Ewellix Demos Set of New Products for the X-ray Suite

Ewellix, the leading global innovator and manufacturer of advanced linear motion technologies, has developed a package of modular lifting column platforms developed specifically for medical applications. In particular, they are designed for use with patient tables, ceiling stands and wall/floor units in X-ray suites and other medical imaging modalities.

The new products include lifting columns and sophisticated control units based on the company’s innovative SmartX digital technology. The focus is on creating products that are robust, smooth, low noise and ergonomic for healthcare professionals, while being modular, and engineered to the highest quality to simplify the design and assembly process by medical device OEMs.

One of the challenges for X-ray departments is positioning relatively heavy X-ray tube heads or detector systems, which are often mounted on overhead or wall/floor frames. Each head or detector system can typically weigh up to 50kg, yet has to be moved easily and precisely to target the appropriate area of the patient’s body.

The solution developed by Ewellix is based on its patented ‘Effortless Technology’. This eliminates the traditional approach where counterweights are used to balance the head or the detector. Instead, the Ewellix system incorporates an intelligent 5-stage lifting column fitted with servo motors and a force sensing unit. Controlled as part of the SmartX digital platform, this modular construction allows the X-ray head or detector to be moved at speed – up to two metres in a few seconds with the lightest touch from an operator. The speed and strength of force applied by the user is automatically detected by the force sensing unit and then converted into a linear motion under precise control from the SmartX software.

The lifting column is capable at moving at speeds of up 600mm/sec, yet provides exceptionally smooth and silent operation. Digital communication in combination with the SmartX controller enables precise synchronised motion of the X-ray tube and the detector. The synchronised motion can be controlled automatically by the X-ray suite control system or by user input on the force sensing unit of the X-ray tube or the detector.

Use of individual force sensing units and position detection sensors for each lifting column and the SmartX digital controller constantly cross-reference the sensor outputs, ensuring that the movement of the X-ray tube and detector is precisely and safely regulated.

Also included in the new package for medical applications is the smart TLT series of lifting columns equipped with an integrated SmartX controller and absolute position encoder. These are robust, fast and powerful, being fitted with two DC motors that are capable of providing a lifting force of up to 5’000N. The TLT series also has a low, torsion-resistant profile and compact design that minimises the overall dimensions of each unit, at both maximum and minimum extension. The design and construction of each TLT unit enables them to be used for heavy and off-centre loads. With the built-in smart controller, the TLT lifting columns provide a digital communication interface and advanced position and speed control. Precise synchronised motion, soft start and stop and safety features like anti-pinching detection makes it a perfect lifting column for X-ray patient tables.

The complement of the new medical devices is made up of high-performance modular profile-rail LLT guides. These precision devices provide smooth, load-bearing guides for use with, for example, adjusting the X-ray tabletop in the X- and Y-axis. Ewellix offers a wide choice of sizes, lengths and rail and carriage options.

The new medical package for X-ray and medical imaging systems is backed by Ewellix’s global network of technical and applications support, with the addition of custom design and engineering services for medical device OEMs

Medical Device News Magazinehttps://infomeddnews.com
Medical Device News Magazine provides our readership with breaking medical device / biotechnology news. Our subscribers include medical specialists, device industry executives, investors, and other allied health professionals, as well as patients who are interested in researching various medical devices. We hope you find value in our easy-to-read publication and its overall objectives! Medical Device News Magazine is a division of PTM Healthcare Marketing, Inc. Pauline T. Mayer is the managing editor.

More News!

The new CT 5300 system is already installed at several European hospitals and has been well-received. “CT 5300 offers CT imaging from head to toe, combined with high-end functionality such as coronary angiography, delivering an extremely broad spectrum of applications, helping us to better manage increased volumes of patients,” said Dr. Hilmar Kühl, Head of Radiology at St. Bernhard-Hospital Kamp-Lintfort, Germany. “With this latest system from Philips, we see an improvement in image quality with Precise Imaging, and for the first time, we can now visualize cardiac anatomy by using Precise Cardiac nearly artifact-free, which is very valuable to help improve cardiac care for our patients.”
“Working closely with leading interventionists, we designed the latest Azurion neuro biplane to meet their requirements of superior patient care, optimized angio suite performance, and efficient return on investment.  Together, I am confident we can continue to reduce the impact of stroke, helping more patients to recover faster and reducing long-term impact on their health," said Mark Stoffels, Business Leader of Image Guided Therapy Systems at Philips.
LumiGuide, powered by Fiber Optic RealShape (FORS) technology, enables doctors to navigate through blood vessels using light, instead of X- ray. “[It’s] one of the most exciting changes that we’ve seen with imaging certainly throughout my career,” said Andres Schanzer, Vascular Surgeon, at UMass Memorial Medical Center, Worcester, MA, USA.
Carestream Health notes twenty-seven of the patents were awarded by the U.S. Patent and Trademark Office; an additional 43 patents were received in European and Asian countries.
According to an Insightec study, patients experienced significant reductions in upper limb tremor, tremor-related disability, and quality of life. The most common intraprocedural adverse events included dizziness, headache, nausea, and vomiting, which all resolved. Post-procedural adverse events included paraesthesia and gait disturbance, which were often transient or resolved within 12 months.

By using this website you agree to accept Medical Device News Magazine Privacy Policy