Product news
Black surgical instruments reduce glare
Accurate, single use intraoperative Doppler probe eliminates guesswork in surgery
Med Science’s Single-Use Surgical Instruments are engineered to deliver precision, safety, and convenience in modern surgical environments. Each instrument is crafted with meticulous attention to detail, providing surgeons with reliable tools that enhance performance while ensuring patient safety. In addition, the company’s instruments are
blackened to minimise light glare, reducing visual distractions during critical procedures. This anti- glare finish enhances visibility under surgical lights, allowing for greater accuracy and control. The matte black coating also adds a sleek, professional appearance, making these instruments stand out in any operating room.
Designed for single use, these instruments
eliminate the risk of cross-contamination, ensuring the highest level of hygiene and infection control. By removing the need for reprocessing, they help reduce turnaround time between procedures, allowing for improved efficiency in busy clinical settings. Despite their single-use design, the instruments do not compromise on quality. They are manufactured from high-grade materials that offer durability, precision, and tactile feedback comparable to reusable counterparts. Ergonomically designed for comfort and ease of use, they provide surgeons with the confidence needed to perform even the most delicate tasks. The range includes a comprehensive selection of instruments, tailored to meet the needs of various surgical specialties.
New electrosurgical range of instruments, cables and accessories
Designed to minimise patient and user safety risks, Bolton Surgical’s range of redesigned and revalidated products offers value for money and sustainability benefits, while also achieving optimum service life and efficiency. The products are designed to withstand
extended reprocessing cycles and include the new Bolton-230 range of cables - validated for 230 reprocessing cycles. Also available is the new Supreme-75 Bipolar Forcep – triple coated with gold plated tips and terminal for increased electrical conductivity. The full range of reusable instruments for
Electrosurgery are now supplied with Antimicrobial Nylon Coatings, using the latest Biomaster technology. The nylon coatings are based on a biomass-based polymer manufactured from a renewable resource (castor oil) minimising its environmental impact. The coating is effective against bacteria, fungi and moulds including;
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www.clinicalservicesjournal.com I July 2025
l MRSA l E. Coli l Listeria l Proteus Vulgaris l Salmonella l Enterococcus l Campylobacter l Pseudomonas Aeruginosa l Legionella l Aspergillus Niger l Candida Albicans
The range is available now to buy directly, or via the new NHS Supply Chain Electrosurgery Framework, from October 2025.
Available from Huntleigh, the convenient Dopplex Single Use Intraoperative Probe is a highly reliable Doppler probe that ensures accurate assessment of blood flow in vessels. This indispensable tool offers surgeons real-time confirmation of vascular patency during operations, providing reassurance and confidence by eliminating guesswork and ensuring the highest standards of patient care. In addition, as the probe is pre-sterilised,
it is ready for immediate use, saving time and ensuring sterility, thereby lowering the risk of infections. The probe is designed to ensure early detection and verification of vascular blood flow during surgeries, reducing complications and aiding decision-making. During a common femoral endarterectomy, for example, the Dopplex surgical probe detects triphasic signals, indicating healthy blood flow patterns. These signals are crucial for verifying that both inflow and outflow are adequate. Professor Usman Jaffer, Honorary Consultant
Vascular surgeon at Imperial College London, who uses the probe to support his practice, notes, “We would always use visual as well as audible interpretation if that was available.” In postoperative care, the probe continues
to play an important role. Prof. Jaffar uses it during follow-up visits in the outpatient department. This consistent monitoring helps in early detection of any issues, ensuring timely interventions. Before the advent of Doppler technology,
Professor Jaffar explains that traditional methods of assessing blood flow required invasive procedures like injecting the vessel and taking x-ray pictures, which carried risks of complications. The Dopplex probe offers a noninvasive alternative, reducing these risks significantly.
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