focus-image-hard-tissue-models

Hard tis­sue models

All about
hard tis­sue models

Our hard tis­sue models are used for con­sul­ta­ti­on and sur­gi­cal plan­ning, as object for demons­tra­ti­on pur­po­ses, for trai­ning and edu­ca­ti­on, and in rese­arch and deve­lo­p­ment. With the help of real CT data, detail­ed, pati­ent-spe­ci­fic models can also be crea­ted.

Here you will find our hard tis­sue models:

Zusatz­leis­tung:

Skull models

(incl. tem­p­la­te)

In com­plex cases, even more detail­ed sur­gi­cal plan­ning can be hel­pful and useful. Upon request, we can pro­du­ce models of the patient’s skull (or skull sec­tion) and the implant, as well as tem­pla­tes if neces­sa­ry. The skull models can be edi­ted by the phy­si­ci­an and thus pro­vi­de important infor­ma­ti­on for plan­ning the actu­al implant.

Mate­ri­al

Acry­la­te-based syn­the­tic res­in (methacry­la­te), steam ste­ri­li­sable, sui­ta­ble for short-term use on pati­ents (e. g. for resec­tion tem­pla­tes).

Advan­ta­ges

  • Detail­ed repre­sen­ta­ti­on of bone struc­tures
  • Excel­lent worka­bi­li­ty for rea­li­stic sur­gi­cal plan­ning (non-ste­ri­le)
  • Lower cos­ts due to upstream, more accu­ra­te sur­gi­cal plan­ning
  • Rapid avai­la­bi­li­ty

Appli­ca­ti­on

  • Sur­gi­cal plan­ning
  • Rese­arch and deve­lo­p­ment
  • Trai­ning and advan­ced edu­ca­ti­on
  • Demons­tra­ti­on objects

Petrous bone models

The com­plex ana­to­my of the petrous bone demands exten­si­ve trai­ning befo­re micro­sur­gery should be per­for­med on the midd­le ear. For this trai­ning, we pro­vi­de a three-dimen­sio­nal petrous bone model, deve­lo­ped in col­la­bo­ra­ti­on bet­ween the Depart­ment of Otorhi­no­la­ryn­go­lo­gy at the Uni­ver­si­ty of Jena and 3di GmbH.

Petrous bone model for pre­pa­ra­ti­on

Advan­ta­ges

  • Ana­to­mic­al struc­tures are easy to distin­gu­ish thanks to colou­red back­grounds
  • Sim­pli­fied lear­ning during dis­sec­tion

Appli­ca­ti­on

  • Spe­cia­list trai­ning
  • Gene­ral medi­cal trai­ning and con­ti­nuing edu­ca­ti­on
  • Illus­tra­ti­ve objects

Addi­tio­nal opti­on:
moun­ting device for petrous bone model

The hol­der is an ide­al addi­ti­on and faci­li­ta­tes trai­ning on the petrous bone model.

Advan­ta­ges

  • Simu­la­ti­on of the ope­ra­ti­on in a natu­ral posi­ti­on
  • The model can­not slip and does not need to be secu­red in any other way
  • Hands can be pla­ced com­for­ta­b­ly
  • The hol­der is reusable

Petrous bone models for illus­tra­ti­on pur­po­ses

Repre­sen­ta­ti­on and illus­tra­ti­on of the posi­tio­nal rela­ti­onships of the inter­nal struc­tures of the human petrous bone.

Axi­al sec­tion, sagit­tal sec­tion, open ver­si­on, hal­ved, open ver­si­on with bridge

Appli­ca­ti­on

  • Spe­cia­list trai­ning
  • Gene­ral medi­cal trai­ning and advan­ced edu­ca­ti­on
  • Illus­tra­ti­ve objects (masto­idec­to­my)

Osteo­to­my models

In col­la­bo­ra­ti­on with the ENT Uni­ver­si­ty Cli­nic in Jena and the com­pa­ny 3di GmbH, a trai­ning model for ope­ra­ti­ons on the bony bridge of the nose was deve­lo­ped. The bony part of the model is cover­ed with a remo­va­ble sili­co­ne lay­er to make the sur­gi­cal simu­la­ti­on as rea­li­stic as pos­si­ble.

Advan­ta­ges

  • Sur­gery simu­la­ti­on on the model for trai­ning various skills, such as:
  • Ves­ti­bu­lum mar­gin incis­i­on, tun­nell­ing and iden­ti­fi­ca­ti­on of the aper­tu­re
  • Pal­pa­ti­on of the aper­tu­re edges
  • Inter­car­ti­lagi­nous incis­i­on, tun­nell­ing of the nasal bridge
  • Pal­pa­ti­on of the bony nasal bridge
  • Para­me­di­an osteo­to­mies on both sides
  • Late­ral osteo­to­mies on both sides
  • Trans­ver­se osteo­to­mies on both sides

Appli­ca­ti­on

  • Spe­cia­list trai­ning
  • Gene­ral medi­cal trai­ning and advan­ced edu­ca­ti­on
  • Illus­tra­ti­ve objects

Post­cra­ni­al models

By the way: using real CT/MRI data, we can also pro­du­ce detail­ed post­cra­ni­al models for you accor­ding to your spe­ci­fi­ca­ti­ons. Plea­se cont­act us!

Mate­ri­al

Acry­la­te-based syn­the­tic res­in (methacry­la­te), steam ste­ri­li­sable

Advan­ta­ges

  • Detail­ed repre­sen­ta­ti­on of bone struc­tures
  • Excel­lent worka­bi­li­ty for rea­li­stic sur­gi­cal plan­ning (non-ste­ri­le)
  • Lower cos­ts due to upstream, more accu­ra­te sur­gi­cal plan­ning

Appli­ca­ti­on

  • Sur­gi­cal plan­ning
  • Rese­arch and deve­lo­p­ment
  • Trai­ning and advan­ced edu­ca­ti­on
  • Illus­tra­ti­ve objects