Exhibitors Database Lisbon 2019

Exhibitors Database 2019

EFORT invites you to browse through the Exhibitors Database of the 20th EFORT Annual Congress Lisbon 2019 which represents those exhibitors that have already committed to and confirmed their presence at the 2019 EFORT Congress to be held in Lisbon, Portugal, from 05 to 07 June 2019.

The following search tool will give you the possibility to look for a particular exhibitor, find their booth number in the exhibition area and contact your industry partner.

Nested Applications

EFORT Exhibitors & Industry Database

Back to Exhibitors

ChM sp. z o.o.

Lewickie 3B
16-061 Juchnowiec Koscielny
Poland
Phone: +48 85 86 86 100
About Us

ChM sp. z o.o. located in the north-eastern part of Poland, in the ecologically clean area of the EU, has been operating on the market continuously since 1981. The company designs, manufactures and distributes system solutions for traumatology and orthopedics in cooperation with medical professionals around the world. The implants and instruments developed by ChM ensure both the effectiveness of treatment as well as the comfort of the surgeon's work and mid-level employees in the operating theatre. Our uncompromising approach to the quality is proved by ISO certificates and CE sign, annually validated by recognized international notified body TÜV.

ChM product portfolio consists of implants and instruments designed to treat fractures and other disorders of human musculoskeletal system. The company offers wide range of intramedullary nails and locking plates and some niche products, like bipolar radial head prosthesis KPS or fusion nail FN.

Besides, ChM thoracolumbar spinal stabilization system CHARSPINE2 and sterno-costal plate are dedicated to manage injuries and other diseases of spine and thorax.

Area of Business: Orthopaedic Industry
Category: Medical Devices
Number of Employees worldwide: Over 400 employees
Founded in: 1981
Products
bipolar radial head prosthesis
This is a solution when the reposition of bone fragments and their stabile osteosynthesis is impossible. The implant provides an elbow joint stabilization and enables rotational movements and radial head tilting to the sides in range of 30°. Its modularity allows to select the proper size of head and stem, depending on the size of trauma (radial head resection including), indications and patient’s anatomy.
Category: endoprosthesis
intramedullary nails CHARFIX System2
Implants are made of titanium alloy with higher biocompatibility thus expands the diagnostic range for MRI. The profiles of the nails prove better adaptation to the bones’ anatomy and ease their insertion. An option of targeting locking screws at an angle other than perpendicular to the nail axis allows for fixation of complex comminuted fractures. Double thread used in the locking elements effects their faster screwing in. Targeting devices included in instrument sets adopt radiolucent elements so that they assist intraoperative X-ray control of the implant position. Furthermore, they enable effective and quick screw insertion in each hole of proximal nail sections. The system provides distal targeting devices that facilitate screw insertion in distal part of the nail. The device is applicable with nails for femur, tibia and humerus.
Category: trauma implants
locking plates ChLP
Comprehensive range of pre-contoured plates made of titanium alloy to bridge a wide scope of fractures. Plates are manufactured with separate holes for locking and standard screws and they combine locking screw technique with conventional treatment techniques using plates what performs stable angular fixation of bone fragments. The design of proximal plate sections contributes to multidirectional and multidimensional insertion of screws allowing for treating comminuted metaphyseal fractures, thus ensuring better reconstruction of articular surfaces. The additional aiming blocks simplify hole performance and appropriate insertion of locking screws. Separate instrument sets intended for individual plates serve also the possibility to apply MIPO technique.
Category: trauma implants
Please contact us by e-Mail to request a meeting.