We designed the 100 Series System for smaller loads such as exam and procedure lights, injectors, and navigation equipment. This system uses our engineered Accu-Spar tube support frame as the main mast support assembly. We integrated a specially designed floating base assembly with the Accu-Spar mast, which allows you to easily adjust the field height. The sway braces can also be easily adjusted to accommodate congested ceilings.
We designed the 200 Series System for surgical lights and monitor equipment. We supply the mounts with an adjustable base plate, which allows for field height adjustability and easy on site leveling. To help with installation and material staging we can ship the mount fully assembled or in kit form. When required, header mount arrangements can be supplied for steel frame, steel joist and pan joist building structures. Field welding and on site fabrication will not be required. All components are mechanically or chemically cleaned, zinc plated or covered in a RoHS compliant, thermoset polyester powder coat finish. We can also supply attachment hangers or arrangements for flat slab, composite deck, steel frame, steel joist, wooden, and pan joist building structures.
We designed the 300 Series System for high moment generating equipment such as anesthesia booms, equipment management systems, and tandem configurations. We supply the mounts with an adjustable base plate which allows for field height adjustability as well as, rotational adjustability to help with ceiling grid alignment. Header mount arrangements can be supplied for steel frame, steel joist and pan joist building structures. Field welding and on site fabrication will not be required. All components are mechanically or chemically cleaned, zinc plated or covered in a RoHS compliant, thermoset polyester powder coat finish. We can also supply attachment hangers or arrangements for flat slab, composite deck, steel frame, steel joist, wooden, and pan joist building structures.
Box Line Box provides clinical photography that is professional and cost-effective for use in patient care, medical education and research. Present specialized techniques for abstracts, clinical research and device marketing as well as showcas your device in live clinical situations. Clinical photography booked per hour. Price reflects 1 hr on site, travel and expenses billed as incurred.
Our teams produce world class HD video content that is ideal for healthcare providers, medical device manufacturers, and the pharmaceutical industry. We take your video footage and make ready to play content for clinical meetings and symposiums, sales meetings and video abstracts. Post production services priced per project. Price reflects 1 project at 6 hrs of editing work. Projects over 6 hrs will incur additional costs @$100/hr. Video shoots priced separately.
Capturing the power of emerging technologies requires you to overcome complex systems integration challenges. We offer a complete range of consulting services to help you with your technological needs. Consulting services priced per hour. Price reflects 1 hour. On site options available.
Box Line Box develops on-demand programs with live surgery. We have the expertise to create innovative live surgery programs that effectively deliver your message to your targeted audience. Box Line Box provides full-service planning as well as broadcast-quality production and post-production. Box Line Box has a team of production experts who work to precisely define your online video communications goals and target audience, as well as create and execute a plan that delivers a compelling viewing experience. Box Line Box offers several levels of production to meet both your budget and needs. All packages are based on IP video transmission. Broadcast quality satellite transmission is available upon request.
Clinical Physiology Associates- an AMR company is committed to excellence in producing the highest quality data while meeting the highest ethical and professional standards of the pharmaceutical industry. The Clinical Study Center 13670 Metropolis Ave. Ste. 105 Fort Myers, Florida 33912
Dr. Vincent T van Hees is a developer of widely used algorithms and software (e.g. R package GGIR) for processing and analysing wearable accelerometer data. He is committed to improving the quality of research into human movement and sleep. In collaboration with fellow researchers and developers across the world he aims for solutions that are efficient and reusable. Do you run into issues with Open Source software, or simply do not know where to start? Dr. van Hees may be able to help you.