The SMF Short Modular Femoral Hip System from Smith and Nephew is an uncemented titanium stem, approximately 20% shorter than conventional stems. It has a proprietary high-friction porous (mean pore size 200 microns) coating known as Stiktite ™ and has a cobalt-chrome modular neck design....
read full descriptionThe TaperLoc Microplasty from Biomet is a short femoral stem which is essentially a shortened version of the Taperloc stem (35mm shorter). This is a collarless, flat tapered wedge design, made from porous, plasma sprayed titanium. Lombardi et al give some useful advice for insertion. They...
read full descriptionThe Corail stem has been in clinical use since the 1980s. It is a fully hydroxy-apatite coated (150 micron thickness) non-porous forged titanium alloy stem. The design includes a proximal trapexoidal cross section, intended to resist axial/torsional stresses and promote initial stability, and a...
read full descriptionThe Balance Microplasty hip stem is a shorter version of the Balance uncemented stem from Biomet. The stem is collarless and porous coated. It is a standard 80mm in length, and the design is intended to fill the proximal metaphysis and provide immediate three point fixation. The stem geometry...
read full descriptionThe Aquamantys system is a bipolar sealer which delivers radiofrequency energy and saline simultaneously to a surgical field in order to provide haemostasis or sealing across an exposed tissue or bone surface. The process heats tissues to around 100 degrees centigrade, much less than for...
read full descriptionWhichMedicalDevice is a FREE resource created by clinicians for clinicians.
Registration is free and gives you unlimited access to all of the content and features of this website.
Find out more...Registration is free and gives you unlimited access to all of the content and features of Which Medical Device. Find out more...
Which Medical Device is a community of clinicians sharing knowledge and experience of the devices and procedures we use on a daily basis. We ask that our members register with us so that we can maintain the unbiased and independent nature of our content. Registration is quick and free.
We do not make your details available to any third parties nor do we send unsolicited emails to our members. You can read our Privacy Policy here.