New Life Medical Systems

Nungambakkam, Chennai, Tamil Nadu

We are enlisted in manufacturing and export of ISO compliant Boyle's apparatus, that are in wide demand in the hospitals. Developed under the supervision of expert professionals, these anesthesia machines offer long life superior performance. These machines are equipped with precision engineered equipment to perfectly meet the requirements of clients

Construction:Trolly made by tublar riged steel section electrostatically powder coated or stainless steelSuitable drawer for keeping anaesthesia kit /accessories Extended platform at rear for one 10 ltrs. (Water Cap.) Cylinders Small roller bearings, antistatic castors, for easy mobility and brakes Top tray provided at eye level for keeping monitoring equipments Hook for breathing circuit. Wipe clean stainless steel top. Unitized Rota meter block for oxygen & nitrous oxide with fine adjustment controls & colour coated knob and luminous back plate. Oxygen flow meter calibrated from 100cc/min to 10 ltrs./ Minute & Nitrous oxide flow meter from 100cc/min to 10 liters/min down Stream receipt of oxygen One gold man type vaporizer for halothane, Non return cum blow off valve in circuit ensures that pressure does not build-up beyond 200cm. Water column & minimize risk of back flow of gases 60 psi outlet for driving ventilator Emergency Oxygen flush valve at table level to give 35-60 ltrs/min for emergencies Cylinder yokes: pin indexed yokes two each of oxygen & nitrous oxide 50 mm diameter, colour coded gauges fitted at convenient angle for better visibility & clarity, High efficiency regulators for reliability two each for 02& N2O One Magills or Brain circuit.

This type of General Anaesthesia is used mainly for maintenance of anaesthesia following induction. It can be used for induction of anaesthesia, but this is a slower process.
It requires an absorber system containing a CO2 Absorbent to remove CO2 from the expired patient gases, and a high degree level of patient monitoring, especially respiratory gas monitoring to measure levels of inspired and expired CO2 and the volatile agent.

Semi Closed Anaesthesia is where the expired gases from the patient pass through a canister in the breathing system which contains a CO2 absorbent. This absorbent by an exothermic chemical reaction removes the CO2, so the patients expired gases can be rebreathed. Because of this exothermic chemical reaction, some warmth and humidity is added to the inspired gases.
Because the patients expired gases are re circulated (where the circle comes from), this means that we do not have to add so much fresh gas to the system like an open system. So the fresh gas flow rate can be reduced to low flow, i.e., 1 litre per minute. If the flows were as low as a few hundred ccs of gas, equivalent to the patients metabolic uptake of gases, this would be closed
circuit anaesthesia, or metabolic (basal) flow, or minimal flow. Circle systems were first used back in 1930 by Brian Sword in the USA

Superior PerformanceUnprecedented Safety & Reliability Endoscopy

Strykers 40-liter insufflator provides superior performance with unprecedented safety and reliability. This insufflator is designed to handle the needs of todays dynamic surgical environment. Its ability to maintain pneumoperitonium under the most extreme conditions, coupled with a multitude of safety features, place the Stryker 40-liter insufflator in a class by itself.

The 40-liter insufflator provides a host of features including: 40-Liter Insufflator
The highest flow rate available on the marketNeonatal mode offers increased sensitivity and flow rates as low as .1 liters per minute 40 L ISLCD display provides surgeons with ongoing status messages SCALED 60%Sidne compatibility allows the surgeon to control the insufflator with voice commandsSoftware driven to allow for future upgradesBuilt in gas heating technologyVideo on-screen display

Safety
Surgivent-electronic venting system for added safetyVisual and audible warning signals H. TUBE SET SCALED 50%Safety Relief ValveInternal Leakage Detection

H LED SURGICAL LIGHT FEEL tHE DiFFERENcE

A pledge to life:MAQUET is among the worlds lea- ding vendors of forward-looking medical technology for operating rooms and intensive care units. Whether Surgical Workplaces, Cardiovascular or Critical Care - MAQUET always puts the needs of staff and patients in the foreground during product development work. And thus MAQUET satisfies the even more exacting demands made on the modern hospital - demands for safety, efficiency and economy.Bringing expertise in surgical lighting, ceiling service units and multimedia solutions, MAQUET defines the highest standards, quality and innovation throughout the industry for the benefit of patients and the medical staff.For An Efficient Use of Operating Rooms

Less handling:No adjustment needed throughout the surgical procedure thanks to the 3D volume of light: Fresnel lenses produce multiple light beams overlap ping in the volume of light which guarantees a perfect visualisation on the surface as well as in deep cavitiesGreat manoeuvrability and effortless positioning thanks to the compact, slim and innovative profile of the light head

Reduction of visual fatigue for the staff:Shadowless light: separate and independent light sources, combined with 80% of illumination from the periphery, remove unwanted cast shadows while contour shadows are leftA low radiated heat management thanks to LED technologyAn efficient i l lumination without spotl ight. Consistent l ighting of the surgical fieldConvenient and ful ly stable i l lumination thanks to the patented FSP system (Flux Stabi l ity Program)

Total concentration:Consistent i l lumination in of the surgical field irrespective of the position of the surgeon under the l ight head, blocking the l ight, thanks to the Automatic Il lumination Management (AIM). A system of sensor in the l ight decreases the i l lumination of the LEDs directly above the sur geon head and increases the i l lumination of the unblocked LEDs

Hygiene and security:
H LED is the best system to comply with laminar flow, thus controlling contamination in the OR:24, 5% turbulence degree. Far below the standard limit of 35% defined inthe DIN standard 1946 part 4Minimize heat build up in the middle of the ORUnparalleled heat management: prevents tissue desiccationAerodynamic compact design with smooth surfaces allows easy cleaning
A rel iable l ight designed with proven expertise with virtual ly no downtime:
2nd generation of LEDs with long service l ifeSmart electronics with an independent LED module management which guarantees 50% of the i l lumination at any given time