The BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly is a critical single-use delivery component of the Rezum water vapor therapy system for benign prostatic hyperplasia, and demand for replacement units has grown rapidly among urology clinics and ambulatory surgery centers worldwide. Understanding its technical specifications, market value, clinical role, and purchasing considerations helps buyers secure the right Rezum handle assembly for safe, efficient BPH procedures.
What the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum Handle Assembly Is
The BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly is a sterile, disposable delivery device designed to connect to the Rezum generator console and deliver targeted convective water vapor energy into prostatic tissue. It incorporates switches, cable connections, irrigation lines, a needle deployment system, vapor delivery controls, and ergonomic housing that allow the urologist to control each injection of steam during Rezum therapy.
Boston Scientific identifies this Rezum delivery device with catalog number M006D2201-0031, and it is typically supplied as a new, single-use packaged unit with a defined expiration date, often extending several years from manufacture for inventory planning. The handle assembly is designed specifically for Rezum BPH therapy and is not interchangeable with other urology devices or generic cystoscopy handles, which is why many facilities search precisely for “Boko Rezum handle assembly M006D2201-0031 for sale” when restocking.
Clinicians use the Rezum handle assembly in combination with the Rezum generator, water and saline lines, and a compatible rigid cystoscope lens, enabling real-time visualization and precise needle deployment into hyperplastic prostate tissue. Safe operation requires that the needle retracts automatically when not in use and that the integrated RF cable and thermocouple connections communicate accurately with the Rezum console for temperature and treatment control.
Market Trends for Rezum Handle Assemblies and BPH Devices
The Rezum water vapor therapy system has become a popular minimally invasive surgical treatment for lower urinary tract symptoms caused by benign prostatic hyperplasia, leading to steady global demand for compatible delivery devices such as the M006D2201-0031 handle assembly. As more urologists adopt Rezum in outpatient settings to reduce reliance on long-term medications or more invasive surgery, clinics increasingly require reliable sources for factory-new Rezum handle assemblies.
Many third-party medical device resellers list the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly with an asking price in the mid four-figure range in US dollars, reflecting both the advanced technology and the single-use design. Typical offers indicate new condition, original manufacturer packaging, and confirmation that the unit has not expired, giving purchasing managers confidence that devices meet sterilization and performance requirements.
Because BPH procedure volumes continue to grow in aging populations, secondary markets for Rezum delivery device kits and handle assemblies have expanded, with online marketplaces showing limited quantities and strong demand for in-stock product. Buyers frequently filter listings by condition, lot number, and remaining shelf life to balance price, availability, and clinical risk.
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Key Specifications and Design Features of the Rezum Handle Assembly
The BOSTON SCIENTIFIC Rezum delivery device and handle assembly are engineered to work seamlessly with the Rezum EVO console, which is a compact generator unit with a color touchscreen, syringe cradle, roller pump, delivery device port, power indicator, and integrated safety features. The delivery device connects via a dedicated RF cable into the generator port, aligning indicators on plug and console to ensure correct orientation and reliable energy transfer.
Within the handle assembly, the fluid management system includes a saline flush line and sterile water line that integrate with the generator’s pump and syringe cradle, allowing the system to move water into the device, generate vapor, and provide irrigation during treatment. A drain line connects to the device to allow urine and irrigation fluid to be drained from the bladder during the Rezum procedure, helping maintain visibility and patient safety.
The distal end of the Rezum delivery device features a tip and needle assembly that are guided into the prostatic urethra through a rigid cystoscope lens port compatible with 4 mm, 30 degree, 30 cm lenses from leading brands such as Storz, InnoView, and Richard Wolf. The needle deploys into the targeted prostate tissue to deliver water vapor; at the end of a treatment cycle, the needle retraction button ensures that the needle returns safely into the shaft, reducing the risk of urethral trauma when repositioning.
On the handle surface, multiple control buttons provide intuitive operation during BPH therapy: a flush activation button for normal or high saline flush, vapor delivery button to initiate the steam injection cycle, and controls to prime the device during setup. A nose cone release pin allows detachment of the shaft from the delivery device if necessary to manually retract the needle in the rare event that automatic retraction fails, adding an extra safety layer for urologists.
How the Rezum Handle Assembly Works in BPH Therapy
The Rezum system uses convective water vapor energy to ablate excess prostate tissue responsible for urinary obstruction, and the BOSTON SCIENTIFIC M006D2201-0031 handle assembly serves as the interface between the Rezum console and the target anatomy. During setup, staff remove the delivery device from its sterile tray, connect the RF cable to the generator, attach the saline flush line to the pump and saline bag, and link the sterile water line to the syringe in the console cradle.
Before treating the patient, the clinician primes the delivery device by pressing the white and gray buttons until the needle deploys and pressing the blue vapor button until the prime cycle completes, during which saline flush flows and water vapor begins emerging from the needle tip. After priming, the needle is retracted with the dedicated retraction button, and the device is placed back on the sterile field until the physician is ready to insert it through the cystoscope into the urethra.
During the Rezum therapy procedure, the urologist advances the delivery device into position under cystoscopic vision, deploys the needle into specific areas of the enlarged prostate, and triggers vapor injections that typically last several seconds per treatment. Each release of steam transfers stored thermal energy into the gland, causing targeted cell death while sparing surrounding structures, and over time the body resorbs the treated tissue to relieve urinary symptoms.
The design of the handle assembly, including its ergonomic grip, intuitive button layout, and integrated fluid and energy pathways, allows the physician to perform multiple, precisely controlled injections during a single session. After completing all planned treatment injections, the needle is retracted again, and the Rezum delivery device is removed and discarded according to biohazard and sharps protocols, while the generator console and other reusable accessories are retained for future cases.
Pricing, Availability, and Value Considerations
When evaluating a BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly that is listed for sale, purchasing teams typically consider unit price, expiration date, seller reputation, and shipping timelines. Listings on professional medical marketplaces often show an asking price of around six thousand to seven thousand US dollars for a new, in-box unit, reflecting its role as a high-value, single-use component of a premium BPH therapy platform.
Because Rezum handle assemblies are sterile single-use devices with clearly printed expiration dates, hospitals and urology centers seek lots with sufficient remaining shelf life to support scheduled procedure volumes without wastage. Facilities also weigh the financial benefits of minimally invasive Rezum therapy, including reduced hospital stays, lower complication rates compared to more invasive surgery, and improved patient satisfaction, against the per-case cost of the delivery device.
The limited availability of specific catalog numbers such as M006D2201-0031 encourages some buyers to secure small safety stocks from trusted distributors to avoid case cancellations caused by supply interruptions. Many procurement teams also negotiate bundled purchasing agreements that include Rezum delivery device kits, generator service plans, and training resources to optimize long-term total cost of ownership and ensure consistent clinical outcomes.
Top Rezum-Related Products and Use Cases
| Name | Key Advantages | Ratings | Use Cases |
|---|---|---|---|
| BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly | Single-use, sterile delivery device optimized for Rezum BPH therapy, integrated needle deployment and fluid management | Highly rated by urology teams for ergonomic control and reliability in minimally invasive prostate procedures | Office-based and ambulatory Rezum treatments for symptomatic BPH, especially in patients seeking alternatives to long-term medication or surgery |
| Rezum EVO Generator Console | Compact, touchscreen-controlled RF generator with syringe cradle, roller pump, delivery device port, and intuitive interface | Regarded as dependable with user-friendly interface and clear visual feedback | Power source and control unit for Rezum water vapor therapy across hospital, clinic, and ASC settings |
| Rezum Delivery Device Kit for BPH | Includes handle assembly, tubing, and accessories needed to perform a single Rezum procedure | Streamlines logistics by packaging key disposable components together | Ideal for standardizing supplies for consistent Rezum treatments in high-volume practices |
| Rigid Cystoscope Lens (4 mm, 30 degree, 30 cm) | Compatible optics for Rezum delivery device, providing clear visualization of prostatic urethra | Well regarded for image quality and compatibility with urology instrumentation | Used for navigation and visualization during Rezum therapy and other endoscopic urology procedures |
Urologists select these products based on patient selection criteria, including prostate size, symptom severity, comorbidities, and preference for minimally invasive management of lower urinary tract symptoms. The combination of Rezum EVO generator and M006D2201-0031 handle assembly allows providers to deliver outpatient BPH therapy that often avoids hospital admission and general anesthesia, which can be particularly valuable for older patients or those with cardiovascular risk.
Competitor Comparison: Rezum Handle Assembly vs Other BPH Technologies
| Product/Technology | Energy Source and Delivery | Typical Setting | Key Clinical Advantages | Primary Considerations |
|---|---|---|---|---|
| BOSTON SCIENTIFIC M006D2201-0031 Rezum handle assembly with Rezum system | Convective water vapor energy delivered through a needle into prostate tissue under cystoscopic guidance | Office or ambulatory surgery center | Minimally invasive, preserves erectile and ejaculatory function in many patients, short procedure time, local anesthesia feasible | Requires dedicated generator and single-use handle assembly; availability and per-case cost must be planned |
| UroLift System | Mechanical implants that retract prostatic tissue away from urethra without thermal ablation | Office or ambulatory setting | Preserves sexual function, immediate relief for some patients, no heating of tissue | Requires implant consumables; not optimal for all prostate anatomies, particularly very large glands or prominent median lobes in some cases |
| Laser TURP (e.g., GreenLight) | Laser vaporization or enucleation of prostate tissue via transurethral approach | Operating room, often with anesthesia and inpatient capability | Powerful tissue removal, suitable for larger prostates, long-term symptom relief | Higher capital cost for laser systems; may require longer inpatient stays and more extensive postoperative care |
| Standard TURP (monopolar or bipolar) | Electrosurgical resection of prostate tissue with loop electrode | Hospital operating room | Established, widely practiced with extensive long-term outcome data | Requires operating room resources, greater risk of bleeding and hospital stay, potential impact on sexual function |
This comparison shows that the Rezum handle assembly supports a minimally invasive water vapor therapy option that positions itself between office-based mechanical implants and more invasive resective surgery. Clinics considering a Rezum system typically analyze overall workflow, learning curve, and patient demand to estimate return on investment from purchasing generators and ongoing supplies of M006D2201-0031 handle assemblies.
Core Technology Behind Rezum and the Boko Handle Assembly
The Rezum technology harnesses the physical properties of water to transfer thermal energy in the form of steam directly into prostate tissue. Within the Rezum generator, a water-filled syringe is heated and pressurized; the generator then drives this energy through a water line into the Rezum delivery device and out through the needle as water vapor during each treatment cycle.
Because water vapor carries a defined amount of thermal energy, each vapor injection delivers a predictable dose of heat into the targeted gland tissue, where it condenses and releases energy, causing immediate cell membrane disruption and gradual tissue necrosis. The convective nature of steam allows it to travel through interstitial spaces within the tissue, covering a treatment zone that extends beyond the needle tip without requiring mechanical resection or cutting.
The M006D2201-0031 Rezum handle assembly is engineered to maintain precise control over vapor flow, needle deployment, and irrigation, ensuring that each treatment remains consistent with the parameters programmed by the generator. Thermocouples and integrated sensors within the delivery device relay feedback to the generator, enabling it to monitor system status and support safe operation throughout the procedure.
By focusing treatment on the transition zone of the prostate that compresses the urethra, Rezum therapy using the Boko handle assembly can relieve obstruction while aiming to preserve surrounding structures involved in continence and sexual function. This technical design is a key reason why many patients experience symptom improvement while maintaining quality of life aspects that are particularly important in BPH management.
Real-World Use Cases, Outcomes, and ROI
In busy urology clinics, Rezum therapy with the BOSTON SCIENTIFIC M006D2201-0031 handle assembly allows physicians to treat men with moderate to severe BPH symptoms in an outpatient environment, often under local anesthesia with or without mild sedation. Many patients can return home the same day, with catheterization lasting for a limited period and symptom improvement typically developing over several weeks as treated tissue shrinks.
From a financial standpoint, practices that integrate Rezum into their service portfolio often report increased procedure volumes because the therapy appeals to patients seeking an option that falls between prescription drugs and major surgery. The single-use nature of the Rezum handle assembly means that each case has a predictable per-procedure device cost, which can be balanced against professional fees, facility charges, and downstream reductions in medication costs and complications.
Case reports indicate that clinics performing multiple Rezum procedures weekly see efficient reuse of the Rezum EVO console while simply replenishing the M006D2201-0031 delivery devices as needed. This model resembles other interventional platforms where a reusable capital generator is paired with high-value disposables, allowing practices to grow revenue while providing minimally invasive care that aligns with modern patient preferences.
Additionally, in health systems evaluating new technologies for BPH management, the ability to perform Rezum procedures in ambulatory settings rather than full operating rooms can free up surgical theater capacity for more complex operations. As a result, administrators often consider the combination of patient outcomes, procedure efficiency, and resource utilization when calculating the return on investment of stocking Rezum handle assemblies.
Buying Guide: What to Check Before You Purchase
When you see a listing titled “For Sale BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly,” verifying authenticity and suitability for your facility is crucial. Buyers should confirm that the device is in new, unused condition, clearly labeled as single use, and free of any prior sterilization breaches or package openings, since reusing or repackaging single-use items is not recommended.
It is essential to verify the printed expiration date on the packaging to ensure that the Rezum delivery device remains within manufacturer-specified sterilization and performance limits for the intended time frame. Purchasing near-expiry lots may provide cost savings but can also create pressure to schedule procedures quickly, so many hospitals set minimum remaining shelf-life thresholds for procurement.
Another important factor is confirming that the handle assembly catalog number matches the specific Rezum system installed in your facility and is approved for use in your regulatory jurisdiction. Some markets may have region-specific labeling or regulatory documentation, so procurement teams should coordinate with clinical engineering and compliance officers to verify compatibility and safety documentation.
Finally, reputable suppliers provide clear product descriptions, high-quality photos of the packaging labels, and transparent information about storage conditions, shipping methods, and return policies. This level of detail allows biomedical engineers, operating room managers, and purchasing departments to make confident decisions when acquiring M006D2201-0031 Rezum handle assemblies to support BPH programs.
Maintenance, Storage, and Handling Best Practices
Although the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly is a single-use, disposable component, proper storage and handling have a significant impact on performance and patient safety. Units should be stored in clean, dry areas within the temperature and humidity ranges recommended by the manufacturer, away from direct sunlight, excessive heat, or damaging environmental conditions.
Before each Rezum procedure, staff should inspect the packaging for any evidence of damage, punctures, moisture exposure, or compromised seals. If the sterile barrier appears altered in any way, the device should be removed from service and replaced, even if the expiration date has not been reached, because sterility can no longer be guaranteed.
Handling the Rezum handle assembly must follow sterile technique. During setup, the Tyvek cover is peeled back carefully, tray components are removed without touching non-sterile surfaces, and connections to saline and water lines are made while preserving sterility. Once the delivery device has been used in a procedure, it should be disposed of in accordance with sharps and biohazard protocols, as attempting to clean or reuse it could damage internal components and pose infection risks.
Maintaining the Rezum generator console and related accessories in good condition also contributes to the reliable performance of each new M006D2201-0031 handle assembly. Regular preventive maintenance, software updates as recommended, and adherence to operator manual instructions help ensure that the generator delivers accurate energy doses and interacts properly with each disposable device.
Regulatory and Safety Considerations
The Rezum system, including the BOSTON SCIENTIFIC M006D2201-0031 handle assembly, is a regulated medical device intended for use only by trained healthcare professionals familiar with its indications, contraindications, warnings, and instructions for use. Safety labeling emphasizes the importance of reading and understanding the operator’s manual before using the generator and any accessory components.
Warnings in official documentation highlight that rough handling, dropping, or improper storage of the generator or delivery device may damage components and render the system inoperable. The presence of magnets, high-frequency energy circuits, and moving mechanical parts requires users to follow manufacturer guidelines to prevent electrical shock, interference with other equipment, or injury.
During operation, clinicians must verify each step of setup: confirming that cables are correctly connected, that the needle has retracted when required, that saline flush and water lines are securely attached, and that the drain line clamp is correctly positioned. The Rezum generator’s touchscreen interface provides visual feedback during startup, priming, and treatment cycles, helping users monitor system status and respond promptly to alerts or prompts.
Post-market surveillance, training programs, and manufacturer-provided educational materials support safe adoption and ongoing use of Rezum technology. Clinics integrating Rezum handle assemblies into their practice should implement internal protocols for credentialing, periodic competency assessments, and incident reporting to ensure that high safety standards are maintained over time.
Future Trends for Rezum Handle Assemblies and BPH Therapies
Looking ahead, the market for Rezum handle assemblies and related minimally invasive BPH devices is expected to grow as patient populations age and demand for outpatient procedures rises. Technological enhancements to future Rezum EVO consoles and delivery devices may focus on improved ergonomics, enhanced visualization integration, and refined control algorithms for even more precise energy delivery.
Competitive pressure from other BPH technologies, such as implant-based systems, advanced laser platforms, and novel focal therapies, will likely drive continued innovation in water vapor therapy and associated accessories. Manufacturers may explore new materials, packaging designs, or accessory kits that streamline setup, reduce waste, or facilitate combination with other urology procedures.
From a health economics perspective, payers and policymakers are increasingly interested in therapies that deliver durable symptom relief with minimal hospital resource use. This trend may further favor outpatient, device-based solutions like Rezum, provided that the cost of consumables such as the M006D2201-0031 handle assembly remains aligned with the value generated in terms of patient outcomes and reduced long-term medication dependence.
Digital tools, including procedure planning software, remote device monitoring, and data analytics, may also influence how clinics manage inventory and utilization of Rezum delivery devices. By tracking procedure volumes, outcomes, and supply consumption in real time, healthcare organizations can better forecast demand, negotiate purchasing contracts, and ensure that high-priority cases always have access to a ready supply of Rezum handle assemblies.
Practical FAQs About the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum Handle Assembly
What is the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly used for?
It is a single-use delivery device designed specifically for the Rezum water vapor therapy system to treat benign prostatic hyperplasia by delivering controlled steam injections into prostate tissue.
Is the M006D2201-0031 Rezum handle assembly reusable?
No, it is intended as a sterile, single-use device and must be discarded after one Rezum procedure, following local regulations for sharps and biohazard waste.
How does the Rezum handle assembly connect to the generator?
The handle assembly connects via an RF cable to the Rezum generator’s delivery device port, along with saline flush and sterile water lines that interface with the pump and syringe cradle.
What should buyers verify before purchasing a Rezum handle assembly?
Buyers should confirm the catalog number, expiration date, packaging integrity, new condition, and compatibility with their installed Rezum system and regulatory requirements.
Why is expiration date important for Rezum delivery devices?
The expiration date ensures that sterilization and device materials remain within validated performance limits; using expired devices can compromise sterility and function.
How does the Rezum handle assembly support minimally invasive BPH treatment?
By enabling targeted water vapor injections through a cystoscopically guided needle, the handle assembly allows clinicians to ablate obstructive tissue while avoiding open surgery and often minimizing impact on sexual function.
What kind of facility typically uses the M006D2201-0031 Rezum handle assembly?
It is commonly used in urology clinics, ambulatory surgery centers, and hospitals that offer Rezum therapy as part of their benign prostatic hyperplasia treatment options.
Are special training or credentials required to use the Rezum handle assembly?
Yes, Rezum therapy should be performed by trained healthcare professionals who are familiar with the system’s operator manual, clinical indications, and safety precautions.
How often must facilities reorder Rezum handle assemblies?
Reorder frequency depends on BPH procedure volume; high-volume clinics often maintain a buffer stock to avoid cancellations and align orders with upcoming scheduled Rezum cases.
What is the main value of investing in Rezum handle assemblies and the Rezum system?
They provide a minimally invasive, outpatient-friendly BPH treatment that can improve urinary symptoms, reduce medication dependence, and expand a clinic’s procedural offerings, while using a reusable generator with predictable per-case disposable costs.
Conversion-Oriented Closing: Next Steps for Buyers
Clinics and hospitals considering the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly should start by reviewing current BPH caseloads, patient demographics, and demand for minimally invasive treatments to determine how many Rezum cases they expect to perform each month. With realistic procedure projections and an understanding of local reimbursement patterns, procurement teams can calculate the budget impact and potential revenue associated with adding or expanding Rezum therapy.
Once internal stakeholders agree on the target utilization, the next step is to identify trusted suppliers who can consistently provide genuine, in-date M006D2201-0031 Rezum handle assemblies in the quantities required. By requesting detailed product information, confirming packaging and expiration parameters, and discussing long-term purchasing arrangements, buyers can secure a stable supply that aligns with both clinical standards and financial objectives.
Finally, integrating Rezum therapy into patient education materials, referral pathways, and clinic scheduling workflows ensures that the investment in Rezum handle assemblies and generator technology translates into tangible benefits for patients and providers. With a clear strategy for acquisition, utilization, and ongoing inventory management, healthcare organizations can leverage the BOSTON SCIENTIFIC M006D2201-0031 Boko Rezum handle assembly to deliver effective, modern BPH care in outpatient and ambulatory environments.