For patients, athletes, and caregivers navigating meniscus surgery — from the week before your procedure through full return to sport, work, and activity.
Meniscus surgery is one of the most commonly performed orthopedic procedures in the United States. The surgery itself — almost always arthroscopic, outpatient, and completed in under an hour — is technically straightforward. The recovery is where the variation lives.
Whether your surgeon removed damaged tissue or repaired it with sutures determines almost everything about your recovery timeline, your weight-bearing restrictions, and the rehabilitation work ahead. A partial meniscectomy and a meniscus repair are fundamentally different procedures in terms of what the knee is being asked to do afterward. Understanding that difference is the starting point for managing the recovery well.
This guide covers the anatomy of the meniscus and why it tears, the critical clinical difference between meniscectomy and repair, why swelling management connects directly to quad function and rehabilitation progress, how to integrate cold and compression therapy across the full recovery arc, and what return to full activity actually looks like when each phase is handled with the right protocol.
Understanding the Meniscus and Why It Tears
Two C-shaped discs of fibrocartilage that do far more than absorb shock — and why their blood supply determines what kind of surgery you need.
What the Meniscus Does
Each knee contains two menisci — the medial meniscus on the inner side and the lateral meniscus on the outer side. Each is a C-shaped wedge of fibrocartilage that sits between the femur and tibia, filling the gap created by the mismatch between the rounded femoral condyles and the relatively flat tibial plateau. Together they distribute load across the knee joint, absorb compressive forces during walking, running, and jumping, provide rotational stability, and assist in joint lubrication.
The functional importance of the meniscus is often only appreciated after it is damaged. Without intact meniscal tissue, contact stress on the articular cartilage increases significantly — by as much as 40–70% after a total meniscectomy. This is why preserving as much healthy meniscal tissue as possible, and why repair is preferred over removal when the tear location and tissue quality allow it, matters not just for the immediate recovery but for the long-term health of the knee joint.
The Red Zone and the White Zone
The most important thing to understand about meniscus tears — and the factor that determines which surgery you will have — is blood supply. The outer third of the meniscus (the periphery) is vascularized and is called the red zone. Tears in the red zone can heal if repaired surgically, because blood flow delivers the oxygen and growth factors that tissue healing requires. The inner two-thirds of the meniscus receives no direct blood supply — it is nourished only by the diffusion of synovial fluid. This is the white zone. Tears here cannot biologically heal, even with sutures in place, which is why they are typically treated with partial meniscectomy rather than repair.
This vascular anatomy directly determines your recovery timeline. If your tear was in the red zone and your surgeon repaired it, your recovery will be measured in months, because the repaired tissue needs time to heal. If your tear was in the white zone and was treated with a partial meniscectomy, your recovery will be measured in weeks, because there is no healing tissue to protect — there is only post-surgical inflammation to manage before rehabilitation can proceed.
Who Tears Their Meniscus
Athletes in pivoting and cutting sports — Soccer, basketball, football, and skiing generate the twisting, compressive forces on a planted foot that produce acute meniscal tears, often in combination with ACL injuries.
Adults over 40 with degenerative tears — Cumulative wear causes the meniscus to become brittle and prone to tearing with relatively minor loading events. Degenerative tears are the most common type overall and are frequently associated with early knee arthritis.
ACL reconstruction patients — Meniscal tears occur concurrently in approximately 50% of ACL injuries. If a meniscal procedure was performed alongside your ACL reconstruction, your recovery protocol will follow the more restrictive of the two timelines.
Workers with sustained kneeling or squatting demands — Repetitive deep flexion under load degrades the meniscal tissue over time, particularly in tradespeople, construction workers, and those in physically demanding occupations.
Recreational athletes of all ages — A weekend soccer game, a trail run, or a skiing trip can produce an acute tear without any prior history of knee symptoms. The meniscus does not distinguish between competitive and recreational loading.
Meniscectomy vs. Repair: The Recovery-Defining Decision
| Factor | Partial Meniscectomy | Meniscus Repair |
|---|---|---|
|
What it does |
Removes the torn, unrepairable portion of the meniscus |
Sutures the tear to allow biological healing of the tissue |
|
Tear location |
White zone (avascular) — cannot heal |
Red zone (vascular periphery) — can heal with blood supply |
|
Weight-bearing |
Typically immediate, weight-bearing as tolerated from day one |
Non-weight-bearing or toe-touch only for 4–6 weeks to protect the repair |
|
Return to sport |
4–8 weeks for most activities; 3–4 months for cutting/pivoting sports |
6–9 months for most sports; up to 12 months for complex repairs or combined procedures |
|
Healing requirement |
No tissue healing required — recovery is managing post-surgical inflammation |
Tissue must biologically heal — the repair must be protected throughout healing |
|
Long-term consideration |
Increased joint contact stress; elevated arthritis risk over time |
Preserves meniscal function and joint protection if healing is successful (~80–85% success rate) |
The most important thing to establish before surgery is which procedure you are having and why. If you are having a repair, the non-weight-bearing and restricted motion requirements in the first six weeks are not optional — they are what allow the sutures to hold while the tissue knits. If you are having a meniscectomy, the recovery is primarily about managing post-arthroscopic inflammation and rebuilding quad strength as quickly as possible.
Why Swelling Management Is the Foundation of Meniscus Recovery
The quad inhibition problem — why swelling in the knee prevents the most important work of rehabilitation from happening.
Every post-surgical recovery benefits from inflammation management. Meniscus surgery has a specific clinical reason that goes beyond comfort — one that connects swelling control directly to your ability to do the foundational work of rehabilitation from the first day home.
When the knee joint swells, mechanoreceptors in the joint capsule send neural signals that reflexively inhibit the quadriceps — particularly the vastus medialis oblique (VMO), the teardrop-shaped muscle that fires during the last degrees of knee extension. This process is called arthrogenic muscle inhibition (AMI), and it is well documented after meniscal injury and meniscus surgery specifically. The inhibition is not a pain response. It is a direct neurological mechanism: excess fluid in the joint triggers protective suppression of the muscles that cross it. You cannot fully contract your quad not because the muscle is damaged, but because the swollen joint is neurologically preventing it.
Research has shown that as little as 20–30 mL of fluid in the knee joint — less than two tablespoons — is sufficient to produce measurable quadriceps inhibition. The first exercise in every meniscus surgery rehabilitation protocol is the quad set: a simple isometric contraction with the leg straight. The reason it takes work to achieve visible VMO activation immediately after surgery is AMI. And the reason cold and compression therapy in the first days has measurable effects on rehabilitation velocity is that it reduces the swelling driving that inhibition, allowing the muscles to fire more fully, earlier.
The Effusion Threshold for Quad Inhibition
20–30 mL
The volume of intra-articular fluid sufficient to produce measurable quadriceps inhibition — roughly two tablespoons
Cryotherapy has been shown to reduce the H-reflex suppression associated with knee joint effusion, partially reversing the neural inhibition that prevents quad activation. Thirty minutes of cold therapy reduces AMI for at least 30 minutes after removal. Applying cold and compression consistently throughout recovery keeps swelling below the inhibition threshold and allows PT sessions to produce real muscle recruitment from the first session.
Extension Deficit: The Milestone That Governs Everything
Full passive knee extension — the operated leg extending as completely as the healthy leg — is the single most critical early milestone in meniscus surgery recovery. AMI from swelling, combined with hamstring guarding and post-surgical stiffness, can prevent patients from achieving full extension in the first days and weeks. Extension deficits that persist beyond six weeks become significantly harder to address and create a cascade of downstream consequences: altered gait mechanics, ongoing inhibition, and extended timelines. Managing swelling aggressively from day one is the most direct intervention available to protect full extension.
Meniscus Surgery Recovery Phase by Phase
The timelines differ significantly between meniscectomy and repair — but the role of cold and compression is the same throughout.
| Phase | Primary Goals | Key Milestones | Temp Guidance | Cold + Compression Role |
|---|---|---|---|---|
|
Acute Days 0–7 |
Control swelling. Manage pain. Achieve full passive extension. Begin quad activation. Protect repair if applicable. |
Full passive extension, visible VMO contraction on quad set, wound closure, measurable swelling reduction |
Moderate (54–58°F). Supports swelling control without suppressing early healing. Per surgeon protocol. |
4–6 sessions daily; reduces AMI barrier to quad activation; overnight use critical |
|
Early Recovery Weeks 1–6 |
Restore ROM. Normalize gait (meniscectomy). Protect repair (repair). Build quad and hip strength base. |
Meniscectomy: normalized walking, full ROM. Repair: protected weight-bearing, flexion to 90°+ per protocol |
Therapeutic range. Post-session swelling management as loading begins. |
After every PT session; prevents swelling from re-establishing AMI between sessions |
|
Strengthening Weeks 6–16 |
Progressive quad, hamstring, and hip strengthening. Single-leg loading. Full ROM. Meniscectomy: return to running prep. |
Full active ROM, single-leg squat quality, limb symmetry tracking, cleared for jogging (meniscectomy ~8–12 weeks) |
Therapeutic range. Cooling after loading sessions without restricting the strength-building response. |
Post-session; prevents swelling-related inhibition from stalling quad development |
|
Sport-Specific Months 3–9 |
Running mechanics, agility, plyometrics, sport-specific movement. Repair: graft tissue still maturing. |
Symmetrical running, hop test performance, cutting clearance (repair: 6–9 months depending on procedure) |
Moderate. Post-training and post-activity as directed by care team. |
Post-training and post-session; tissue is still remodeling throughout this phase |
|
Return to Sport Months 4–12+ |
Full return to competition, contact, and cutting activity. Criteria-based, not calendar-based. |
Quad LSI ≥90%, hop test battery, pain-free performance of sport-specific demands, surgeon clearance |
Moderate. Post-competition as needed. |
Post-competition and post-training; recovery discipline carries through the first competitive season |
Acute Phase — Days 0–7
The most important week in the recovery — and the window where cold therapy has its most direct effect on rehabilitation velocity.
Peak swelling occurs in the first 48–72 hours. The goal is not simply to get through this week in comfort — it is to arrive at week two with minimal intra-articular effusion, full passive extension established, and early quad activation achieved. Apply cold and compression 4–6 times daily, including overnight. The AMI mechanism means that every reduction in swelling is a direct improvement in quad firing capacity. Patients who manage swelling aggressively in the acute phase arrive at their first PT sessions able to do meaningful work. Those who do not arrive inhibited and spend the first sessions trying to achieve activation that should have been established at home.
Repair patients: Do not place weight on the knee without crutches regardless of how the knee feels. The absence of sharp pain does not mean the repair is safe to load — sutures are holding tissue together that has not yet begun to heal.
Meniscectomy patients: Weight-bearing as tolerated from day one, but do not mistake early mobility for early recovery. The quad inhibition problem applies equally — use cold therapy aggressively even if you are moving around sooner than expected.
Early Recovery — Weeks 1–6
The timelines diverge sharply here — but the swelling management imperative is the same for both procedures.
For meniscectomy patients, this phase focuses on restoring full ROM, normalizing gait, and building the quad and hip strength base that will drive the return-to-sport timeline. PT sessions intensify. Each session creates loading-induced swelling. Applying the NICE1 within 30 minutes of every PT session and again in the evening prevents swelling from consolidating overnight and impairing the following day's work. For repair patients, this phase is about strict protection of the sutures. Non-weight-bearing discipline, brace compliance, and conservative ROM progression per surgeon protocol are the priorities. Cold and compression runs through the night, covering the hours when the knee is swollen, still, and most responsive to sustained thermal management.
Milestone to protect for both: Full passive extension must be achieved and maintained. Any loss of extension that was previously achieved requires immediate PT evaluation — it can indicate scar formation or repair complication depending on procedure type.
Strengthening — Weeks 6–16
The phase where quad strength is built and the return-to-sport trajectory is established.
Progressive resistance training, single-leg loading, closed-chain quad work, and proprioceptive training. The loads increase each week. Each loading cycle creates inflammatory response. Managing that response with consistent cold and compression after sessions prevents swelling from re-establishing arthrogenic inhibition just as quad strength is building momentum. Your PT will track quad strength — limb symmetry assessments, single-leg squat quality, and eventually formal strength testing. The numbers at the end of this phase determine clearance for running and the trajectory of sport-specific work. Morning effusion after a training session means the load exceeded tissue tolerance: reduce intensity, increase cold therapy frequency, and report to your PT.
Repair patients enter this phase at week six only if the surgeon confirms initial healing on exam or imaging. Repair patients begin strengthening more conservatively and advance more slowly through loading milestones.
Sport-Specific Training — Months 3–9
Running, cutting, plyometrics — the movements that will determine your return.
Return-to-run protocols begin around 8–12 weeks for meniscectomy and 4–6 months for repair, contingent on quad strength symmetry. Agility and plyometric work follows. Apply cold and compression after every running session, every plyometric session, and any training day that involves cutting or change-of-direction work. Post-session soreness that resolves overnight is acceptable. Morning swelling after a session is a signal — the tissue was overloaded, not just worked. The recovery discipline built in earlier phases is what keeps this phase progressing rather than stalling.
Return to Sport — Months 4–12+
Clearance is criteria-based. Feeling ready and being ready are not the same thing.
Return to full contact and cutting sport requires objective criteria: quad strength symmetry at or above 90% of the healthy leg, passage of a functional hop test battery, and surgeon clearance. Meniscectomy patients may achieve this by three to four months for non-pivoting sports. Repair patients typically require six to nine months, and some complex repairs or combined procedures require up to twelve months. Continue post-training cold and compression through the first competitive season. The recovery tools that brought you to this point remain relevant — not indefinitely, but for the period when the tissue is still adapting to the demands of full competition.
Delivered to Your Door
Rent the NICE1 by the week. An authorized distributor in your area will contact you within 3–5 business days to schedule delivery. Your unit arrives ready to use before day one of recovery.
Rent a NICE1The NICE1: Precision Cold and Compression for Meniscus Recovery
The clinical standard trusted by orthopedic surgeons and professional sports medicine teams — available to every patient and athlete at every level.
The NICE1 from NICE Recovery Systems is a precision cold and compression system built for the clinical demands of post-surgical recovery. For meniscus patients, its specific advantages are in the two areas where conventional ice therapy falls furthest short: temperature consistency over extended sessions and overnight coverage without interruption. Both matter because meniscus recovery — especially for repair patients — extends over months, and the cumulative effect of consistent cold and compression across hundreds of post-session applications is what separates disciplined recoveries from stalled ones.
"For post-surgery recovery, I can't recommend NICE enough."
Dr. Tom Hackett, Orthopedic Surgeon and Partner, The Steadman Clinic
Consistent Cold That Counters AMI
Temperature held to ±1°C for the full session. The same therapeutic cold at minute one as at minute sixty.
Research has demonstrated that thirty minutes of cryotherapy reduces the H-reflex suppression associated with knee joint effusion — partially reversing the arthrogenic inhibition that prevents quad activation. The NICE1 delivers that thirty minutes of consistent therapeutic cold reliably, session after session, without drift. An ice pack starts cold and warms within twenty minutes. The NICE1 holds the therapeutic temperature from the first minute to the last, making each session count in full rather than delivering diminishing returns as the ice melts.
Overnight Coverage Without Interruption
Runs continuously — no refills, no waking up, no ice runs at 3am.
The knee accumulates swelling during the night — sustained immobility reduces the mechanical drainage that normal movement provides, and the body's cortisol response, which carries anti-inflammatory effects, drops during sleep. Overnight cold and compression addresses both. The NICE1 runs at a consistent set temperature from 10pm to 6am without requiring a refill or any patient intervention. Patients in the acute phase of meniscus recovery who use NICE1 overnight consistently report less morning stiffness and better quad activation quality at their first PT session of the day.
Anatomically Designed Knee Wrap
Consistent contact across the full joint — including the medial and lateral compartments and the popliteal fossa.
Arthrogenic inhibition originates in the joint capsule, not the skin surface. Cold therapy applied to the anterior knee alone does not reach the intra-articular space where effusion drives AMI. The NICE1 knee wrap is anatomically engineered to maximize contact with the full joint — medial and lateral compartments, posterior capsule, and periarticular tissue — ensuring that cold delivery reaches the structures where post-surgical inflammation concentrates, rather than just the most accessible surface.
Programmable Active Compression
13–39 mmHg. Customizable on/off cycle timing. Addresses both sides of the swelling equation simultaneously.
Cold reduces fluid production. Compression supports the venous and lymphatic return that clears existing fluid from the joint capsule. Addressing both sides simultaneously is more effective than either alone — a principle supported consistently in the cold compression literature for knee procedures. NICE1 allows compression cycle timing to be adjusted for tissue sensitivity at each phase: conservative cycling in the acute phase when the joint is most reactive, more active cycling as the tissue tolerates loading.
Validated Across 250,000+ Procedures
Used by professional sports organizations across the NFL, NHL, MLB, NBA, and international soccer.
The NICE1 is trusted by professional teams including the New York Yankees, Pittsburgh Steelers, Colorado Avalanche, Manchester United, and Atlanta Hawks — organizations whose athletes undergo meniscal procedures regularly and whose medical teams specify the same clinical standard of care available to every patient through the rental program. Orthopedic surgeons at institutions like The Steadman Clinic recommend NICE1 for their post-surgical patients as the standard for home cold compression therapy.
Practical Guidance for Patients, Athletes, and Caregivers
What the best-prepared meniscus surgery patients do before, during, and after their procedure.
Before Surgery
Confirm whether you are having a repair or meniscectomy. The two procedures have fundamentally different recovery requirements. Know which one you are having, why, and what that means for your weight-bearing restrictions, brace protocol, and timeline before you come home from surgery.
Arrange your NICE1 rental at least 7 days before surgery. The acute phase begins the moment you come home. Having the system set up and ready before surgery means day-one treatment when swelling is at its most aggressive and cold therapy has its most significant effect on AMI and rehabilitation readiness.
Ask your surgeon about pre-surgical cooling. Using the NICE1 in the days before surgery can reduce pre-operative swelling and inflammation, which may improve the surgical environment and support faster early-phase recovery. Ask your surgeon whether pre-operative cold therapy is appropriate for your situation.
Do prehabilitation if time allows. Pre-surgery quad strength and full extension predict post-surgery recovery quality. If your surgeon's timeline allows, 2–4 weeks of pre-op PT focused on quad activation, full extension maintenance, and swelling control gives you a stronger starting point on day one.
Set up your recovery space. A comfortable recliner or elevated leg position, with the NICE1 on a nearby surface within reach, crutches positioned accessibly, and a first-floor setup if your bedroom is upstairs. Repair patients especially should plan for 4–6 weeks of limited mobility before surgery rather than arranging it mid-recovery.
The Post-Session Protocol
Apply this sequence after every PT session and every loading session throughout recovery
Apply NICE1 within 30 minutes of finishing the session
20–30 minutes, or as directed by your surgical and PT team
In the acute phase (days 0–7), apply 4–6 times daily regardless of activity — overnight use is essential during this window
Apply again in the evening following any session that produces notable post-session swelling or stiffness
Elevate the leg above heart level during sessions when possible — elevation and cold together are more effective than either alone for intra-articular swelling
Track morning swelling: a knee that is noticeably more swollen at the start of the day than it was the previous morning means the load exceeded tissue tolerance — reduce intensity, increase cold therapy frequency, and report to your PT
Warning Signs That Require Prompt Attention
A pop, giving-way, or sudden increase in pain during activity — possible re-tear or repair failure; stop activity immediately and contact your care team
Loss of knee extension that was previously achieved — possible scar formation, arthrofibrosis, or repair-related complication; requires prompt PT or surgical evaluation
Fever, increasing wound redness, warmth, or discharge — signs of infection requiring immediate medical attention
Calf pain, warmth, redness, or swelling — possible deep vein thrombosis; contact your care team promptly. DVT risk is elevated after knee surgery and during periods of limited mobility.
Persistent mechanical symptoms — locking, catching, or a blocked range of motion — can indicate a displaced meniscal fragment or repair complication that requires evaluation before continuing rehabilitation
Questions to Ask Your Surgeon and PT
Bring these to your pre-operative appointment and your first PT session.
Ask your surgeon whether your procedure is a repair or meniscectomy, which meniscus was involved, and whether any concurrent procedures were performed. Ask what weight-bearing restrictions apply and for how long. Ask about the NICE1 and whether they recommend it for your procedure. Ask about pre-operative cold therapy. Ask your PT about the specific ROM and strength milestones that will govern progression between phases, and what acceptable post-session swelling response looks like versus a signal to reduce load. Specific temperature settings and protocol details should always come from your care team.
Frequently Asked Questions
Common questions about meniscus surgery recovery, cold therapy, and renting the NICE1.
How do I know if I had a repair or a meniscectomy?
Your surgeon will tell you. Ask specifically before you leave your pre-operative appointment and again before discharge from the surgical center. If you are uncertain, your operative report — which you are entitled to — will specify what was performed. The distinction matters for your entire recovery protocol: weight-bearing restrictions, brace requirements, ROM progression, and return-to-sport timeline all differ significantly between the two procedures.
Why can't I fully contract my quad right after surgery?
This is arthrogenic muscle inhibition. Swelling in the knee joint sends neural signals that reflexively suppress the quadriceps. The muscle is not damaged — the nervous system is preventing full activation as a protective response to the swollen joint. Research specific to meniscal procedures confirms AMI after both meniscectomy and repair. Cold therapy reduces the effusion driving that inhibition, which is why consistent cold therapy in the first days translates directly into better early quad activation and faster PT progress.
My meniscectomy recovery feels fine — do I still need cold therapy?
Yes. The absence of significant pain after a meniscectomy is common and is a function of the procedure's nature — there is no healing tissue generating acute pain signals. But intra-articular effusion is still present, AMI is still active, and the swelling that cannot be felt is still suppressing quad activation. Managing inflammation consistently in the first two to three weeks after meniscectomy is the primary determinant of how quickly quad strength returns and how soon you can progress to higher-intensity rehabilitation.
Can I use the NICE1 with a post-surgical brace?
With a removable brace, the wrap is applied to the knee with the brace off during the cold therapy session, then the brace is replaced when done. Many surgeons specifically allow brace removal for cold therapy sessions in the early weeks. Confirm the protocol with your surgical team. For hinged braces locked in extension, ask your surgeon about the correct sequence.
How long after surgery should I keep using the NICE1?
For meniscectomy patients, consistent daily use through the first three to four weeks, then post-session use after PT and exercise through the strengthening phase. For repair patients, daily use through the non-weight-bearing phase (typically six weeks), then post-session use through the strengthening and sport-specific phases. Continue post-activity use through the first competitive season. Most repair patients find value in having the NICE1 available for six to nine months given the extended recovery arc.
How far in advance should I arrange my rental?
At least seven days before your surgery date. Fill out the rental form and an authorized distributor in your area will contact you within 3–5 business days to confirm delivery. The acute phase begins immediately after surgery — day-one cold therapy is the most impactful, and arranging the rental after you are already home and in pain is not the right time.
What does it cost to rent?
Rental pricing is set by authorized distributors and varies by region and duration. For most meniscectomy patients, a rental covering the first four to six weeks is the most cost-effective approach. Repair patients typically benefit from extended rental coverage given the longer recovery arc. Contact an authorized distributor for current pricing in your area.
Clinical References
Research supporting cold and compression therapy and arthrogenic muscle inhibition in meniscal and knee surgery recovery.
1. Rice DA, McNair PJ. Quadriceps arthrogenic muscle inhibition: neural mechanisms and treatment perspectives. Semin Arthritis Rheum. 2010;40:250–266. ScienceDirect
2. Rice DA, McNair PJ. The effects of experimental knee joint effusion on motor cortex excitability. Arthritis Res Ther. 2014;16(6):502. PMC4271337
3. The formal EU-US Meniscus Rehabilitation 2024 Consensus: Rehabilitation management after meniscus surgery. JOSPT Open. 2025. JOSPT Open
4. Cold and compression in the management of musculoskeletal injuries and orthopedic operative procedures: a narrative review. PMC3781860
5. Sonnery-Cottet B, et al. Arthrogenic muscle inhibition after ACL reconstruction: a scoping review of the efficacy of interventions. Br J Sports Med. 2019;53(5):289–298.
Reserve Before Your Surgery Date
The rental process takes three steps: fill out the form, schedule with your local distributor, and receive delivery. Your unit arrives ready to use before day one of recovery.
Rent a NICE1The Recovery the Surgery Makes Possible
The meniscus is repaired or cleaned up. What happens next determines whether that procedure delivers its full value.
Meniscus surgery has excellent outcomes when the recovery is managed with discipline. Patients who control swelling consistently, protect repairs through the vulnerable healing window, and build quad strength progressively return to sport, work, and activity without the mechanical symptoms that brought them to the operating room. The surgery removes the obstacle. The recovery is what restores the function.
The NICE1 is part of that recovery environment. Trusted across more than 250,000 procedures, recommended by orthopedic surgeons, used by professional sports medicine teams managing the same procedures — it is available to every meniscus surgery patient through the rental program, from day one of recovery through return to full competition.
Talk to your surgeon. Arrange the rental before your procedure. Apply it consistently from the first day home through the end of your return-to-sport program. The discipline of the recovery determines the quality of the outcome.
Rent a NICE1
Trusted across more than 250,000 procedures. Recommended by orthopedic surgeons. Delivered to your door, ready for day one.
Rent a NICE1This guide is intended for informational purposes only and does not constitute medical advice. Recovery timelines and rehabilitation protocols vary by procedure type, tear location, tissue quality, and individual patient factors. Always follow the specific post-operative instructions provided by your surgical care team.