Medical Equipment Supplied In California

The 1-1/4” Monolithic Gripper Assembly is used to hold the 1-1/4” compact swaged cable during the extension and retraction strokes of the M100 ram. The grooves of the Grippers engage the cable, and the Chain Yoke assembly keeps the Grippers (TT-GRPR-114M) side by side as they move up or down in the gripper pocket. A Long Shoulder Screw (TT-FSNR-BA1000H) is screwed ...

Provides and meets the necessary stringent sanitary and cleanliness requirements for the food and beverage, pharmaceutical and biotech ...

The DIGITAL DIALYSATE METER is specifically designed to test both acetate and bicarbonate dialysate quality. Measure Conductivity, pH and Temperature to ensure proper mixing during dialysate preparation and as a final check of dialysate quality before hemodialysis treatment. There are no strips or reagents that expire or subjective interpretation of results. Internal sensors require the user to ...

Lasers continue to be employed in an ever widening application space. One of the most common challenges is getting the laser from the source to the object, with the right power, size and shape. We develop laser beam delivery systems that employ CW or pulsed pico-/femto- second lasers in the UV-to-IR across a wide range of applications ...

The M100 Gripper Cover Plates are a pair of steel plates that keep the Gripper Assembly contained in the gripper pocket of the bridges on the M100 Puller (TTP-HFHD-100). They are fastened to the ram bridges with a Flat Screw (TT-FSNR-BA750F), as well as a Shoulder Screw (TT-FSNR-BA500H) that acts as the lower anchor point for the Tension O-ring (TT-SEAL-TOS). Each puller takes two pairs of cover ...

The 1-1/4” Monolithic Gripper Assembly is used to hold the 1-1/4” compact swaged cable during the extension and retraction strokes of the M100 ram. The grooves of the Grippers engage the cable, and the Chain Yoke assembly keeps the Grippers (TT-GRPR-114M) side by side as they move up or down in the gripper pocket. A Long Shoulder Screw (TT-FSNR-BA1000H) is screwed into the front face ...

The 1-1/8” Monolithic Gripper Assembly is used to hold the 1-1/8” compact swaged cable during the extension and retraction strokes of the M100 ram (TTP-HFHD-100). The grooves of the Grippers engage the cable, and the Chain Yoke assembly keeps the Grippers (TT-GRPR-118M) side by side as they move up or down in the gripper pocket. A Long Shoulder Screw (TT-FSNR-BA1000H) is screwed into ...

The BioBridge® Collagen Matrix is an FDA cleared surgical mesh designed for use in soft tissue support and repair. This thread-like device is made of medical-grade collagen, fabricated using Fibralign’s patented Nanoweave® technology. This novel product is the result of years of significant research collaboration with Stanford University and UCSF to optimize its nanostructure and ...

The ZIP ULTRA® is Aurora Spine's minimally invasive interlaminar fixation implant for spinal fusion and was developed as an alternative to pedicle screw fixation. The ZIP ULTRA implant is designed for stabilization and load sharing in T1-S1 thoracolumbar fusion procedures, specifically for the treatment of degenerative disease, lumbar spinal stenosis, spondylolisthesis, trauma, and/or ...

The U2 Revision Stem is a fully coated Titanium Plasma Spray cylindrical stem optimized for revision hip arthroplasty. The U2 Revision Stem is designed with a shorter neck offset compared to primary implant designs in order to facilitate joint reduction for patients with soft tissue scarring or contracture from previous surgeries. 180 mm and 230 mm stem length options with Ø11 mm to ...

Minimally invasive SI joint surgery is the current medical standard of care for SI joint fusion to relieve sacroiliac joint pain. The iFuse Implant System®, available since 2009, is a minimally invasive surgical (MIS) option designed to provide immediate sacroiliac (SI) joint stabilization and allow long-term ...

MPRs electrical and software engineers work on a wide range of technologies to develop embedded systems for medical devices and other products. We employ a number of platform accelerators preconfigured hardware integrated with software to reduce time-to-market with proven technologies. Our expertise covers wearable devices, portable battery backed systems, and large scale systems. Our software ...

The Penumbra JET 7 Reperfusion Catheter is intended for use in the revascularization of patients with acute ischemic stroke secondary to large vessel occlusion. The larger lumen of Penumbra JET 7, powered by Penumbra ENGINE®, is designed to increase thrombus removal force. The Penumbra JET 7 allows for the combined use with the 3D Revascularization Device™, which offers four ...

The CancelleX porous titanium lumbar implants are titanium foam spinal implants pre-attached to disposable, composite polymer instruments. Inspired by cancellous bone, Xenco Medical’s CancelleX porous titanium interbodies feature interconnected porosity throughout each implant. Designed to promote bone apposition and facilitate vascularization, the bio-inspired titanium foam implants ...

INnate is ExsoMed’s revolutionary solution for treating metacarpal fractures. It is an intramedullary threaded nail designed specifically for metacarpal fractures to provide surgeons with a reliable solution through a simple, minimally invasive approach. The extensive length offering with a differential diameter design is intended to accurately fit the metacarpal canal and to create stable ...

X360 is a comprehensive lateral approach to single-position surgery that leverages advanced techniques and technologies to deliver patient-specific care while enhancing OR workflow and ...

Our Biowire II platform applies biomimetic stimulation to produce engineered cardiac tissue with unprecedented adult-like human physiology. Our tissues overcome the limitations of current technology by more accurately & more quickly predicting the efficacy & safety of new medicines in early ...

LIGHTLas YAG-V Laser (Split Prism Tower System COMBO YAG/Photocoagulator ...

The ability to precisely engineer scaffold architecture bypasses the need to rely on spontaneous organoid formation or in vitro vascularization, supporting large tissue ...

Ultra fine resolution allows for printing vascular-like channels and microarchitecture that mimic human biology. The thin, gas and nutrient permeable channel walls of the microstructures and vessels facilitate nutrient diffusion in a cell-dense environment. Tissue scaffolds are printed in various conformations with tunable biochemical and mechanical properties. Prellis tissue models can be seeded ...