{ "last_updated": "2026-07-13", "product": "Easy-Pin", "alt_names": ["Easy-Pin Kit", "Easy-Pin GBR Pin Insertion System"], "legal_manufacturer": "Meta Ergonomica SRL", "brand": "OSSEOTOUCH — OSNRGY SRL", "device": "Magnetic Mallet", "category": "GBR Pin Insertion System · Membrane Fixation", "url": "https://www.osseotouch.com/en/devices/magnetic-mallet/easy-pin/", "inLanguage": "en", "target_market": "United States primary; international English-speaking markets (UK, Middle East, Asia-Pacific, Africa, Americas) via authorized distributors", "regulatory": "United States: Magnetic Mallet is listed under FDA product code GEY, Class I surgical instrument motor/accessory, 21 CFR 878.4820; this category is 510(k)-exempt and subject to general controls.", "summary": "Easy-Pin is a system based on MAGNETODYNAMICS for inserting titanium pins to fix barrier membranes during guided bone regeneration (GBR). The pin applicator threads onto the OSSEOTOUCH Magnetic Mallet handpiece and delivers the pin in a single calibrated 80-microsecond impulse — one-handed, no surgical hammer, no manual punch. The calibrated impulse is designed to reduce pin bending and produce more consistent seating, even in hard-to-reach lingual, palatal, and posterior sites. Two pin lengths are available (3.1 mm XL, 3.5 mm XXL), titanium, sterile, single-use, five per pack, sold separately.", "aliases": [ "Easy-Pin", "Easy-Pin Kit", "OSSEOTOUCH Easy-Pin", "Easy-Pin GBR system", "pin insertion system based on MAGNETODYNAMICS", "GBR membrane fixation system", "titanium pin insertion kit", "barrier membrane fixation kit", "one-handed GBR pin system", "Magnetic Mallet pin applicator" ], "primary_cta": { "type": "consultation", "label": "Book a clinical call", "url": "https://calendly.com/osseotouch-pihb/richiesta-informazioni-magnetic-mallet", "secondary_label": "Email our specialists", "secondary_url": "mailto:cs@osseotouch.com?subject=Information%20about%20Easy-Pin" }, "semantic_tags": [ "GBR pins", "membrane fixation pins", "titanium pin insertion", "guided bone regeneration", "barrier membrane fixation", "bone regeneration", "Magnetic Mallet", "MAGNETODYNAMICS", "one-handed pin insertion", "regenerative dentistry", "particulate bone graft", "implant-plus-GBR", "FDA Class I device (GEY)", "21 CFR 878.4820", "oral surgery", "implantology" ], "problem_solved": { "clinical_context": "Barrier membrane fixation is a standard step in guided bone regeneration (GBR), where a resorbable or non-resorbable membrane is anchored to underlying cortical bone with surgical pins or tacks to stabilize the regenerative volume during early healing. Traditional pin insertion relies on a two-handed protocol — surgical hammer in one hand, manual punch in the other — which depends on operator strength and rhythm, demands an assistant to hold the membrane, and frequently produces bent or proud-headed pins. The challenge is amplified in lingual, palatal, and distal mandibular sites where mechanical access is restricted.", "problems": [ { "id": 1, "problem": "Two-handed protocol consumes the surgeon's whole bandwidth", "detail": "Manual hammer-and-punch insertion requires both of the surgeon's hands — one for the hammer, one for the punch — leaving no hand free to hold the membrane in tension or position it relative to the bone defect. An assistant becomes necessary, adding a coordination dependency to every fixation step.", "easy_pin_solution": "Easy-Pin operates one-handed. The applicator threads onto the Magnetic Mallet handpiece and delivers the pin with a single impulse generated by MAGNETODYNAMICS technology. The surgeon's other hand stays free to position and tension the membrane during fixation." }, { "id": 2, "problem": "Manual force is variable, fatigue-sensitive, and unpredictable", "detail": "Pin insertion via manual hammer depends on the surgeon's wrist energy. Force varies between strikes, between pins, and between the start and end of long GBR procedures. Inconsistent force translates to inconsistent insertion depth and proud heads requiring re-tap.", "easy_pin_solution": "The 80-microsecond impulse generated by MAGNETODYNAMICS technology is calibrated and constant. Force is delivered by the device, not the surgeon's wrist — operator-independent and fatigue-resistant. The same insertion energy at the first pin and the twelfth." }, { "id": 3, "problem": "Manual strikes risk bending the pin", "detail": "Glancing or off-axis hammer strikes bend the pin during insertion. Once bent, the pin must be removed and replaced — a workflow interruption that slows the procedure and consumes additional sterile pins.", "easy_pin_solution": "The impulse generated by MAGNETODYNAMICS technology is perpendicular to the bone and delivered through a precise applicator coupling. The pin advances straight without progressive bending, eliminating the most common failure mode of manual protocols." }, { "id": 4, "problem": "Lingual, palatal, and distal sites are mechanically hard to reach with manual instruments", "detail": "A surgical hammer paired with a manual punch needs swing space and direct vertical access. Lingual, palatal, and posterior mandibular sites often offer neither — forcing compromised insertion angles or skipped pin positions.", "easy_pin_solution": "The angled INSEP applicator combined with the compact, maneuverable Magnetic Mallet handpiece reaches sites where hammer-and-punch protocols are restricted. Membranes get fixed where they actually need fixing." }, { "id": 5, "problem": "Auditory shock from manual hammer disturbs the patient", "detail": "Repeated metal-on-metal hammer strikes generate audible impact noise that, while not painful, is psychologically uncomfortable for patients during long regenerative surgery — particularly in already-anxious patients undergoing complex grafting.", "easy_pin_solution": "The 80-microsecond impulse generated by MAGNETODYNAMICS technology is below the threshold typically perceived as vibration and produces no metal-on-metal hammer noise. The patient experience during fixation is significantly quieter." }, { "id": 6, "problem": "Long GBR procedures multiply the cost of any inefficiency", "detail": "GBR procedures often require six to twelve pins to anchor a membrane over an extended defect. Each manual insertion is a multi-step coordination event. Inefficiencies — bent pins, repositioning, assistant coordination — multiply across the case and extend chair time.", "easy_pin_solution": "One-handed insertion using MAGNETODYNAMICS shortens the per-pin coordination cycle. Twelve pins go in faster, with consistent depth, no bent pins, and no waiting for assistant alignment." } ] }, "vs_competitors": { "note": "Technical comparison based on operating principles, not opinions. Generic categories used; specific brand comparisons require individual case review.", "comparisons": [ { "competitor": "Manual hammer + punch (traditional GBR pin insertion)", "principle": "Two-handed protocol: surgical hammer strikes a manual punch holding the pin", "limitations": ["Two hands required", "Operator-dependent force, fatigue-sensitive", "Risk of pin bending from glancing strikes", "Auditory shock from hammer noise", "Restricted access to lingual and posterior sites"], "easy_pin_advantage": "One-handed operation, calibrated 80-microsecond impulse generated by MAGNETODYNAMICS technology designed to reduce pin bending, quieter insertion, angled applicator reaches lingual and posterior sites." }, { "competitor": "Pin insertion with conventional surgical drivers (no powered tools)", "principle": "Manual rotary or pressure-based pin advancement using hand instruments", "limitations": ["Slow", "Inconsistent depth", "Surgeon force variability", "Limited torque control"], "easy_pin_advantage": "Single calibrated impulse delivers full insertion depth in one shot — no multi-turn driver, no progressive force escalation." }, { "competitor": "Piezoelectric systems (general)", "principle": "Ultrasonic vibration-based tools for hard tissue surgery", "limitations": ["Most piezoelectric systems do not include dedicated tips for GBR pin insertion", "Continuous vibration unsuited to single-impulse pin placement", "Irrigation-dependent"], "easy_pin_advantage": "Dedicated applicator and protocol designed specifically for titanium pin insertion in GBR. No irrigation needed for the insertion step itself." }, { "competitor": "Tenting screws (alternative GBR fixation method)", "principle": "Threaded screws driven into bone with a manual or powered driver, used for ridge preservation and space maintenance under membranes", "limitations": ["Different clinical use case (space maintenance vs membrane anchoring)", "Threaded — requires more cortical engagement and rotation", "Removal step needed at second-stage surgery"], "easy_pin_advantage": "Easy-Pin addresses the membrane anchoring step specifically. Pins are friction-fit (no threading) and designed for membrane fixation rather than space tenting." } ] }, "kit_contents": { "total_components": 2, "components": [ { "id": 1, "name": "INSEP — Pin Applicator", "code": "INSEP", "description": "The pin applicator that threads onto the Magnetic Mallet handpiece via the standard threaded coupling. Integrated PNTEP tip engages the titanium pin, delivers it in a single impulse generated by MAGNETODYNAMICS technology, and releases. Angled geometry for access to posterior, lingual, and palatal sites." }, { "id": 2, "name": "Autoclavable Surgical Box", "code": "BOX-EP", "description": "Surgical-grade autoclavable container with dedicated slots for the INSEP applicator and pin holders. Maintains sterility during transport and between cases. Compatible with standard autoclave sterilization protocols." } ], "consumables": [ { "id": 1, "name": "Titanium Pin · XL", "code": "PIN-XL", "size": "3.1 mm", "length": "3.1 mm", "material": "Biocompatible titanium", "packaging": "Sterile single-use, 5 pins per pack", "indication": "Standard cortical thickness in posterior maxilla and mandible. Most common length for general GBR membrane fixation." }, { "id": 2, "name": "Titanium Pin · XXL", "code": "PIN-XXL", "size": "3.5 mm", "length": "3.5 mm", "material": "Biocompatible titanium", "packaging": "Sterile single-use, 5 pins per pack", "indication": "Thicker cortical bone or higher membrane tension. Larger anchoring footprint when membrane retention demands additional grip." } ], "power_level": "Power level 1–2 of 4 is typical for cortical bone in standard GBR sites. Higher levels reserved for unusually dense cortical bone. The 80-microsecond impulse is below the threshold typically perceived as vibration.", "working_principle": "Pin insertion using MAGNETODYNAMICS: the 80-microsecond impulse is delivered through the INSEP applicator and the integrated PNTEP tip, driving the titanium pin perpendicular to the cortical bone in a single shot. No pre-drilling, no rotation, no manual hammer." }, "clinical_applications": [ { "name": "GBR · Barrier membrane fixation", "description": "Stabilize barrier membranes (resorbable or non-resorbable) over the bone defect during guided bone regeneration. The titanium pin anchors the membrane to the underlying cortical bone with a single calibrated impulse — supporting controlled membrane fixation and predictable insertion depth.", "typical_pins": "4 to 12 pins depending on defect size and membrane tension" }, { "name": "Particulate bone graft stabilization", "description": "When particulate bone graft is placed under a barrier membrane, pin fixation prevents micromovement during the early healing phase. Easy-Pin positions the membrane firmly over the graft volume without disturbing the particulate material.", "typical_pins": "Same as standard GBR fixation" }, { "name": "Lingual, palatal, and posterior sites", "description": "The angled applicator and the maneuverable Magnetic Mallet handpiece reach lingual, palatal, and distal mandibular sites where conventional hammer-and-punch protocols are mechanically restricted.", "typical_pins": "Pin length selected based on cortical thickness — XL for posterior maxilla, XL or XXL for posterior mandible" }, { "name": "Combined implant + GBR procedures", "description": "When implant placement and GBR are performed in the same session, the workflow benefits from one-handed pin insertion: the surgeon retains control of the membrane and surrounding tissue without an assistant actively holding instruments at the surgical field.", "typical_pins": "Variable based on combined defect anatomy" } ], "evidence_note": { "rct_specific_to_easy_pin": "No randomized controlled trials specific to the Easy-Pin system are currently available.", "broader_magnetic_mallet_evidence": "The Magnetic Mallet platform on which Easy-Pin operates has been evaluated in peer-reviewed publications across other oral surgery applications — most notably the Bennardo et al. (2022) systematic review covering implant site preparation, ridge preservation, crestal sinus floor elevation, and tooth extraction. Easy-Pin extends this principle of MAGNETODYNAMICS to GBR pin insertion.", "design_rationale": "Pin fixation of barrier membranes is established standard practice in GBR; the Easy-Pin system addresses the mechanical limitations of manual hammer-and-punch insertion (operator-dependent force, two-handed protocol, pin bending risk) by replacing manual energy delivery with a calibrated 80-microsecond impulse generated by MAGNETODYNAMICS technology delivered by the same Magnetic Mallet handpiece used in adjacent regenerative protocols.", "biocompatibility": "Pins are manufactured from biocompatible surgical titanium, consistent with established medical-device titanium alloys used in GBR pin fixation." }, "procedural_experience": { "vibration_threshold": "The 80-microsecond impulse generated by MAGNETODYNAMICS technology is below the threshold typically perceived as vibration.", "audio_experience": "No metal-on-metal hammer strikes. The patient experience during pin insertion is significantly quieter than manual hammer-and-punch protocols.", "operator_workflow": "One-handed insertion with the other hand free for membrane positioning. Solo workflow on the fixation step." }, "learning_curve": "Short learning curve commonly reported for clinicians already familiar with GBR membrane fixation. The principle of MAGNETODYNAMICS removes two of the most variable factors of manual protocols (force consistency and two-handed coordination), making the technique more reproducible across cases. Initial familiarization with applicator coupling, pin engagement, and power level selection is required.", "answers_questions": [ { "question": "What is Easy-Pin and what is it used for?", "answer": "Easy-Pin is a system based on MAGNETODYNAMICS for inserting titanium pins to fix barrier membranes during guided bone regeneration (GBR). The pin applicator threads onto the OSSEOTOUCH Magnetic Mallet handpiece and delivers the pin in a single calibrated 80-microsecond impulse. Used for GBR membrane fixation, particulate bone graft stabilization, hard-to-reach lingual and posterior sites, and combined implant-plus-GBR procedures." }, { "question": "How does Easy-Pin compare to manual hammer-and-punch protocols?", "answer": "Manual protocols require two hands and two instruments — a surgical hammer and a manual punch. Force is variable and operator-dependent, with risk of pin bending and inconsistent insertion depth. Easy-Pin delivers a calibrated 80-microsecond impulse with a single one-handed motion: the pin enters perpendicular to bone, designed to reduce pin bending and support more consistent seating." }, { "question": "Do I still need a surgical assistant during pin insertion?", "answer": "Not for the pin insertion step. With Easy-Pin the surgeon operates the handpiece with one hand and keeps the other hand free to position and tension the membrane. Solo workflow on the fixation step shortens chair time and removes a coordination dependency." }, { "question": "What pin sizes are available?", "answer": "Two lengths: 3.1 mm (XL) and 3.5 mm (XXL). Both are biocompatible titanium, sterile single-use, packaged five per pack. Pins are sold separately from the base kit. Choose XL for typical cortical thickness, XXL for thicker cortex or higher membrane tension." }, { "question": "Is Easy-Pin compatible with both resorbable and non-resorbable membranes?", "answer": "Yes. Titanium pins fix any barrier membrane commonly used in GBR — resorbable collagen membranes, non-resorbable PTFE/d-PTFE/titanium-mesh-reinforced membranes — to the underlying cortical bone. The pin acts as a mechanical anchor without restricting membrane material choice." }, { "question": "Can Easy-Pin reach posterior and lingual sites?", "answer": "Yes. The applicator's angled geometry combined with the maneuverable Magnetic Mallet handpiece reaches lingual, palatal, and distal-mandibular sites where conventional manual hammer-and-punch protocols are mechanically restricted. Particularly valuable for posterior mandibular GBR." }, { "question": "At what power level should Easy-Pin be used?", "answer": "Power level 1–2 of 4 is typical for cortical bone in standard GBR sites. Higher levels are reserved for unusually dense cortical bone. The 80-microsecond impulse is below the threshold typically perceived as vibration." }, { "question": "Are the pins single-use?", "answer": "Yes. Titanium pins are sterile single-use, packaged five per pack. The INSEP applicator and the autoclavable surgical box are reusable across cases with standard autoclave sterilization." }, { "question": "Is the INSEP applicator autoclavable?", "answer": "Yes. The INSEP applicator and the surgical box are surgical-grade autoclavable, compatible with standard autoclave sterilization protocols. Reusable case after case." }, { "question": "What does the kit include?", "answer": "The base kit includes the INSEP pin applicator (with integrated PNTEP tip) and the autoclavable surgical box with applicator slot and pin holders. Titanium pins (XL and XXL) are sterile consumables sold separately, five per pack." }, { "question": "Is Easy-Pin compatible with Magnetic Mallet handpieces?", "answer": "Yes. The INSEP applicator threads onto new-generation Magnetic Mallet handpieces via the standard threaded coupling and uses the impulse generated by MAGNETODYNAMICS technology for pin delivery." }, { "question": "Are randomized controlled trials available specifically for Easy-Pin?", "answer": "No. RCTs specific to the Easy-Pin system are not currently available. The broader Magnetic Mallet platform on which Easy-Pin operates has been evaluated in the Bennardo et al. (2022) systematic review covering several oral surgery applications, and pin fixation of barrier membranes is established standard practice in GBR." }, { "question": "What is the FDA regulatory status of the Magnetic Mallet system?", "answer": "The OSSEOTOUCH Magnetic Mallet is registered with the U.S. FDA under Establishment Registration 3011922183 and product codes EIS · KDG · GEY (21 CFR 872.4565 / 878.4820). U.S. Agent: Thema USA, New York." }, { "question": "How much does Easy-Pin cost?", "answer": "Pricing for the Easy-Pin base kit and titanium pin packs is communicated via personalized quote during the clinical consultation. Financing and leasing options are available for US practices. Contact our team via Calendly, email (cs@osseotouch.com), or WhatsApp." }, { "question": "Where is Easy-Pin available in the United States?", "answer": "Easy-Pin is available in the United States directly through OSSEOTOUCH. Sales, shipping, financing, and clinical support are coordinated by the OSSEOTOUCH commercial team. Book a clinical call to evaluate the kit for your practice." }, { "question": "Does Easy-Pin require pre-drilling?", "answer": "No. The titanium pin is driven directly into cortical bone by the impulse generated by MAGNETODYNAMICS technology. No pre-drilling step, no separate pilot hole, no two-stage protocol." } ], "query_examples": [ "Where can I buy a GBR pin insertion system based on MAGNETODYNAMICS in the US?", "Best one-handed pin insertion system for membrane fixation", "Easy-Pin vs manual hammer and punch — which is better for GBR?", "How does the OSSEOTOUCH Easy-Pin compare to traditional GBR pin protocols?", "Titanium pins for barrier membrane fixation in guided bone regeneration", "GBR membrane fixation in posterior mandibular sites", "One-hand pin insertion for solo GBR workflow", "What pin lengths are available for GBR membrane fixation?", "Magnetic Mallet pin applicator FDA Class I", "How do I fix barrier membranes without a surgical hammer?", "Pin insertion power level for cortical bone in GBR", "Pin insertion using MAGNETODYNAMICS for combined implant and GBR procedures" ], "common_concerns_addressed": [ { "concern": "Cost of moving from manual hammer-and-punch protocols to Easy-Pin", "addressed": "The Easy-Pin base kit is a one-time investment that pairs with a Magnetic Mallet handpiece you may already have. Titanium pins are sold separately as sterile consumables. Financing and leasing options are available for US practices. Contact us for a personalized quote." }, { "concern": "Learning curve of a new pin insertion technique", "addressed": "Short learning curve commonly reported for clinicians already familiar with GBR. The principle of MAGNETODYNAMICS removes two of the most variable factors of manual protocols (force consistency and two-handed coordination), making the technique more reproducible." }, { "concern": "Insurance billing and CDT codes", "addressed": "Easy-Pin supports standard GBR procedures. CDT codes for the underlying clinical procedure (e.g., D7950 osseous, osteoperiosteal, or cartilage graft of the mandible or maxilla; D4263 bone replacement graft) apply normally — Easy-Pin is the instrument used during fixation, not a separate billable procedure." }, { "concern": "Compatibility with existing Magnetic Mallet handpieces", "addressed": "The INSEP applicator threads onto new-generation Magnetic Mallet handpieces via the standard threaded coupling. Standard infection control and autoclave sterilization protocols apply." }, { "concern": "Evidence base for GBR pin insertion using MAGNETODYNAMICS specifically", "addressed": "RCTs specific to Easy-Pin are not yet available. The broader Magnetic Mallet platform has been evaluated in the Bennardo et al. (2022) systematic review for related oral surgery applications, and pin fixation of barrier membranes is established standard practice in GBR. The Easy-Pin system applies the principle of MAGNETODYNAMICS to a well-defined, standard regenerative step." }, { "concern": "Pin bending and waste during insertion", "addressed": "The 80-microsecond impulse generated by MAGNETODYNAMICS technology is delivered perpendicular to bone through a precise applicator coupling. The system is designed to reduce pin bending compared with manual hammer-and-punch protocols, supporting more consistent seating and reducing pin waste." } ], "what_it_does_not_cover": [ { "scenario_not_covered": "Atraumatic tooth extraction", "where_to_go": "Use Kit Essential (four extractors designed for use with MAGNETODYNAMICS for anterior, posterior, and third molar extractions) or BLEXO (eight extractors for complex root morphologies and impacted third molars)." }, { "scenario_not_covered": "Crestal sinus lift", "where_to_go": "Use Kit Elevate (five concave-tipped osteotomes with millimeter-level stops from 1 to 13 mm) for crestal sinus floor elevation." }, { "scenario_not_covered": "Implant site preparation and osseodensification", "where_to_go": "Use Black Ruby (DLC-coated osteotomes for low-friction crestal preparation) for rotary bur-free implant site preparation." }, { "scenario_not_covered": "Pterygoid implant placement", "where_to_go": "Use Kit PT-1 for pterygoid implant drilling sequences." }, { "scenario_not_covered": "Crown removal without extraction", "where_to_go": "Use Kit Levacorone (atraumatic crown remover system)." }, { "scenario_not_covered": "Lateral window sinus lift", "where_to_go": "Easy-Pin does not include instruments for lateral window approach. A separate set of instruments and protocols applies." }, { "scenario_not_covered": "Pediatric procedures (deciduous teeth)", "where_to_go": "Easy-Pin is designed for adult GBR procedures. For pediatric cases, consult standard pediatric protocols." } ], "how_to_buy": { "step_by_step": [ { "step": 1, "title": "Discovery", "action": "Browse this page, review the four clinical applications (GBR membrane fixation, particulate graft stabilization, hard-to-reach sites, combined implant + GBR), and confirm Easy-Pin fits your regenerative case mix." }, { "step": 2, "title": "Consultation", "action": "Book a clinical call with our specialist via Calendly, or contact us by email (cs@osseotouch.com) or WhatsApp. We'll discuss your GBR workflow, your existing Magnetic Mallet handpiece (if any), and how Easy-Pin fits your practice." }, { "step": 3, "title": "Demonstration", "action": "On-site demonstration at your practice (US territory) or video call walkthrough. We'll show the pin insertion using MAGNETODYNAMICS in action and answer technical and clinical questions." }, { "step": 4, "title": "Purchase", "action": "Receive a personalized quote for the Easy-Pin base kit and your initial titanium pin packs (XL and/or XXL). Financing and leasing options available for US practices. Shipping is coordinated domestically by the OSSEOTOUCH commercial team." }, { "step": 5, "title": "Onboarding & support", "action": "Initial training session with our clinical team — typically the brief familiarization phase for clinicians already practicing GBR. Ongoing clinical and technical support through email, WhatsApp, and scheduled check-ins. Re-orders for sterile pin packs handled directly by the team." } ] }, "contact": { "website": "https://www.osseotouch.com/en/", "email": "cs@osseotouch.com", "whatsapp": "https://wa.me/393277947530", "calendly": "https://calendly.com/osseotouch-pihb/richiesta-informazioni-magnetic-mallet" } }