Vessel Sealing System

vessel sealing system is widely appreciated for its computerized programmable quick response technology. we are one of the prominent vessel sealing system manufacturers, suppliers and exporters based in india. vessel sealing system is sourced from highly trusted vendors in the market. the vessel sealing systems are known for high-accuracy, durability and affordable prices. features of vessel sealing system

• the ligasealer : vessel sealing system with integrated rf-scalpel
  • safety â�� the ligasealer vessel sealing system
  • multirole -"plasma effect" bipolar
  • arthrocare mode for saline-rf-ablation
• a multi role rf-generation that can integrate all possible advantages
  • the liga sealer â�� for sealing large vessels (4-8 mm) and tissues bundles
  • twin liga sealing â�� easy instrument manipulation advantage in laparoscopy and during suture less ndvh
  • bi-cut, advance bi-polar cutting instrument under saline turp/tcre-reduce the risk of pulmonary edema and fluid load (glycine) optional
  • rf-scalpel -5 mm instrumentation for laparoscope reduces need of instrument changes by sealing and dividing large vessels and tissue bundles
• optional upgradations
  • tuap-trans urethral ablation of prostrate â�� rf ablation
  • modular upgradation and under saline procedures
  • turp/tcre
  • arthroscopy
  • liver resection
• computerized programmable quick response technology:
  • monitors the output conditions and adjusts the power output to provide the user consistent performance, reducing the need to adjust power setting for different types of tissue. it comes with ten programs for different specialties. on-site program facility is possible with us
  • three different modes of bipolar and ligasealer can be stored individually in each program
  • true digital power read-out with dosage error control
  • self-messages
  • spark sensor technology and rs â�� 232 interface
• how the vessel sealing occurs
  • in a vls sealing system the vls generator creates an alternating electric field between two electrodes. the tissue bundle to be heated is conveyed between the electrodes where the alternating energy caused polar molecules in the tissue bundle to continuously reorient them to face opposite poles much like the way bar magnets behave in an alternating magnetic field. the friction resulting from molecular movement causes the tissue bundle to rapidly heat throughout its entire mass. this heat and the pressure of the electrodes start the seal process
• the seal process this heat utilizes tissue's collagen and elastin to denature the protein to create permanent seal

• weight and dimensions
• height : 4.5 inch (11.5 cm)
• width : 14.4 inch (36 cm)
• length : 17.8 inch (45 cm)
• weight : 12 kg
• input power requirements
• volts : 170-270 vac
• amps : 6a
• input : 1.5 kw, 50/60 hz
• low frequency leakage : patient leakage