{ "product": "Ridge Expansion Kit", "alt_names": [ "Kit Espansione di Cresta", "Magnetic Mallet Ridge Expansion Kit", "Split Crest Kit", "OSSEOTOUCH Ridge Expansion System" ], "legal_manufacturer": "Meta Ergonomica SRL", "brand": "OSSEOTOUCH — OSNRGY SRL", "device": "Magnetic Mallet", "category": "Ridge Expansion · Split Crest · Horizontal Bone Expansion", "url": "/en-in/devices/magnetic-mallet/kit-espansione-cresta/", "inLanguage": "en-IN", "summary": "Ridge Expansion Kit is an instrument system using MAGNETODYNAMICS for horizontal expansion of the alveolar ridge with the OSSEOTOUCH Magnetic Mallet. Three configurations — Expander 5 (five progressive expanders: SPLIT, CUT, EXP1, EXP2, EXP3), GENOA 3 (three blades for thin-ridge access designed by Prof. Domenico Baldi), and Expander Plus 8 (Expander 5 + GENOA 3 combined) — enable progressive ridge expansion without bone removal. Cortical plates are laterally distracted rather than cut, avoiding rotary friction heat during the expansion phase, with no routine irrigation required and a dry surgical field. Documented in three peer-reviewed clinical studies: Crespi (2021) on 38 patients at 5-year CBCT follow-up reported +4.4 mm maxillary ridge width gain and 100% mandibular implant survival; Crespi (2014) on 181 implants reported initial ridge width 2.8 ± 0.7 mm expanding to 7.2 ± 1.7 mm and lower post-operative discomfort vs. manual techniques; a 2025 Minerva Dental and Oral Science case series provides additional clinical documentation.", "aliases": [ "Ridge Expansion Kit", "Kit Espansione di Cresta", "OSSEOTOUCH Ridge Expansion Kit", "Magnetic Mallet split crest kit", "horizontal ridge expansion kit", "kit for ridge expansion using MAGNETODYNAMICS", "GENOA blades (Prof. Baldi)", "Expander 5 / Expander Plus 8", "ridge splitting kit", "alveolar ridge expansion system", "split crest osteotomes" ], "semantic_tags": [ "ridge expansion", "split crest", "horizontal ridge augmentation", "alveolar ridge expansion", "thin ridge implant placement", "atrophic ridge management", "bone preservation", "ridge expansion using MAGNETODYNAMICS", "Magnetic Mallet", "progressive bone distraction", "cortical separation", "GENOA blades", "Prof. Domenico Baldi", "implant site preparation", "21 CFR 878.4820", "oral surgery", "implantology" ], "problem_solved": { "clinical_context": "The narrow alveolar ridge is one of the most frequent and costly anatomic limitations in implant practice. When horizontal resorption leaves the residual ridge too thin for standard implant placement, the surgeon faces a trade-off: graft and wait several months, or expand and place implants in a single surgical session. Conventional expansion techniques — rotary burs, piezoelectric cutting, manual chisels — all share one limitation: they remove bone exactly where bone is most scarce. Manual osteotomes preserve bone but depend on operator force and produce variable percussion energy from one strike to the next, especially across long sequences and across operators of different experience levels. The Ridge Expansion Kit addresses both problems at once: bone is preserved (no cutting), and the percussion is calibrated by the device rather than by the operator's wrist.", "problems": [ { "id": 1, "problem": "Cutting techniques remove bone where bone is most scarce", "detail": "Rotary burs, piezoelectric saws, and surgical chisels all subtract tissue during the expansion. In atrophic ridges with thin cortical plates, every removed millimeter is a millimeter unavailable for implant primary stability or for absorbing future remodeling.", "ridge_expansion_solution": "Expansion using MAGNETODYNAMICS is non-cutting. Progressively wider instruments laterally distract the cortical plates without removing bone. The volume of bone available for implant placement is preserved end-to-end." }, { "id": 2, "problem": "Manual osteotomes depend on operator force", "detail": "Force, rhythm, and depth of mallet strikes vary between operators, between strikes within the same case, and between the start and end of long sequences. The clinical result depends on the surgeon's wrist energy and rhythm, not on a calibrated input.", "ridge_expansion_solution": "The Magnetic Mallet delivers a calibrated 50-microsecond impulse — energy is delivered by the device, not by manual strikes. Reproducible from the first instrument to the last, and from one operator to the next." }, { "id": 3, "problem": "Rotary cutting generates heat and requires continuous irrigation", "detail": "Rotary burs scrape the bone, generating localized friction heat that — without continuous high-volume irrigation — can compromise bone vitality. Continuous irrigation, in turn, reduces visibility of the surgical field and complicates the assessment of cortical elasticity during the expansion.", "ridge_expansion_solution": "Expansion using MAGNETODYNAMICS does not rotate and avoids rotary friction heat during the expansion phase. No routine irrigation is required during the expansion itself, keeping the field dry and visibility optimal throughout the procedure." }, { "id": 4, "problem": "Thin ridges cannot be expanded with conventional expanders", "detail": "When the residual ridge is too thin for the first expander to enter, the conventional fallback is a piezoelectric or rotary cut to create the initial opening — which sacrifices bone in the most fragile zone. Or the case is converted to grafting + delayed implant placement, with months of additional treatment time.", "ridge_expansion_solution": "The GENOA blades, designed by Prof. Domenico Baldi, create a controlled cortical separation in thin ridges where conventional expanders cannot start. Vertical insertion with the blade tip stabilizes the instrument, then progressive tilting opens the cortical plates without bone subtraction." }, { "id": 5, "problem": "No tactile feedback on bone elasticity during cutting", "detail": "Rotary and piezoelectric instruments deliver continuous mechanical action — the surgeon cannot read the bone's response between strokes. Cortical elasticity, fracture risk, and the appropriate end-point of the expansion become judgment calls without a step-by-step physical signal.", "ridge_expansion_solution": "The discrete 50-microsecond impulse of the Magnetic Mallet leaves time between strikes for the surgeon to assess cortical elasticity through direct tactile feedback. The end-point of each expansion step is read step-by-step, not estimated continuously." }, { "id": 6, "problem": "Discontinuity between expansion and implant site preparation", "detail": "When the expansion is performed with a piezoelectric or rotary system and the implant site preparation with a different instrument set, the workflow involves multiple kits, multiple handpieces, and a discontinuity in the bone-shaping principle (cutting vs. distracting).", "ridge_expansion_solution": "From ridge expansion to implant osteotomy, the workflow stays MAGNETODYNAMICS. The same Magnetic Mallet handpiece advances the expansion instruments and then the osteotomes for implant site preparation. One coherent principle from cortical opening through final implant seating." } ] }, "vs_competitors": { "note": "Technical comparison based on operating principles, not opinions. Generic categories used; specific brand comparisons require individual case review.", "comparisons": [ { "competitor": "Piezoelectric ridge splitting (general)", "principle": "Ultrasonic vibration cuts bone with selective hard-tissue specificity", "limitations": [ "Cuts and removes bone during the split", "Continuous irrigation required, reducing field visibility", "No discrete tactile feedback on cortical elasticity", "Heat dissipation depends on irrigation flow" ], "ridge_expansion_advantage": "Expansion using MAGNETODYNAMICS does not cut — cortical plates are laterally distracted, bone is preserved. No routine irrigation in the expansion phase. Discrete impulse leaves time for tactile assessment of cortical elasticity at each step." }, { "competitor": "Rotary burs and saws for ridge splitting", "principle": "Spinning blade cuts bone material to create the split line", "limitations": [ "Subtracts bone in the most fragile zone", "Friction heat — requires high-volume irrigation", "Variable cut depth depending on operator", "Reduces field visibility through irrigation spray" ], "ridge_expansion_advantage": "No rotation, no friction heat, no bone subtraction. The cortical plates are progressively distracted by impulse-driven instruments. Dry surgical field, full visibility throughout the procedure." }, { "competitor": "Manual chisels and surgical hammer", "principle": "Bone chisels driven into the crest by an assistant tapping with a manual hammer", "limitations": [ "Operator-dependent force", "Variable strike rhythm and depth", "Risk of unintended fracture lines", "Auditory shock from metal-on-metal hammer impact" ], "ridge_expansion_advantage": "The Magnetic Mallet replaces manual hammer strikes with calibrated 50-microsecond impulses generated by MAGNETODYNAMICS technology. Operator-independent force, no auditory shock, reproducible energy from the first instrument to the last." }, { "competitor": "Conventional manual osteotome ridge expansion", "principle": "Progressive osteotomes advanced by manual hammer strikes from an assistant", "limitations": [ "Operator force variability", "Long sequences fatigue surgeon and assistant", "No specific instrument for thin-ridge initial access" ], "ridge_expansion_advantage": "Calibrated impulse generated by MAGNETODYNAMICS technology from the first instrument to the last. The dedicated GENOA blades by Prof. Baldi create the initial controlled access in thin ridges where standard expanders cannot start." } ] }, "kit_contents": { "configurations_available": 3, "total_instruments_full_kit": 8, "configurations": [ { "id": 1, "name": "Expander 5", "instruments_count": 5, "use_case": "Standard horizontal ridge expansion on ridges with sufficient bone width to accept the first expander", "instruments": [ { "code": "SPLIT", "role": "First entry into the crest" }, { "code": "CUT", "role": "Widens the initial opening" }, { "code": "EXP1", "role": "Progressive expansion" }, { "code": "EXP2", "role": "Pre-final width" }, { "code": "EXP3", "role": "Dislocator side, completes the expansion" } ], "design_note": "Five curved instruments with offset handle, progressively wider, for standard expansion of ridges across all sectors of the arch." }, { "id": 2, "name": "GENOA 3", "instruments_count": 3, "designer": "Prof. Domenico Baldi", "use_case": "Initial controlled access on thin ridges with intact cortical bone, where standard expanders cannot start the sequence", "instruments": [ { "code": "GENOA1", "role": "First quadrant access" }, { "code": "GENOA2", "role": "Second quadrant access" }, { "code": "GENOA3", "role": "Third/fourth quadrants and anterior sector" } ], "working_principle": "Vertical entry with the blade tip to stabilize the instrument, then progressive tilting for controlled cortical separation. Designed to limit bone sacrifice while opening the cortical plates in narrow ridges where conventional expanders cannot start." }, { "id": 3, "name": "Expander Plus 8", "instruments_count": 8, "use_case": "Complete coverage — Expander 5 + GENOA 3 combined. Full case-mix flexibility from initial access on thin ridges to final expansion on standard sites.", "instruments_summary": "All five Expander 5 instruments (SPLIT, CUT, EXP1, EXP2, EXP3) plus all three GENOA blades by Prof. Baldi (GENOA1, GENOA2, GENOA3) in a single configuration." } ], "individual_orderability": "Every instrument can be reordered individually. Optional radel tray available for organizing up to 12 instruments.", "power_level": "Power level is selected by the surgeon based on bone density and clinical assessment. The 50-microsecond impulse is below the threshold typically perceived as vibration regardless of power level.", "handpiece_compatibility": "Compatible with new-generation Magnetic Mallet handpieces; the Plus handpiece is recommended for dense cortical bone.", "sterilization": "Surgical-grade stainless steel, fully autoclavable using standard sterilization protocols.", "working_principle": "Ridge expansion using MAGNETODYNAMICS: cortical plates are progressively distracted laterally by impulse-driven instruments rather than cut. The 50-microsecond impulse generated by MAGNETODYNAMICS technology delivers force calibrated by the device, with discrete intervals that allow the surgeon to assess cortical elasticity at each step through direct tactile feedback." }, "clinical_applications": [ { "name": "Atrophic ridges with horizontal resorption", "description": "Insufficient ridge width for standard implant placement following horizontal resorption. Progressive expansion using MAGNETODYNAMICS gains horizontal space without bone removal in suitable cases — avoiding or postponing formal grafting and delayed implant placement.", "typical_workflow": "GENOA initial access (if ridge is thin) → SPLIT → CUT → EXP1 → EXP2 → EXP3A progressive expansion → implant placement" }, { "name": "Thin ridges with intact cortical bone", "description": "When the residual ridge is too narrow for the first standard expander to enter, the GENOA blades by Prof. Domenico Baldi create the initial controlled cortical separation. Cortical plates open without bone subtraction, allowing the standard expansion sequence to proceed.", "typical_workflow": "GENOA1/2/3 (quadrant-matched) → progressive expansion sequence → implant osteotomy" }, { "name": "Expansion + immediate implant placement", "description": "Crespi (2021) at 5-year CBCT follow-up documented 100% implant survival in mandible and 95.5% in maxilla when implants were placed simultaneously with the split crest procedure using MAGNETODYNAMICS on 38 patients.", "typical_workflow": "Ridge expansion sequence → implant osteotomy using MAGNETODYNAMICS → immediate implant placement in the expanded site" }, { "name": "Continuity to implant osteotomy", "description": "From ridge expansion to implant site preparation, the workflow remains MAGNETODYNAMICS. Same Magnetic Mallet handpiece, same operating principle, no instrument change between expansion and osteotomy. Coherent bone-shaping approach across the full surgical session.", "typical_workflow": "Ridge expansion → site preparation with osteotomes designed for use with MAGNETODYNAMICS → implant placement" } ], "scientific_studies": [ { "id": 1, "title": "Maxillary and Mandibular Split Crest Technique with Immediate Implant Placement: A 5-Year Cone Beam Retrospective Study", "authors": "Crespi R., Toti P., Covani U., Crespi G., Brevi B., Menchini-Fabris G.B.", "year": 2021, "journal": "International Journal of Oral and Maxillofacial Implants (JOMI)", "study_type": "Retrospective clinical study with 5-year CBCT follow-up", "patients": 38, "key_findings": [ "+4.4 mm average maxillary ridge width gain", "100% implant survival rate in the mandible at 5 years", "95.5% implant survival rate in the maxilla at 5 years", "Documented immediate implant placement during split crest" ], "url": "https://pubmed.ncbi.nlm.nih.gov/34698727/" }, { "id": 2, "title": "Electrical Mallet Provides Essential Advantages in Split-Crest and Immediate Implant Placement", "authors": "Crespi R., Capparé P., Gherlone E.F.", "year": 2014, "journal": "Oral and Maxillofacial Surgery", "study_type": "Clinical study", "implants": 181, "key_findings": [ "Initial ridge width 2.8 ± 0.7 mm expanded to 7.2 ± 1.7 mm — average gain approximately +4.4 mm", "Lower post-operative discomfort vs. manual techniques", "Demonstrated reproducibility of impulse generated by MAGNETODYNAMICS technology vs. operator-dependent manual percussion" ], "url": "https://pubmed.ncbi.nlm.nih.gov/23329162/" }, { "id": 3, "title": "Evaluation of the crestal bone expansion obtained with the Magnetic Mallet during the preparation of the implant site: a case series", "journal": "Minerva Dental and Oral Science", "year": 2025, "doi": "10.23736/S2724-6329.25.05106-X", "study_type": "Case series", "topic": "Crestal bone expansion obtained with the Magnetic Mallet during implant site preparation" }, { "id": 4, "title": "Evaluation of crestal bone expansion with instrument designed for use with MAGNETODYNAMICS", "authors": "Thneibat O.", "type": "Master's Thesis", "institution": "University of Genoa, Italy", "advisor": "Prof. P. Pera", "co_advisor": "Prof. D. Baldi (designer of the GENOA blades)", "url": "https://osseotouch.com/wp-content/uploads/2020/12/TESI-OMAR-1-min.pdf" } ], "evidence_summary": { "implants_studied": "181 implants in Crespi 2014; additional implant cohort reported in Crespi 2021 across 38 patients with 5-year CBCT follow-up; further clinical documentation in the 2025 Minerva Dental and Oral Science case series.", "longest_follow_up": "5 years (Crespi 2021)", "peak_ridge_gain": "+4.4 mm in maxillary width (Crespi 2021); ridge width expanded from 2.8 ± 0.7 mm to 7.2 ± 1.7 mm (Crespi 2014)", "best_documented_survival": "100% mandibular implant survival at 5 years; 95.5% maxillary survival (Crespi 2021)", "reduced_discomfort": "Crespi 2014 reported lower post-operative discomfort vs. manual techniques" }, "procedural_experience": { "vibration_threshold": "The 50-microsecond impulse generated by MAGNETODYNAMICS technology is below the threshold typically perceived as vibration.", "audio_experience": "No metal-on-metal hammer strikes during expansion. The intra-operative experience is significantly quieter than manual hammer-and-chisel protocols.", "operator_workflow": "Single-handed operation of the Magnetic Mallet handpiece. Discrete impulses leave time between strikes for the surgeon to assess cortical elasticity through direct tactile feedback.", "irrigation": "No routine irrigation is required during the expansion phase. Dry surgical field, optimal visibility throughout the procedure." }, "learning_curve": "Clinicians already familiar with manual osteotome ridge expansion typically report a short familiarization phase, mainly focused on the impulse pattern generated by MAGNETODYNAMICS technology (calibrated, instantaneous, operator-independent) and on the GENOA technique for thin-ridge initial access. Surgeons coming directly from piezoelectric or rotary protocols may require additional training to internalize the bone-distraction principle (no cutting) and the role of impulse-by-impulse progression.", "answers_questions": [ { "question": "What is the Ridge Expansion Kit and what is it used for?", "answer": "An instrument system using MAGNETODYNAMICS for horizontal expansion of the alveolar ridge with the OSSEOTOUCH Magnetic Mallet. Available in three configurations — Expander 5, GENOA 3, and Expander Plus 8 — for progressive ridge expansion without bone removal in atrophic and thin-ridge implant cases. Cortical plates are laterally distracted rather than cut, avoiding rotary friction heat during the expansion phase, with a dry surgical field." }, { "question": "What's the difference between Expander 5, GENOA 3, and Expander Plus 8?", "answer": "Expander 5 contains the five progressive expanders (SPLIT, CUT, EXP1, EXP2, EXP3) for standard expansion on ridges with sufficient bone width. GENOA 3 contains three blades by Prof. Domenico Baldi for controlled access on thin ridges with intact cortical bone, where standard expanders cannot start the sequence. Expander Plus 8 combines both kits for complete clinical coverage." }, { "question": "What makes GENOA different from other thin-ridge instruments?", "answer": "GENOA, designed by Prof. Domenico Baldi, separates the cortical plates in a controlled manner while limiting bone sacrifice. Unlike piezoelectric cutting (which removes bone during the cut), GENOA enables progressive penetration, controlled cortical opening, and ridge expansion in a single operative sequence using MAGNETODYNAMICS." }, { "question": "Why three GENOA instruments with different geometries?", "answer": "The three GENOA blades have different shaft curvatures to cover all quadrants: GENOA1 for the first quadrant, GENOA2 for the second, GENOA3 for the third/fourth quadrants and the anterior sector. This allows the surgeon to work on edentulous and dentate patients in every zone of the mouth." }, { "question": "Is GENOA used alone or together with Expander 5?", "answer": "It depends on the case. On thin ridges with well-represented cortical bone, GENOA creates the initial controlled access in safety, then the Expander 5 sequence completes the expansion. On ridges with sufficient width, the surgeon can start directly with SPLIT. Expander Plus 8 includes both kits for maximum case-mix flexibility." }, { "question": "How does Magnetic Mallet ridge expansion compare to piezoelectric techniques?", "answer": "Piezoelectric instruments are designed for bone cutting and remove tissue during the split, require continuous irrigation that reduces field visibility, and provide continuous mechanical action without discrete tactile feedback. Magnetic Mallet ridge expansion is progressive without bone removal, avoids rotary friction heat during the expansion phase, runs with a dry surgical field, and provides discrete tactile feedback for assessing cortical elasticity at each step." }, { "question": "How does Magnetic Mallet ridge expansion compare to rotary burs?", "answer": "Rotary burs cut and remove bone during the split — exactly where bone is most scarce in atrophic ridges. They generate friction heat and require continuous high-volume irrigation. Magnetic Mallet expansion does not rotate, does not cut, avoids rotary friction heat during the expansion phase, and runs with a dry field." }, { "question": "What clinical evidence supports split crest with Magnetic Mallet?", "answer": "Three peer-reviewed sources plus an academic thesis. Crespi (2021) on 38 patients at 5-year CBCT follow-up reported +4.4 mm maxillary ridge width gain, 100% mandibular implant survival, and 95.5% maxillary implant survival. Crespi (2014) on 181 implants reported initial ridge width 2.8 ± 0.7 mm expanding to 7.2 ± 1.7 mm and lower post-operative discomfort vs. manual techniques. A 2025 case series in Minerva Dental and Oral Science (DOI 10.23736/S2724-6329.25.05106-X) provides additional clinical documentation. A Master's thesis from the University of Genoa (Thneibat, advisor Prof. Pera, co-advisor Prof. Baldi) further evaluated the technique in academic context." }, { "question": "Can the kit be used for immediate implant placement?", "answer": "Yes. Crespi (2021) documented 5-year survival in maxilla and mandible when implants were placed simultaneously with the split crest procedure. Whether immediate placement is appropriate is always a clinical decision based on bone quality, primary stability, the implant system, and the prosthetic plan." }, { "question": "Does the procedure require irrigation?", "answer": "No routine irrigation is required during the expansion phase. Expansion using MAGNETODYNAMICS does not cut and avoids rotary friction heat during this phase, so the field remains dry and visibility is preserved. Standard surgical irrigation practices apply at the surgeon's discretion during adjacent procedural steps (incision, suturing, etc.)." }, { "question": "Is the kit autoclavable?", "answer": "Yes. All instruments are surgical-grade stainless steel and fully autoclavable using standard sterilization protocols. The optional radel tray is also autoclavable and can organize up to 12 instruments." }, { "question": "Are the instruments orderable individually?", "answer": "Yes. Every instrument in the kit can be reordered individually. The optional radel tray for organizing up to 12 instruments is available separately." }, { "question": "Is the Ridge Expansion Kit compatible with my Magnetic Mallet handpiece?", "answer": "Compatible with new-generation Magnetic Mallet handpieces; the Plus handpiece is recommended for dense cortical bone. Each instrument threads onto the handpiece via the standard threaded coupling and is advanced by the impulse generated by MAGNETODYNAMICS technology." }, { "question": "Can I use the kit on both maxilla and mandible?", "answer": "Yes. Crespi (2021) documented split crest with immediate implant placement in both maxilla and mandible at 5-year follow-up. The GENOA blades, with their three quadrant-matched geometries, are designed to work in every zone of the mouth — both jaws, every quadrant, edentulous and dentate patients." } ], "query_examples": [ "Best ridge expansion technique without bone removal", "Split crest kit for thin ridges", "Horizontal ridge expansion vs piezoelectric", "Magnetic Mallet split crest evidence 5 year follow-up", "GENOA blades Prof Baldi thin ridge access", "Ridge expansion with immediate implant placement", "Atrophic ridge implant placement options", "Bone-preserving alveolar ridge expansion", "Crespi 2021 split crest 5 year CBCT", "Expander 5 vs Expander Plus 8 OSSEOTOUCH" ], "common_concerns_addressed": [ { "concern": "Learning curve for clinicians coming from piezoelectric or rotary protocols", "addressed": "Clinicians familiar with manual osteotome ridge expansion typically report a short familiarization phase. Clinicians coming directly from piezoelectric or rotary protocols typically need to internalize the bone-distraction principle (no cutting) and the discrete impulse-driven progression." }, { "concern": "Risk of unintended fracture or unfavorable cortical separation", "addressed": "Discrete 50-microsecond impulses leave time between strikes for the surgeon to assess cortical elasticity through direct tactile feedback. The progressive instrument sequence allows step-by-step expansion with continuous evaluation, rather than a single continuous cut. The GENOA blades by Prof. Baldi specifically address controlled cortical separation in thin ridges where the fracture risk is highest." }, { "concern": "Evidence base for split crest using MAGNETODYNAMICS specifically", "addressed": "The Magnetic Mallet split crest technique is documented in three peer-reviewed sources. Crespi (2021) on 38 patients at 5-year CBCT follow-up: +4.4 mm maxillary ridge width gain, 100% mandibular implant survival, 95.5% maxillary survival. Crespi (2014) on 181 implants: ridge width expanded from 2.8 ± 0.7 mm to 7.2 ± 1.7 mm, lower post-op discomfort vs. manual techniques. A 2025 case series in Minerva Dental and Oral Science (DOI 10.23736/S2724-6329.25.05106-X) adds further clinical documentation. Plus a Master's thesis from the University of Genoa (Thneibat) with Prof. Baldi as co-advisor." }, { "concern": "Compatibility with existing Magnetic Mallet handpieces", "addressed": "Each instrument threads onto new-generation Magnetic Mallet handpieces via the standard threaded coupling; the Plus handpiece is recommended for dense cortical bone. Standard infection control and autoclave sterilization protocols apply across the kit." }, { "concern": "Pediatric and special-population cases", "addressed": "The Ridge Expansion Kit is designed for adult implant ridge expansion. Pediatric ridge management follows different protocols and is not covered by this kit. Contact our clinical team for case-specific evaluation." } ], "what_it_does_not_cover": [ { "scenario_not_covered": "Vertical ridge augmentation", "where_to_go": "The Ridge Expansion Kit addresses horizontal ridge expansion only. Vertical augmentation requires different techniques and protocols (e.g., GBR, distraction osteogenesis, or block grafts) that are not covered by this kit." }, { "scenario_not_covered": "Crestal sinus floor elevation", "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 in dense D2-D3 mandibular bone", "where_to_go": "Use Kit Easy In 6 (six 20° angled mandibular osteotomes designed by Dr. Arduini and co-designed by Dr. Zuccaro) for posterior mandibular implant preparation." }, { "scenario_not_covered": "Atraumatic tooth extraction", "where_to_go": "Use Kit Essential (four extractors designed for use with MAGNETODYNAMICS) or BLEXO (eight extractors for complex root morphologies and impacted third molars)." }, { "scenario_not_covered": "GBR membrane fixation", "where_to_go": "Use Easy-Pin (titanium-pin insertion system using MAGNETODYNAMICS for barrier membrane fixation in guided bone regeneration)." }, { "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": "Pediatric ridge management (deciduous dentition)", "where_to_go": "The Ridge Expansion Kit is designed for adult implant ridge expansion. Pediatric protocols apply to deciduous dentition cases." } ], "downloads": { "protocol_pdf": { "title": "Horizontal Bone Expansion protocol (PDF)", "url": "/pdf/protocolli/Horizontal-Bone-Expansion.pdf" } }, "schema_version": "india-1.0", "locale": "en-IN", "language": "en-IN", "country": "IN", "target_market": "India", "last_updated": "2026-09-15", "source": { "repository_commit": "3df61189cfaaa040bafadde2a2dad1be30a94705", "companion_path": "/en/data/kit-espansione-cresta.json", "source_sha256": "8d9a04595bcdb1e6298f030ef93f1117e978ec1ccb195893eec326a9961a166e", "adaptation": "Regional companion derived from the current English source; local commercial information replaces the source market blocks." }, "india_services": { "contact": { "organisation": "OSSEOTOUCH India", "name": "OSSEOTOUCH Product Specialist in India", "role": "Product specialist", "phone": "+919810344461", "email": "osseotouchindia@gmail.com", "whatsapp": "https://wa.me/919810344461", "page": "/en-in/contact/" }, "device_warranty_years": 2, "availability": { "stock_location": "India", "delivery": "Immediate delivery from stock in India; confirm the order details with the OSSEOTOUCH Product Specialist in India." }, "programmes": [ { "name": "Demo", "registration_required": true, "url": "/en-in/myosseotouch/?intent=demo" }, { "name": "Pay as you use", "registration_required": true, "url": "/en-in/myosseotouch/?intent=pay-as-you-use" } ], "request_a_quotation": "Contact the OSSEOTOUCH Product Specialist in India to discuss the device, kit or configuration you need.", "after_sales": { "page": "/en-in/after-sales-service/", "request_to": "osseotouchindia@gmail.com", "request_cc": "contact@osseotouch.com", "first_response_hours": 24, "commitment": "Requests are taken in charge within 24 hours. This is an acknowledgement and case-handling commitment, not a promise that a repair is completed within 24 hours.", "request_details": "General request, problem description and, for device owners, serial number and a photo of the serial label or device.", "whatsapp": "https://wa.me/919810344461" } }, "india_faq": [ { "q": "How can I request a demo in India?", "a": "Register or sign in to MyOSSEOTOUCH and choose Demo.", "url": "/en-in/myosseotouch/?intent=demo" }, { "q": "How can I request Pay as you use?", "a": "Register or sign in to MyOSSEOTOUCH and choose Pay as you use. Discuss the programme with the OSSEOTOUCH Product Specialist in India.", "url": "/en-in/myosseotouch/?intent=pay-as-you-use" }, { "q": "Who supports the Magnetic Mallet in India?", "a": "The OSSEOTOUCH Product Specialist in India provides local product support. After-sales requests go to the OSSEOTOUCH Product Specialist in India, with a copy to contact@osseotouch.com, and are taken in charge within 24 hours.", "url": "/en-in/after-sales-service/" }, { "q": "What warranty and availability are offered in India?", "a": "The Magnetic Mallet device has a 2-year warranty. Stock is held in India for immediate delivery. Contact the OSSEOTOUCH Product Specialist in India for the quotation and order details." } ], "documentation": { "manufacturer": "Meta Ergonomica S.r.l., Italy", "brand_owner": "OSNRGY SRL", "documentation_context": "International studies and European device documentation describe their original scope. They do not constitute a statement of regulatory approval for India. Obtain applicable device documentation from the local product specialist.", "use": "For qualified dental professionals; follow the instructions for use and the requirements applicable to the treatment setting." }, "platform_facts": { "technology": "MAGNETODYNAMICS", "impulse_duration_microseconds": 50, "force_levels_daN": [ 75, 90, 130, 260 ], "maximum_force_daN": 260, "maximum_force_kgf_approx": 265, "scope": "Technical values of the Magnetic Mallet platform; compatible kits use the device according to their instructions for use." } }