About Shalya EndoLUX
The Shalya EndoLUX is a revolutionary endoscopic device that was developed to provide surgeons with enhanced visualization and lighting during minimally invasive procedures. The EndoLUX offers superior lighting and image quality, with a seamlessly integrated design that allows for easy maneuvering and precise control of the device. Its advanced optics and ultra-bright LED lighting offer enhanced visibility, allowing medical professionals to perform delicate procedures with greater accuracy and efficiency. The EndoLUX is also equipped with a range of safety features, such as an auto-shutoff feature that prevents accidental over-heating, and a low-battery indicator that provides an early warning of a potential power interruption. This cutting-edge device is the perfect tool for any medical professional looking to increase their precision and accuracy during minimally invasive procedures.Precise Illumination for Enhanced SurgeryThe Shalya EndoLUX delivers up to 2,000,000 Lux of adjustable light intensity, offering surgeons clear visibility during endoscopic and minimally invasive procedures. Its high color temperature and consistent output improve tissue differentiation, ensuring accurate outcomes in complex surgeries. The advanced cooling and low noise level make it ideal for prolonged operations.
Advanced Control and Universal CompatibilityEquipped with both a responsive touch panel and remote control, the EndoLUX offers intuitive operation and precise adjustment of lighting parameters. Its universal adapter ensures seamless integration with a wide range of endoscopes, making it a versatile addition to any medical facilitys equipment suite.
Safety and Durability in Every ProcedureThe EndoLUX is engineered with patient and staff safety in mind. It features overheat and electrical overload protection, automatic control systems, and is built from robust ABS and stainless steel. Its efficient air-cooled system maintains optimal performance even during extended use, providing reliability in busy surgical environments.
FAQs of Shalya EndoLUX:
Q: How is the light output of the Shalya EndoLUX adjusted during procedures?
A: You can adjust the light intensity of the Shalya EndoLUX up to 2,000,000 Lux using either the integrated touch panel or the remote control, providing precise control for various surgical requirements.
Q: What are the main benefits of using the Shalya EndoLUX in medical operating rooms?
A: The EndoLUXs high-intensity illumination, low heat emission, ultra-quiet operation, and reliable overheat protection enhance visual clarity, improve working conditions, and promote patient safety during endoscopic procedures.
Q: When should the Shalya EndoLUX be used in surgical settings?
A: The EndoLUX is ideal for use during endoscopic and minimally invasive surgeries that demand consistent, high-intensity light and accurate color rendering, making it suitable for operating rooms and surgery centers.
Q: Where can the Shalya EndoLUX be installed or used?
A: This device is designed for installation in medical operating rooms, surgery centers, and healthcare facilities across India, offering compatibility with most standard endoscope systems thanks to its universal adapter.
Q: What process ensures long-term performance and safety of the Shalya EndoLUX?
A: Its active air-cooled system, automatic control, and electrical overload protection safeguard the device, while quality materials like ABS and stainless steel ensure durability and minimum maintenance requirements.
Q: How does the cooling system in the Shalya EndoLUX function during extended procedures?
A: The EndoLUX utilizes an ultra-quiet, active air-cooled fan to maintain optimal operating temperatures, significantly reducing noise levels to less than 35 dB, which helps sustain device longevity and user comfort.
Q: What distinguishes the Shalya EndoLUX from traditional surgical light sources?
A: Unlike conventional models, the EndoLUX provides superior LED illumination with minimal heat emission, automatic controls, and advanced safety features, all in a compact and energy-efficient design tailored for modern surgical environments.