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Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
AU2009324417December 13, 20092009324417IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
AU2014259553November 14, 20142014259553IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
AU2016213839August 11, 20162016213839IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
CA2746668December 13, 20092746668IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
CN200980155596.XDecember 13, 2009200980155596.XIssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
CN201410413348.3August 20, 2014201410413348.3IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
EP9832666.3December 13, 2009
2389205
IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
HK15105678.1June 16, 2015HK1205007IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
IN2567/KOLNP/2011February 4, 2016365827IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
KR10-2011-7016270July 2, 201910-1713346IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
US15/016072December 13, 200910383974IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
US16/459778February 4, 201611491260IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
GB9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
FR9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
DE9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
IT9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
CH9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
BE9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
ES9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
PT9832666.3December 13, 2009IssuedDecember 2029Directed to methods of making osteoinductive implantsOsteoAMP
US09/925,193August 9, 20017429248GrantedJuly 2025Directed to applying ultrasound to tissue using a modal converter having a plurality of angled sidesExogen
1

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
AU2006203281August 1, 20062006203281GrantedAugust 2025Directed to treating a neuropathy disease with ultrasound using a specific frequency and pulse rate for the signalExogen
US11/462271August 3, 20068048006GrantedFebruary 2029Directed to treating a neuropathy disease with ultrasound using a specific frequency and pulse rate for the signalExogen
US12/296,333April 7, 20078226582GrantedJune 2028Directed to applying ultrasound to tissue using a modal converter having an oblique angle and speed of sound similar to human tissueExogen
AU2010326076December 1, 20102010326076IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
CA2780328December 1, 20102780328IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
EP08827776.9August 25, 20082180918IssuedAugust 2028Directed to a system for transmitting electrical current to a bodily tissueStimRouter
EP17195472.0December 1, 20103299061IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
FR08827776.9August 25, 20082180918IssuedAugust 2028Directed to a system for transmitting electrical current to a bodily tissueStimRouter
FR17195472.0December 1, 20103299061IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
DE08827776.9August 25, 20082180918IssuedAugust 2028Directed to a system for transmitting electrical current to a bodily tissueStimRouter
DE60 2010 064 767.6December 1, 20103299061IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
JP2010-522104August 25, 20085425077IssuedAugust 2028Directed to a system for transmitting electrical current to a bodily tissueStimRouter
JP2012-542152December 1, 20105667205IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
GB08827776.9August 25, 20082180918IssuedAugust 2028Directed to a system for transmitting electrical current to a bodily tissueStimRouter
GB17195472.0December 1, 20103299061IssuedDecember 2030Directed to a system for transmitting electrical current to a bodily tissueStimRouter
2

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
US 11/867,454 October 4, 2007 8,483,820 Issued November 2030 Directed to a system and method for percutaneous delivery of electrical stimulation to a target body tissue StimRouter
US 12/197,849 August 25, 2008 8,467,880 Issued November 2031 Directed to a system for transmitting electrical current to a bodily tissue StimRouter
US 12/628,273 December 1, 2009 8,738,137 Issued November 2028 Directed to a system for transmitting electrical current to a bodily tissue StimRouter
US 14/630,329 February 24, 2015 9,757,554 Issued August 2028 Directed to a system for transmitting electrical current to a bodily tissue StimRouter
US 13/513,318 December 1, 2010 9,072,896 Issued May 2029 Directed to a system for transmitting electrical current to a bodily tissue StimRouter
US 11/993,393 June 28, 2006 8,332,029 Issued  April 2028 Directed to an implant, system and method using implanted passive conductors for routing electrical current StimRouter
US 13/618,739 September 14, 2012 8,538,517 Issued June 2026 Directed to an implant, system and method using implanted passive conductors for routing electrical current StimRouter
US 14/027,930 September 16, 2013 8,862,225 Issued June 2026 Directed to an implant, system and method using implanted passive conductors for routing electrical current StimRouter
US 12/187,662 August 7, 2008 8,494,650 Issued  April 2030 Directed to insertion tools and method for an electrical stimulation implant StimRouter
US 12/407,097 March 19, 2009 8,167,640 Issued December 2029  Directed to flexible connector for implantable electrical stimulation lead StimRouter
AU 2009262237 June 24, 2009 2009262237 Issued June 2029 Directed to treatment of indications using electrical stimulation StimRouter
EP 09770922.4 June 24, 2009 2291220 Issued June 2029 Directed to treatment of indications using electrical stimulation StimRouter
FR09770922.4June 24, 20092291220IssuedJune 2029Directed to treatment of indications using electrical stimulationStimRouter
DE602009061168.2June 24, 20092291220IssuedJune 2029Directed to treatment of indications using electrical stimulationStimRouter
GB09770922.4June 24, 20092291220IssuedJune 2029Directed to treatment of indications using electrical stimulationStimRouter
US 13/000,840 June 24, 2009 9,925,374 Issued July 2029 Directed to treatment of indications using electrical stimulation StimRouter
US 16/504,623 July 8, 2019 11,065,461 Issued July 2039 Directed to an implantable power adapter TalisMann
3

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
US17/379,220Jul 19, 202111,890,485IssuedApril 2040Directed to an implantable power adapterTalisMann
AU 2020311913  July 8, 2020  Pending July 2040 Directed to apparatus and methods for providing electric energy to a subject TalisMann
CA 3139126 July 8, 2020  Pending July 2040 Directed to apparatus and methods for providing electric energy to a subject TalisMann
EP 20837675.6 July 8, 2020  Pending July 2040 Directed to apparatus and methods for providing electric energy to a subject TalisMann
JP 2021-566334 July 8, 2020  Pending July 2040 Directed to apparatus and methods for providing electric energy to a subject TalisMann
US 18/410,217  January 11, 2024   Pending  July 2039 Directed to an implantable power adapter TalisMann
CA3088074January 10, 2019 PendingJanuary 2039Cutting with constant forward speed and voltage feedback BoneScalpel
CN201980018048.6January 10, 2019
ZL201980018048.6 
IssuedJanuary 2039Cutting with constant forward speed and voltage feedbackBoneScalpel
JP2020538829January 10, 20197324447Issued January 2039Cutting with constant forward speed and voltage feedbackBoneScalpel
EP19738214.6January 10, 2019
EP3737324A1 
IssuedJanuary 2039Cutting with constant forward speed and voltage feedbackBoneScalpel
US14938280November 11, 201510471281IssuedFebruary 2038Directed to apparatus and methods for bone stimulation to promote healingBoneScalpel
EP1899238August 1, 20111899238IssuedAugust 2036Directed to bone-cutting blade with 1 or 2 serrated edges (design)BoneScalpel
US29/384867February 4, 2011680218IssuedApril 2027Directed to bone-cutting blade with single serrated edge (design)BoneScalpel
JP201117861February 4, 20111445133IssuedJune 2032Directed to bone-cutting blade with single serrated edge (design)BoneScalpel
US29/422537February 4, 2011667117IssuedSeptember 2026Directed to bone-cutting blade with two serrated edges (design)BoneScalpel
JP2012503February 4, 20111446424IssuedJune 2023 Directed to bone-cutting blade with two serrated edges (design)BoneScalpel
CA2916914June 26, 2013PendingJune 2034Directed to flat blade with large shallow recess(es) for coolantBoneScalpel
US13931003June 28, 20139387005IssuedApril 2034Directed to flat blade with large shallow recess(es) for coolant BoneScalpel
US29/446074February 20, 2013741481IssuedOctober 2029Directed to hook blade with serrationsBoneScalpel
4

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
US2006452608June 14, 20068814870IssuedJanuary 2031Directed to hook-shaped ultrasonic cutting bladeBoneScalpel
EP07809465June 12, 20072032043IssuedJune 2027Directed to hook-shaped ultrasonic cutting bladeBoneScalpel
EP15173566June 12, 20072949279IssuedJune 2027Directed to hook-shaped ultrasonic cutting bladeBoneScalpel
US14338009July 22, 20149119658IssuedJune 2026Directed to hook-shaped ultrasonic cutting bladeBoneScalpel
CA2655068June 12, 20072655068IssuedJune 2027Directed to hook-shaped ultrasonic cutting blade BoneScalpel
JP2016523840June 23, 20146450380IssuedJune 2034Directed to irrigation outlet(s) in shankBoneScalpel
CA2916838June 23, 20142916838IssuedJune 2034Directed to irrigation outlet(s) in shankBoneScalpel
US29/414827March 5, 2012685087IssuedJune 2027Directed to laparoscopic cannula with distal end offset or windowBoneScalpel
US15204788July 7, 20169788852IssuedJune 2033Directed to large shallow recesses in flats of blade serving as reservoirsBoneScalpel
JP2016524182June 26, 20146490065IssuedJune 2034Directed to large shallow recesses on side of bladeBoneScalpel
CN201480043643.2June 26, 2014105491968IssuedJune 2034Directed to large shallow recesses on side of bladeBoneScalpel
EP14817142June 26, 20143013260IssuedJune 2034Directed to large shallow recesses on side of bladeBoneScalpel
HK16111842.9October 13, 20161223532IssuedJune 2034Directed to large shallow recesses on side of bladeBoneScalpel
US14939668November 12, 201510842587IssuedMay 2039Directed to method for minimally invasive surgery using therapeutic ultrasound to treat spine and orthopedic diseases, injuries and deformitiesBoneScalpel
CN201480041451.8June 25, 2014105451671IssuedJune 2034Directed to a microporous bladeBoneScalpel
HK200160111188September 23, 20161223007IssuedJune 2034Directed to a microporous bladeBoneScalpel
CA3023055April 24, 2017Allowed April 2037Unitary bone cutting bladeBoneScalpel
CN201780036867.4April 24, 2017109,310,453Issued April 2037Unitary bone cutting bladeBoneScalpel
CN202211123593.1April 24, 2017PendingApril 2037Method of manufacturing unitary bone cutting bladeBoneScalpel
HK

42023073238
April 24, 2017PendingApril 2037Method of manufacturing unitary bone cutting bladeBoneScalpel
HK19127426April 24, 2017

HK40003915
 
IssuedApril 2037Unitary bone cutting bladeBoneScalpel
JP2018558162April 24, 20177128145 Issued April 2037Unitary bone cutting bladeBoneScalpel
5

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
EP17793008.8April 24, 20173451952 Issued April 2037Unitary bone cutting bladeBoneScalpel
EP24191852.3July 30, 2024PendingApril 2037Unitary Body Scalpel Blade Method of ManufactureBoneScalpel
US13973711August 22, 20139622766IssuedJuly 2035Directed to a probe with head traversing window in deflectable sheath BoneScalpel
US13927619June 26, 20139320528IssuedApril 2034Directed to an ultrasonic blade with micro-pores for coolant conductionBoneScalpel
JP2016523885June 25, 20146727122IssuedJune 2034Directed to an ultrasonic blade with micro-pores for coolant conductionBoneScalpel
CA2917015June 25, 20142917015IssuedJune 2034Directed to an ultrasonic blade with micro-pores for coolant conductionBoneScalpel
US15091349April 5, 201610219822IssuedNovember 2034Directed to an ultrasonic blade with micro-pores for coolant conductionBoneScalpel
US2005196607August 2, 20058343178IssuedFebruary 2029Directed to an ultrasonic blunt blade method BoneScalpel
JP201939303March 5, 20196857203IssuedJune 2034Directed to an ultrasonic cutting blade with coolant conductionBoneScalpel
US2007809676June 1, 20078353912IssuedAugust 2030Directed to an ultrasonic discectomy method and toolBoneScalpel
US13833385March 15, 201310076349IssuedMarch 2035Directed to an ultrasonic drillBoneScalpel
EP14767324.8March 11, 2014

2967593
IssuedMarch 2034Directed to an ultrasonic drillBoneScalpel
US16/116255August 29, 201811272949 Issued July 2033Directed to an ultrasonic drillBoneScalpel
US29/403580October 7, 2011700327IssuedFebruary 2028Directed to an ultrasonic osteotome designBoneScalpel
US29/468786October 3, 2013715434IssuedOctober 2028Directed to an ultrasonic osteotome designBoneScalpel
US29/468789October 3, 2013715936IssuedOctober 2028Directed to an ultrasonic osteotome designBoneScalpel
US29/468790October 3, 2013715435IssuedOctober 2028Directed to an ultrasonic osteotome designBoneScalpel
US29/468793October 3, 2013715436IssuedOctober 2028Directed to an ultrasonic osteotome designBoneScalpel
US13268057October 7, 20118894673IssuedOctober 2031Directed to an ultrasonic osteotome especially for skull and spineBoneScalpel
CA2851267October 4, 20122851267IssuedOctober 2032Directed to an ultrasonic osteotome especially for skull and spineBoneScalpel
6

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
JP2014534709October 4, 20126129855IssuedOctober 2032Directed to an ultrasonic osteotome especially for skull and spineBoneScalpel
CN201280055896October 4, 2012104066389IssuedOctober 2032Directed to an ultrasonic osteotome especially for skull and spineBoneScalpel
EP12837901.3.0October 4, 20122763603 Issued October 2032Directed to an ultrasonic osteotome especially for skull and spineBoneScalpel
US14513923October 14, 20149421028IssuedOctober 2031Directed to an ultrasonic osteotome especially for skull and spineBoneScalpel
US13930170June 28, 20139211137IssuedMarch 2034Directed to an ultrasonic probe with irrigant outlets in probe shankBoneScalpel
EP14816983.2June 23, 20143013259 Issued June 2034Directed to an ultrasonic probe with irrigant outlets in probe shankBoneScalpel
CN201480025182.6March 11, 2014105377175IssuedMarch 2034Directed to an ultrasonic surgical drill BoneScalpel
JP2016501240March 11, 20146509802IssuedMarch 2034Directed to an ultrasonic surgical drill BoneScalpel
CA2906512March 14, 20142906512IssuedMarch 2034Directed to an ultrasonic surgical drill BoneScalpel
US16/388512April 18, 201911324531 Issued April 2039Directed to an ultrasonic surgical drill, assembly and associated surgical methodBoneScalpel
US15147323May 5, 201610405875IssuedMay 2037Unitary bone cutting bladeBoneScalpel
US16/540376August 14, 201911406413 IssuedMay 2036Unitary bone cutting bladeBoneScalpel
US16/540532August 14, 201911540853 Issued May 2036Manufacturing of unitary bone cutting blade BoneScalpel
US13930148June 28, 201310398463IssuedJanuary 2036Eccentric-head probe with transverse vibration dampingBoneScalpel/
Sonastar
CA2916967June 23, 20142916967 IssuedJune 2034Directed to an eccentric-head ultrasonic probe with vibration dampingBoneScalpel/
Sonastar
EP14818585.3June 23, 20143013261 Issued June 2034Directed to an eccentric-head ultrasonic probe with vibration dampingBoneScalpel/
Sonastar
US2003404374April 1, 20037442168IssuedOctober 2025Directed to an ergonomic handpiece with vibration dampingBoneScalpel/
Sonastar
CN201580031790.2April 23, 2015106572863IssuedApril 2035Directed to a light source on handpiece: induction power, removableBoneScalpel/
Sonastar
HK1236784April 23, 20151236784IssuedApril 2035Directed to a light source on handpiece: induction power, removableBoneScalpel/
Sonastar
7

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
CA2947279April 23, 2015 2947279Issued April 2035Directed to a light source on handpiece: induction power, removableBoneScalpel/
Sonastar
US14733260June 8, 201510092741IssuedAugust 2035Directed to monitoring nerves, blood vessels during ultrasonic surgeryBoneScalpel/
Sonastar
US16/126649September 10, 201811096711 Issued June 2035Directed to monitoring nerves, blood vessels during ultrasonic surgeryBoneScalpel/
Sonastar
EP16808086.9April 23, 20153322368 Issued April 2035Directed to monitoring nerves, blood vessels during ultrasonic surgeryBoneScalpel/
Sonastar
JP2018120871June 26, 20186567738IssuedAugust 2034Directed to a probe with head traversing window in deflectable sheathBoneScalpel/
Sonastar
CN201480058010.9August 6, 2014105658160IssuedAugust 2034Directed to a probe with head traversing window in deflectable sheathBoneScalpel/
Sonastar
EP14838072August 6, 20143035875IssuedAugust 2034Directed to a probe with head traversing window in deflectable sheathBoneScalpel/
Sonastar
EP16808086June 7, 20163319533IssuedJuly 2036Directed to a probe with meltable plastic part as end-of-life indicatorBoneScalpel/
Sonastar
JP2017564047June 7, 20166836518IssuedJuly 2036Directed to a probe with meltable plastic part as end-of-life indicatorBoneScalpel/
Sonastar
US13931045June 28, 201310182837IssuedJune 2033Directed to a reinforced sheath connector for use with bent probesBoneScalpel/
Sonastar
JP2016536284August 6, 20146362700IssuedAugust 2034Directed to a semi rigid sheath flexing to increase debriding depthBoneScalpel/
Sonastar
CA2820572December 1, 2011 2820572Issued December 2031Directed to time-reversal manufacturing of ultrasonic probesBoneScalpel/
Sonastar
EP11846265.4December 1, 20112667810 Issued December 2031Directed to time-reversal manufacturing of ultrasonic probesBoneScalpel/
Sonastar
CA2921617August 6, 20142921617IssuedAugust 2034Directed to semi-rigid sheath flexing to increase debriding depthBoneScalpel/
Sonastar
EP14847151September 17, 20143049001  IssuedSeptember 2034Directed to an ultrasonic probe with end-of-life indicatorBoneScalpel/
Sonastar
CA2988741June 6, 2016 Allowed June 2036Directed to an ultrasonic surgery with nerve, blood monitoringBoneScalpel/
Sonastar
CN201680045155.4June 6, 2016 PendingJune 2036Directed to an ultrasonic surgery with nerve, blood monitoringBoneScalpel/
Sonastar
8

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
HK20018112126September 20, 2018 PendingJune 2036Directed to an ultrasonic surgery with nerve, blood monitoringBoneScalpel/
Sonastar
US15873607January 17, 201810675052IssuedAugust 2036Directed to debrider with cup-shaped head with serrated rimBoneScalpel/
SonicOne
EP20160824918July 7, 20163322355 Issued July 2036Directed to debrider with cup-shaped head with serrated rimBoneScalpel/
SonicOne
US14038463September 26, 201310117666IssuedJuly 2036Directed to ultrasonic instrument w/end-of-life indicators BoneScalpel/
SonicOne
CA2992055July 7, 20162992055 IssuedJuly 2036Directed to probe with meltable plastic componentBoneScalpel/
SonicOne
US14/795667July 9, 201511298434 Issued March 2037Directed to probe with meltable plastic part as end-of-life indicatorBoneScalpel/
SonicOne
CN201480060740.2September 17, 2014105764433 IssuedSeptember 2034Directed to ultrasonic probe with end-of-life indicatorBoneScalpel/
SonicOne
US13307691November 30, 201110470788IssuedNovember 2031Ultrasonic instrument made by time reversal manufacture BoneScalpel/
Sonastar
US14264705April 29, 201410398465IssuedApril 2034Ultrasonic instrument made by time reversal manufacture BoneScalpel/
Sonastar
US13558947July 26, 20128659208IssuedJune 2028Directed to digital waveform generatorneXus
US13930253June 28, 20139070856IssuedAugust 2028Directed to digital waveform generatorneXus
US2007805940May 25, 20078109925IssuedNovember 2030Directed to ultrasonic breast fibroid treatmentSonastar
US15664663July 31, 201710543012IssuedMarch 2038Directed to reduction in electrical interferenceSonastar
CA3032805July 31, 2017 AllowedJuly 2037Directed to reduction in electrical interferenceSonastar
CN201780047901.8July 31, 2017109561910 Issued July 2037Directed to reduction in electrical interferenceSonastar
EP17837470.8July 31, 2017
(EP,ES,FR,GB,IT)
3493753
IssuedJuly 2037Directed to reduction in electrical interferenceSonastar
US14933784November 5, 201510299809IssuedApril 2037Directed to method for reducing biofilm formationSonicOne
US16126737September 10, 201810973537IssuedDecember 2036Directed to method for reducing biofilm formationSonicOne
US16/269229February 6, 2019 11147570Issued September 2036Directed to method for reducing biofilm formationSonicOne
CA3054427March 5, 2018 PendingMarch 2038Directed to biofilm removal from prosthesesSonicOne
CN201880028668.3March 5, 2018110602998IssuedMarch 2038Directed to biofilm removal from prosthesesSonicOne
HK62020007120.2March 5, 2018HK40017235 PendingMarch 2038Directed to biofilm removal from prosthesesSonicOne
JP2019548698March 5, 20187159184 Issued March 2038Directed to biofilm removal from prosthesesSonicOne
9

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
EP18763856.4March 5, 2018 PendingMarch 2038Directed to biofilm removal from prosthesesSonicOne
CA2992121July 7, 20162992121 IssuedJuly 2036Ultrasonic wound treatment probe with cup-head serrated rimSonicOne
CN201680041420July 7, 2016107847240 Issued July 2036Ultrasonic wound treatment probe with cup-head serrated rim SonicOne
HK18109516July 23, 20181250000 Issued July 2036Ultrasonic wound treatment probe with cup-head serrated rimSonicOne
US14797660July 13, 20159872697IssuedAugust 2036Ultrasonic wound treatment probe with cup-head serrated rimSonicOne
US14939552November 12, 201510092308IssuedOctober 2036Directed to method for reducing biofilm formationSonicOne
US17/228901April 13, 202111,839,390 IssuedNovember 2034Directed to method for reducing biofilm formationSonicOne
US15450818March 6, 201710470789IssuedJuly 2037Method for reducing or removing biofilm from protheses and toolsSonicOne
US2006582746October 18, 20069693792IssuedDecember 2034Directed to ultrasonic treatment method and apparatus with active pain suppression SonicOne
CA3032078July 13, 2017 PendingJuly 2037VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
CN201780046208July 13, 2017

109475360
 
IssuedJuly 2037VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
HK19129580.7July 13, 2017

HK40006052
 
IssuedJuly 2037VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
EP17834961.9July 13, 2017
3493751 
(DE,ES,FR,GB,IT)
IssuedJuly 2037VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
US15221271July 27, 201610463381IssuedSeptember 2037VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
US29/404754October 25, 2011699839IssuedFebruary 2028Directed to surgical shieldSonicOne
US2007986424November 21, 20079636187IssuedMarch 2028Directed to surgical shield SonicOne
US2006511853August 29, 20068025672IssuedDecember 2026Directed to ultrasonic debridement probe with healing modeSonicOne
CA2661917August 17, 20072661917IssuedAugust 2027Directed to ultrasonic debridement probe with healing modeSonicOne
EP2007837032August 17, 20072059179 IssuedAugust 2027Directed to ultrasonic debridement probe with healing modeSonicOne
EP2008705586January 11, 20082234556IssuedJanuary 2028Directed to ultrasonic debridement probe with scalloped headSonicOne
CA2711770January 11, 20082711770IssuedJanuary 2028Directed to ultrasonic debridement probe with scalloped headSonicOne
US11511856August 29, 20068430897IssuedMarch 2028Directed to ultrasonic debridement probe with scalloped head SonicOne
10

Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
CA2602485February 23, 20062602485IssuedFebruary 2026Directed to ultrasonic debridement probeSonicOne
US200587451March 23, 20057931611IssuedOctober 2027Directed to ultrasonic debridement probeSonicOne
US14172566February 4, 20149949751IssuedFebruary 2034Directed to ultrasonic debridement probe head with rake-like teethSonicOne
CN201580017003January 22, 2015106163428IssuedJanuary 2035Directed to ultrasonic debridement probe head with rake-like teethSonicOne
HK17105187May 22, 20171231352IssuedJanuary 2035Directed to ultrasonic debridement probe head with rake-like teethSonicOne
EP2015746296January 22, 20153102126IssuedJanuary 2035Directed to ultrasonic debridement probe head with rake-like teethSonicOne
JP20160d550183January 22, 20156787784IssuedJanuary 2035Directed to ultrasonic debridement probe head with rake-like teethSonicOne
US15936785March 27, 201810980564IssuedJune 2036Directed to ultrasonic debridement probe head with rake-like teethSonicOne
CA2938109January 22, 20152938109 IssuedJanuary 2035Directed to ultrasonic debridement probe head with rake-like teethSonicOne
JP2019504026July 13, 20177102392 Issued July 2037VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
US16/573703September 17, 201911389183 Issued July 2036VacCurette probe: debrider head w/cavity w/inclined floorSonicOne
US17/098906November 16, 202011,737,775 IssuedJanuary 2039Robotic ultrasonic surgical system for osseous transectionSonicOne
EP1903303August 11, 20111903303IssuedAugust 2036Directed to ultrasonic wound treatment probeSonicOne
EP1736091July 26, 20101736091IssuedJuly 2035Directed to ultrasonic wound treatment probeSonicOne
US29/372636December 16, 2010644326IssuedAugust 2025Directed to ultrasonic wound treatment probeSonicOne
EP16824918July 7, 2016

3322355
 
IssuedJuly 2036Directed to ultrasonic wound treatment apparatus and associated methodSonicOne
CA3097746April 18, 2019 PendingApril 2039Surgical drill, liquid through distal tip, interrupted force appln Ultrasonic Waveform
CN201980040119.2April 18, 2019
CN112312844B 
IssuedApril 2039Surgical drill, liquid through distal tip, interrupted force applnUltrasonic Waveform
HK

62021034638.8
April 18, 2019 PendingApril 2039Surgical drill, liquid through distal tip, interrupted force applnUltrasonic Waveform
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Bioventus Inc. Patent Listing
        
Country
Application
Number
Filing DatePatent Number
Application
Status
Expected
Expiration
Date
DescriptionProduct
JP2020557971April 18, 2019
 JP7431749B2
IssuedApril 2039Surgical drill, liquid through distal tip, interrupted force applnUltrasonic Waveform
EP

19788288.9
April 18, 2019
(DE,ES,FR,GB,IT)
3781049
IssuedApril 2039Surgical drill, liquid through distal tip, interrupted force applnUltrasonic Waveform



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