{ "product": "First", "alt_names": [ "First Lancet Osteotome", "OSSEOTOUCH First", "Magnetic Mallet First", "Lancet osteotome by Prof. Domenico Baldi", "Pilot-drill alternative osteotome" ], "legal_manufacturer": "Meta Ergonomica SRL", "brand": "OSSEOTOUCH — OSNRGY SRL", "device": "Magnetic Mallet", "category": "Lancet Osteotome · Pilot-Drill Alternative · Implant Site Preparation Starter", "url": "/en-in/devices/magnetic-mallet/first/", "inLanguage": "en-IN", "summary": "First is a lancet osteotome designed by Prof. Domenico Baldi for use with MAGNETODYNAMICS as an alternative to the rotary pilot drill in implant site preparation. The 4-faced sharp tip (Ø 1.8 mm) penetrates the cortical plate through lateral expansion and bone condensation — non-rotary, rotary bur-free, no routine irrigation required during the preparation phase. Particularly relevant for thin-ridge implant placement (knife-edge ridges where rotary pilot drills tend to deflect), post-extractive socket axis correction, and flapless implant placement workflows. Surgical-grade stainless steel, autoclavable. Available standalone or as an add-on to any Magnetic Mallet kit. Compatible with new-generation Magnetic Mallet handpieces.", "aliases": [ "First", "First Lancet Osteotome", "OSSEOTOUCH First", "Magnetic Mallet First", "lancet osteotome", "pilot drill alternative", "rotary bur-free pilot osteotome", "implant site preparation starter", "flapless implant placement starter", "4-faced lancet osteotome", "Prof. Baldi lancet osteotome" ], "semantic_tags": [ "lancet osteotome", "pilot drill alternative", "rotary bur-free pilot", "implant site preparation", "flapless implant placement", "thin ridge implant placement", "knife-edge ridge", "post-extractive immediate implant", "bone condensation", "lateral cortical expansion", "osteotome designed for use with MAGNETODYNAMICS", "Magnetic Mallet", "Prof. Domenico Baldi", "single-instrument add-on", "21 CFR 878.4820", "implantology" ], "problem_solved": { "clinical_context": "The conventional implant protocol begins with the pilot drill — a rotating instrument that removes bone to create the initial osteotomy. Removing bone weakens the implant site, generates frictional heat, and requires continuous irrigation. On thin ridges, the drill can skid on the cortical plate and the surgeon loses axis control; a millimeter error can reshape the entire implant trajectory. In post-extractive sockets, the irregular geometry of the residual walls makes axis determination with a rotary drill even harder. In flapless workflows, soft tissue closes around the drill, constraining irrigation and visibility at the entry point.", "problems": [ { "id": 1, "problem": "The pilot drill removes bone exactly where preservation matters most — the cortical entry", "detail": "Rotary pilot drilling creates the initial osteotomy by subtracting bone. On thin ridges and in cortical-rich entry points, this subtraction reduces the bone volume available for primary implant stability before the implant has even been placed.", "first_solution": "First penetrates the cortical plate through lateral expansion and bone condensation — non-rotary, rotary bur-free. The bone is compacted rather than removed, supporting an approach that aims to increase peri-implant bone density at the entry point." }, { "id": 2, "problem": "The pilot drill skids on knife-edge ridges, losing axis control", "detail": "On thin or knife-edge ridges, the rotary drill tip can deflect off the narrow cortical plate, compromising the planned trajectory. Recovering the axis once lost is difficult and may require restarting the protocol.", "first_solution": "The 4-faced lancet tip engages the cortical plate without skidding, even on knife-edge ridges. The geometry of the four sharp faces stabilizes the instrument on the planned axis from the first impulse." }, { "id": 3, "problem": "Pilot drilling generates frictional heat and requires continuous irrigation", "detail": "Rotary pilot drilling generates localized friction heat at the cortical entry. Continuous irrigation is needed to keep bone temperature within safe limits — but in flapless workflows, soft tissue closes around the drill, constraining irrigation flow at the active cutting zone.", "first_solution": "First is non-rotary and avoids the rotary friction heat that conventional pilot drilling generates. No routine irrigation required during the preparation phase using MAGNETODYNAMICS, removing the irrigation-access constraint that affects flapless protocols." }, { "id": 4, "problem": "Post-extractive socket walls have irregular geometry that defeats rotary axis control", "detail": "The residual walls of a fresh extraction socket are rarely a perfect cylinder. Axis determination with a rotary pilot drill is unpredictable in this geometry — the drill follows the path of least resistance through irregular trabeculae, not the planned implant trajectory.", "first_solution": "First redefines the post-extractive socket axis before the implant osteotomy. The 4-faced lancet engages the residual cortical plate at the planned trajectory, correcting the geometric irregularities of the socket walls." }, { "id": 5, "problem": "If the pilot drill axis needs correction, the operator typically restarts the protocol", "detail": "Once a rotary pilot drill has created the initial osteotomy off-axis, redirecting the trajectory is mechanically difficult. The drill tends to follow the existing channel, and correction often requires a wider-diameter drill or a fresh restart.", "first_solution": "If the trajectory needs adjustment during the preparation, the same instrument can redirect — no drill changes required. The impulse generated by MAGNETODYNAMICS technology advances the tip incrementally, allowing the surgeon to assess and correct the axis between impulses." }, { "id": 6, "problem": "Adding an alternative using MAGNETODYNAMICS to the pilot drill normally means adopting a full new kit", "detail": "Many alternatives to rotary protocols that use MAGNETODYNAMICS come as full kits — multiple instruments, dedicated handpieces, dedicated training. The friction-to-adoption is high.", "first_solution": "First is a single-instrument add-on. Adds to any Magnetic Mallet kit or purchased standalone. Uses the new-generation Magnetic Mallet handpiece the practice already has. Lowest possible friction-to-adoption for clinicians who want to start replacing the rotary pilot drill without changing the rest of their protocol." } ] }, "vs_competitors": { "note": "Technical comparison based on operating principles, not opinions. Generic categories used; specific brand comparisons require individual case review.", "comparisons": [ { "competitor": "Conventional rotary pilot drills (any implant brand)", "principle": "Rotating drill bit creates the initial osteotomy by subtracting bone material", "limitations": [ "Removes bone at the cortical entry where preservation matters", "Frictional heat — requires continuous irrigation", "Skids on thin / knife-edge ridges", "Path-of-least-resistance axis in post-extractive sockets", "Axis correction requires restarting the protocol" ], "first_advantage": "Non-rotary lancet penetration through lateral expansion and bone condensation. 4 sharp faces stabilize axis on knife-edge ridges. No rotary friction heat. No routine irrigation during preparation. Real-time axis correction with the same instrument." }, { "competitor": "Manual lancet osteotomes (with surgical hammer)", "principle": "Hand-driven lancet osteotomes advanced by an assistant tapping the head with a manual hammer", "limitations": [ "Operator-dependent percussion force", "Variable depth control between strikes", "Risk of unintended tip deflection on hard cortical", "Auditory shock for the patient" ], "first_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 impulse to impulse." }, { "competitor": "Piezoelectric pilot preparation (general)", "principle": "Ultrasonic vibration cuts bone with selective hard-tissue specificity", "limitations": [ "Cuts and removes bone during preparation", "Continuous vibration and irrigation", "Slower per-site progression than rotary or MAGNETODYNAMICS", "Most piezoelectric tips are not specifically designed as pilot-drill alternatives" ], "first_advantage": "First does not cut and does not require continuous irrigation. Designed specifically as a pilot-drill alternative — replaces the rotary first step of the implant protocol with a single instrument designed for use with MAGNETODYNAMICS." }, { "competitor": "Other kit-based alternatives using MAGNETODYNAMICS (general)", "principle": "Full kits of instruments designed for use with MAGNETODYNAMICS to replace the entire drilling sequence", "limitations": [ "Requires adopting a full kit", "Higher friction-to-adoption for clinicians who want to replace only the pilot drill", "More inventory and training overhead" ], "first_advantage": "First is a single-instrument add-on. Adds to any existing Magnetic Mallet kit or purchased standalone. Lowest friction-to-adoption — replaces only the pilot drill without changing the rest of the protocol." } ] }, "instrument_specs": { "type": "Single lancet osteotome designed for use with MAGNETODYNAMICS", "designer": "Prof. Domenico Baldi", "tip_shape": "Lancet — 4 sharp faces", "diameter": "Ø 1.8 mm", "material": "Surgical-grade stainless steel", "sterilization": "Autoclavable using standard sterilization protocols", "handpiece_compatibility": "New-generation Magnetic Mallet handpieces (all kits)", "purchase_options": "Standalone instrument or add-on to any Magnetic Mallet kit", "working_principle": "Lancet penetration using MAGNETODYNAMICS: the Magnetic Mallet handpiece delivers 50-microsecond impulses to the lancet tip. The 4 sharp faces engage the cortical plate without skidding; the bone is laterally expanded and compacted rather than rotated and removed. No routine irrigation required during the preparation phase." }, "clinical_applications": [ { "name": "Thin / knife-edge ridges", "description": "The 4-faced lancet tip engages the cortical plate without skidding, where conventional pilot drills tend to lose axis control. Atraumatic cortical penetration with controlled lateral expansion.", "typical_workflow": "Digital plan or free-hand axis assessment → First lancet engages the cortical at the planned trajectory → penetration driven by an impulse generated by MAGNETODYNAMICS technology → standard implant osteotomy continues from the established axis" }, { "name": "Post-extractive immediate implant placement", "description": "Redefines the axis of the residual extraction socket before the implant osteotomy. Corrects the geometric irregularities of the socket walls that make axis determination with a rotary pilot drill difficult.", "typical_workflow": "Atraumatic extraction → First redefines the implant axis through the residual socket walls → standard implant osteotomy → immediate implant placement" }, { "name": "Flapless implant placement", "description": "Replaces the rotary pilot drill in flapless mini-invasive workflows where soft-tissue management constrains irrigation and visibility. The non-rotary advancement avoids rotary friction heat at the cortical entry point — a recognized concern in flapless protocols.", "typical_workflow": "Flapless trajectory plan → tissue punch (if used) → First penetrates the cortical at the planned axis → standard implant osteotomy → implant placement, all flapless" }, { "name": "Dense cortical bone access", "description": "Penetrates well-mineralized cortical without rotary friction heat. Supports an approach that aims to preserve cortical bone integrity at the implant entry point.", "typical_workflow": "Dense-cortical site identified at planning → First lancet engages the cortical → MAGNETODYNAMICS penetration through the dense layer → osteotomy continues with the chosen subsequent protocol (rotary or MAGNETODYNAMICS)" } ], "evidence_note": { "rct_specific_to_first": "No randomized controlled trials specific to the First lancet osteotome are currently available.", "broader_magnetic_mallet_evidence": "The Magnetic Mallet platform on which First operates has been evaluated in peer-reviewed publications across multiple oral surgery applications — including the Bennardo et al. (2022) systematic review covering implant site preparation, ridge preservation, crestal sinus floor elevation, and tooth extraction; and the Crespi et al. (2014, 2021) clinical studies on split crest with immediate implant placement. First extends this principle of MAGNETODYNAMICS to the cortical entry step of the implant protocol.", "design_rationale": "The pilot drill is the first step of the implant protocol and the step where axis control matters most. First addresses three established mechanical limitations of conventional rotary pilot drilling — bone subtraction at the cortical entry, frictional heat under restricted irrigation access (flapless), and tip deflection on knife-edge ridges — by replacing the rotary drill with a 4-faced lancet osteotome designed for use with MAGNETODYNAMICS.", "designer": "Prof. Domenico Baldi (University of Genoa) — designer of the GENOA blades for the Ridge Expansion Kit and of the First lancet osteotome.", "biocompatibility": "Surgical-grade stainless steel, consistent with established medical-device standards for bone-contact instruments." }, "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 cortical penetration. No rotary handpiece noise or irrigation spray during this step. The intra-operative experience is significantly quieter than rotary pilot drilling protocols.", "operator_workflow": "Single-handed Magnetic Mallet handpiece. The 4-faced lancet tip is engaged on the cortical plate at the planned axis; the impulse generated by MAGNETODYNAMICS technology advances the tip incrementally. Discrete impulses leave time between strikes for the surgeon to assess and correct the axis.", "irrigation": "No routine irrigation is required during the preparation phase using MAGNETODYNAMICS. Avoids the rotary friction heat that conventional pilot drilling addresses with continuous irrigation." }, "learning_curve": "Short familiarization phase. First operates with the Magnetic Mallet handpiece the practice already uses for other indications, so the handpiece ergonomics and impulse triggering are already familiar to existing users. Clinicians coming directly from rotary-only protocols may need additional time to internalize the non-rotary expansion principle.", "answers_questions": [ { "question": "What is First and what is it used for?", "answer": "First is a lancet osteotome designed by Prof. Domenico Baldi for use with MAGNETODYNAMICS as an alternative to the rotary pilot drill in implant site preparation. The 4-faced sharp tip (Ø 1.8 mm) penetrates the cortical plate through lateral expansion and bone condensation — non-rotary, rotary bur-free, no routine irrigation required during the preparation phase. Particularly suited to thin ridges, post-extractive sockets, and flapless implant placement workflows." }, { "question": "Do I need the Magnetic Mallet to use First?", "answer": "Yes. First is designed for the OSSEOTOUCH Magnetic Mallet handpiece. It connects to the handpiece like any other instrument in the range. If you already own a Magnetic Mallet, First can be added as a standalone instrument or to any existing kit." }, { "question": "How is First different from a conventional pilot drill?", "answer": "A conventional pilot drill rotates and removes bone to create the initial osteotomy. First does not rotate and is designed to preserve bone by lateral expansion and condensation rather than rotary removal. The result: no rotary friction heat during preparation, no routine irrigation required, denser bone at the cortical entry, and better axis control on thin or irregular ridges." }, { "question": "Can First be used on very thin ridges?", "answer": "Yes — this is one of the primary indications. The 4-faced lancet tip does not skid even on knife-edge ridges, allowing the surgeon to maintain the planned axis where conventional rotary pilot drills tend to deflect off the narrow cortical plate." }, { "question": "Can First be used in post-extractive sockets?", "answer": "Yes — particularly indicated for this scenario. First redefines the axis of the residual extraction socket before implant osteotomy, correcting the geometric irregularities that make axis determination with a rotary pilot drill difficult." }, { "question": "Is First a good fit for flapless implant placement?", "answer": "Yes. Flapless workflows constrain soft-tissue management and irrigation access at the cortical entry point. First's non-rotary advancement avoids the rotary friction heat that conventional pilot drilling generates — a recognized concern in flapless protocols where irrigation cooling is most constrained." }, { "question": "How does bone condensation work with First?", "answer": "The 4-faced lancet tip laterally expands the bone tissue during penetration. The bone is compacted rather than removed, supporting an approach that aims to increase peri-implant bone density at the entry point and primary stability of the implant placed in the prepared site." }, { "question": "Can the axis be corrected with First if the trajectory needs adjustment?", "answer": "Yes. The impulse generated by MAGNETODYNAMICS technology advances the tip incrementally, allowing the surgeon to assess the trajectory between impulses and redirect the same instrument if needed. With a rotary pilot drill, axis correction typically requires restarting the protocol with a wider-diameter drill." }, { "question": "Can First be added to an existing Magnetic Mallet kit?", "answer": "Yes. First can be added to any Magnetic Mallet kit or purchased as a standalone instrument. No additional handpiece required — works with the new-generation Magnetic Mallet you already have." }, { "question": "Is First autoclavable?", "answer": "Yes. First is manufactured from surgical-grade stainless steel and is autoclavable using standard sterilization protocols. Compatible with new-generation Magnetic Mallet handpieces via the standard threaded coupling." }, { "question": "Are randomized controlled trials available specifically for First?", "answer": "No. RCTs specific to First are not currently available. The broader Magnetic Mallet platform on which First operates has been evaluated in peer-reviewed publications across multiple oral surgery applications — including the Bennardo et al. (2022) systematic review and the Crespi et al. (2014, 2021) clinical studies on split crest with immediate implant placement." }, { "question": "Does the procedure require irrigation?", "answer": "No routine irrigation is required during the preparation phase using MAGNETODYNAMICS. The non-rotary advancement avoids rotary friction heat that conventional pilot drilling addresses with continuous high-volume irrigation. Standard surgical irrigation practices apply at the surgeon's discretion during adjacent procedural steps." }, { "question": "Who designed First?", "answer": "Prof. Domenico Baldi (University of Genoa). Prof. Baldi is also the designer of the GENOA blades for the Ridge Expansion Kit. The 4-faced lancet geometry of First reflects his clinical experience in implant site preparation across thin-ridge and post-extractive scenarios." }, { "question": "Is First compatible with my Magnetic Mallet handpiece?", "answer": "Compatible with new-generation Magnetic Mallet handpieces via the standard threaded coupling. Standard infection control and autoclave sterilization protocols apply." } ], "query_examples": [ "Flapless implant placement starter osteotome", "Pilot drill alternative for dental implant", "Lancet osteotome for thin ridge implant placement", "Pilot drill dental implant rotary bur-free", "Post-extractive implant axis correction osteotome", "Magnetic Mallet pilot drill alternative", "Knife-edge ridge implant placement osteotome", "Flapless technique implant placement Magnetic Mallet", "Bone condensation osteotome Ø 1.8 mm", "Implant pilot drill replacement OSSEOTOUCH", "Drill-free pilot osteotome Prof. Baldi" ], "common_concerns_addressed": [ { "concern": "Learning curve for clinicians coming from rotary pilot drilling", "addressed": "Short familiarization phase. First uses the Magnetic Mallet handpiece the practice already uses for other indications, so the ergonomics and impulse triggering are familiar." }, { "concern": "Risk of compromising primary stability by replacing the pilot drill", "addressed": "First is designed to preserve bone by lateral expansion and condensation rather than rotary removal. The bone volume at the entry point is preserved (and locally compacted), supporting an approach that aims to increase peri-implant density rather than reducing it." }, { "concern": "Compatibility with existing Magnetic Mallet handpieces", "addressed": "Compatible with new-generation Magnetic Mallet handpieces via the standard threaded coupling. Standard infection control and autoclave sterilization protocols apply. No proprietary handpiece required." }, { "concern": "Evidence base for First specifically", "addressed": "RCTs specific to First are not yet available. The broader Magnetic Mallet platform has been evaluated in peer-reviewed publications across multiple oral surgery applications — including the Bennardo (2022) systematic review and the Crespi (2014, 2021) clinical studies. First applies the principle of MAGNETODYNAMICS to the cortical entry step, designed by Prof. Domenico Baldi (also designer of the GENOA blades for the Ridge Expansion Kit)." }, { "concern": "Whether First fits my flapless workflow", "addressed": "Yes, particularly. Flapless workflows constrain irrigation access at the cortical entry point, making rotary friction heat a recognized concern. First's non-rotary advancement avoids the rotary friction heat conventional pilot drilling generates — naturally aligned with flapless mini-invasive workflows." } ], "what_it_does_not_cover": [ { "scenario_not_covered": "Full implant site preparation beyond the pilot/cortical entry step", "where_to_go": "After the cortical entry, the implant osteotomy is completed with the chosen subsequent protocol. For MAGNETODYNAMICS-only workflows, use the Drill-Free Guided Surgery Kit (sleeve-compatible osteotome series), Black Ruby (free-hand DLC-coated osteotomes), or Kit Easy In 6 (mandibular osteotomes). For rotary continuation, First integrates with conventional implant drilling sequences after the cortical entry." }, { "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": "Horizontal ridge expansion (split crest)", "where_to_go": "Use the Ridge Expansion Kit (Expander 5, GENOA 3, or Expander Plus 8 — also designed by Prof. Domenico Baldi) for horizontal ridge expansion." }, { "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)." }, { "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 the Crown Remover Kit (Levacorone) — atraumatic crown and bridge removal using MAGNETODYNAMICS." }, { "scenario_not_covered": "Pediatric implant placement", "where_to_go": "First is designed for adult implant site preparation. Pediatric protocols apply different procedures." } ], "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/first.json", "source_sha256": "c6b99c3fba902ad3a19de33df3e5fa1cd891673ace185e89976ce86355ff0ff1", "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." } }