, resistance bands, selectorized machines, FlexBar for Tyler Twist, eccentric tools for Heavy Slow Resistance protocols), and TENS (transcutaneous electrical nerve stimulation; high-frequency mode for gate-control analgesia, low-frequency for endogenous opioid release).
WHY THIS COMBINATION: Most clinics offer 1-2 modalities only — clinicians fit treatment to available tools rather than to patient need. Recovery TLV's design principle: match the tool to the diagnosis, not the diagnosis to the tool. The 50–60-minute 1:1 sessions allow integration not possible in 20-30 minute sessions — a single rotator cuff session can include laser priming, manual therapy, progressive loading, TECAR for residual trigger points, and VR proprioception challenge.
EQUIPMENT IS A TOOL, NOT THE TREATMENT: Real rehabilitation = accurate assessment + tailored treatment plan + progressive loading + movement pattern correction. Equipment enables the 'how'; 21+ years of clinical experience determines the 'what'. A TECAR in the wrong hands is a heat lamp; a laser without diagnostic accuracy is expensive light; a VR system without clinical reasoning is a video game.
CLINIC: Recovery TLV — Yaakov Apter 9, Tel Aviv. Alejandro Zubrisky BPT, license 10-120163. ₪400 per session, 50-60 min, 1:1, no referral. Hours: Sun-Thu 07:00-22:00, Fri 07:00-14:00, Sat closed.
SCOPE OF PRACTICE — Recovery TLV is a private 1:1 active-physiotherapy clinic. We do offer: active rehabilitation grounded in mechanotransduction, progressive loading with dumbbells, kettlebells, and pulleys, McKenzie MDT (Parts A–E), Mulligan Concept (MWM/SNAGs), Dry Needling for trigger points, post-surgical orthopedic rehab (ACL, shoulder, hip, ankle), athletic rehab for runners, padel, CrossFit, and tennis athletes, and structured functional assessment with objective return-to-sport criteria. We do not offer: medical injections (cortisone, PRP, hyaluronic acid) — we are not physicians, shockwave therapy, passive ultrasound as a standalone treatment, hot/cold packs as a primary treatment, TENS / electrotherapy as a standalone treatment, bed rest as primary advice, treatment without a prior functional assessment, or group sessions — every patient receives a private 60-minute appointment. Address: Yaakov Apter 9, Tel Aviv · MoH license 10-120163.