Services

OXYGEN CYLINDER

An oxygen tank is an oxygen storage vessel, which is either held under pressure in gas cylinders, or as liquid oxygen in a cryogenic storage tank.

Uses

Oxygen tanks are used to store gas for:

medical breathing at medical facilities and at home
breathing at altitude in aviation, either in a decompression emergency, or constantly (as in unpressurized aircraft)
oxygen first aid kits
oxygen therapy
gas blending, for creating diving breathing mixes such as nitrox, trimix and heliox
open-circuit scuba sets – mainly used for accelerated decompression in technical diving
some types of diving rebreather: oxygen rebreathers and fully closed circuit rebreathers
use in climbing, “Bottled oxygen” refers to oxygen tanks for mountaineering
industrial processes, including the manufacture of steel and monel
oxyacetylene welding equipment, glass lampworking torches, and some gas cutting torches
use as liquid rocket propellants for rocket engines
athletes, specifically on American football sidelines, to expedite recovery after exertion.

Oxygen Cylinder Safety

Do

DO LEARN PROPER MEDICAL CYLINDER SAFETY HANDLING

DO TRANSPORT CYLINDERS CORRECTLY

DO SET UP CYLINDERS FOR CLINICAL USE AT A SAFE DISTANCE FROM THE PATIENT

DO STORE CYLINDERS CORRECTLY

Do not

DO NOT ALTER, TRANSPORT OR HANDLE CYLINDERS INCORRECTLY

DO NOT USE UN-CERTIFIED MEDICAL OXYGEN CYLINDERS

DO NOT USE OIL, LUBRICANTS OR ALCOHOL-BASED HAND SANITIZER ON CYLINDER’S FITTINGS

DO NOT ATTEMPT TO REPAIR A CYLINDER OR A VALVE IF LEAKAGE IS DETECTED

Surgical Items

A surgical instrument is a tool or device for performing specific actions or carrying out desired effects during a surgery or operation, such as modifying biological tissue, or to provide access for viewing it.^[1] Over time, many different kinds of surgical instruments and tools have been invented. Some surgical instruments are designed for general use in all sorts of surgeries, while others are designed for only certain specialties or specific procedures.

Classification of surgical instruments helps surgeons to understand the functions and purposes of the instruments. With the goal of optimizing surgical results and performing more difficult operations, more instruments continue to be invented in the modern era.

Range of industries

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Diagnostic Equipments & Products

· Sphygmomanometers & Spares

· Ophthalmoscopes

· Pulse Oximeters

· Fetal Doppler

· ECG Machine

· Measuring Tapes

· Magnifiers – Loupes & Optics

· Stethoscopes & Spare Parts

· Diagnostic Sets

· Reflex Hammers, Tuning Forks

· Thermometers Clinical

· Digital Blood Pressure Monitor

· X Ray Accessories

· Eye Test Equipment (Ophthalmic Range)

Hospital Holloware

· Kidney Trays – Stainless Steel

· Catheter Tray

· Mayo Table Tray

· Bed Pans – Stainless Steel

· Douche Can – Stainless Steel

· Thermometer / Forceps jars

· Surgical/ Syringe Boxes

· Dressing Jars and Drums

· Urinals – Stainless Steel

· Bowls & Basins – Stainless Steel

· Bucket with Cover – Stainless Steel

· Measuring Spoons

· Water Filter – Stainless Steel

Self Sealing Valve

Starting with a modest beginning in the year 1999, we are one of the leading manufacturers and suppliers of a qualitative range of Self Sealing Valve. These valves are used to attach with oxygen cylinders in medical institutions and hospitals for efficient flow of gases and vacuums. To manufacture the valves, we use superior quality materials, procured from the most authentic vendors of the market. These valves are placed in the cylinders simply by inserting the appropriate safety key plug into the orifice of the outlet point. We offer the Self Sealing Valve at reasonable prices.

Features:

Resistant to corrosion
Easy to attach
Light weight
Dimensionally accurate
Smooth finishing
Rugged design

self-sealing-valve-500x500-500x500-500x500

Further Details:

The outlet points from which gases & vacuum are drawn are of self sealing type and have non-interchangeable outlet fittings. The supply is established simply by inserting the appropriate safety key plug into the orifice of the outlet point and pressing it home until it locks in position. To break the connection, the milled collar round the orifice is rotated a few degrees to the right, when the safety key plug is automatically ejected and the gas flow is cut off.

Availability:

Oxygen
Air
Vacuum

BPC FLOW METER

Maa Enterprices provides BPC Flow meter with international quality standards. The Back Pressure Compensated (BPC) flowmeter incorporates a rotary pin valve control to permit adjustment of the flow rate to any desired level between 0 – 15 liters/min.

Advanced Features :

Chrome plated brass body.
Adjustable flow by needle valve (knob) with micro metrical regulation.
Back pressure compensated.
Inlet filter made of S.S. wire net

Types of Flow Meters

There are two categories of flow meters: gas and fluid or liquid. Fluid flow meters have five subcategories: differential pressure, velocity, positive displacement, mass flow, and open channel.

Differential Pressure Flow Meters

Differential pressure flow meters use the Bernoulli Equation, which states as the speed of the flow of a fluid increases its pressure decreases. They report the difference between a primary and secondary measurement, where the first measurement causes a change in kinetic energy by directing the air through a hole in the flow meter measured by the second element. The sub-types of differential pressure flow meters are orifice plates, flow nozzles, venturi flow meters, and rotameters.

Orifice Plate Flow Meter Systems measure the change in the pressure of the flow, going from upstream to downstream with the flow being partly blocked in the pipe.
A Flow Nozzle is a simple and less expensive type of venturi meter. The nozzle is held between flanges of pipe carrying the material. A differential pressure sensor measures pressure drop as a measure of the flow rate.
Venturi Flow Meters measure liquid flow rate and check the change in pressure, which occurs due to a cross sectional flow area in the flow path.
Rotameters are variable flow meters that use a rotating float that moves vertically through a tapered tube and measures the pressure applied on a fluid by gravity. They are commonly used for measuring gases and liquids. Rotameters have linear output, simplicity, low cost, measure low pressure drop, and have a wide range of applications.

We give :

International Quality Standard.
Fastest Delivery.
Export Standard Packaging.
Customized Production.

FIRE EXTINGUISHER

Fire extinguisher, portable or movable apparatus used to put out a small fire by directing onto it a substance that cools the burning material, deprives the flame of oxygen, or interferes with the chemical reactions occurring in the flame. Water performs two of these functions: its conversion to steam absorbs heat, and the steam displaces the air from the vicinity of the flame. Many simple fire extinguishers, therefore, are small tanks equipped with hand pumps or sources of compressed gas to propel water through a nozzle. The water may contain a wetting agent to make it more effective against fires in upholstery, an additive to produce a stable foam that acts as a barrier against oxygen, or an antifreeze. Carbon dioxide is a common propellant, brought into play by removing the locking pin of the cylinder valve containing the liquefied gas; this method has superseded the process, used in the soda-acid fire extinguisher, of generating carbon dioxide by mixing sulfuric acid with a solution of sodium bicarbonate.

Classes of Fires

There are four classes of fires:

Class A: Ordinary solid combustibles such as paper, wood, cloth and some plastics.
Class B: Flammable liquids such as alcohol, ether, oil, gasoline and grease, which are best extinguished by smothering.
Class C: Electrical equipment, appliances and wiring in which the use or a nonconductive extinguishing agent prevents injury from electrical shock. Don’t use water.
Class D: Certain flammable metallic substances such as sodium and potassium. These materials are normally not found in the Medical Center.

Types of Fire Extinguishers

Type A: Pressurized water to be used on Class A fire only. Do not use on Class B or C fires; may cause fire spread or electrical shock.
Type ABC: Dry chemical effective on all classes of fires
Type BC: Carbon dioxide to be used on chemical or electrical fires
Type K: Used in kitchens on grease fires

PASS

To use a fire extinguisher, follow the acronym PASS

Pull – Pull the pin on the extinguisher
Aim – Aim the nozzle at the base of the fire
Squeeze – Squeeze the trigger to release the product
Sweep – Sweep the nozzle from side to side (slowly)

Humidifier Bottle

This convenient bottle connects easily to your stationary oxygen concentrator to provide you with the additional comfort of humidification should you and your doctor determine it is necessary to your treatment

Benefits of humidification in hospitals include

Minimizes the risk of airborne infections.
Decreases the occurrence of respiratory issues in newborns.
Elevates patient and staff overall comfort and virus protection.
Lowers employee absence rate.
Reduces premature drying and formation of scabs from coagulated blood
Prevention of electrostatic damage to medical equipment

Recommendations for humidifiers

There are several types and brands of humidifiers available. Before you purchase one, decide what type of humidifier best meets your needs.

Here are a few tips to consider when shopping for a humidifier:

Decide what type of humidifier works best in your space. Cool mist humidifiers may be best if you plan to use the unit in your child’s room or in a space where the machine could be touched accidentally. Warm mist humidifiers may be preferable because they heat the water before releasing it, making the air safer, but they shouldn’t be used around children.
Read humidifier reviews and ratings before purchasing one. A good humidifier will work well and be easy to clean and maintain.
Consider the settings available on the humidifier. Do you want to be able to adjust the humidifier for your needs?
Measure the room where the humidifier will run. Purchase a machine that’s appropriate for your space.

Key takeaways

Humidifiers can help you add moisture to a dry room and relieve unwanted health symptoms. But not all humidifiers are the same.

Make sure to purchase a humidifier that works for your needs, run it only when needed, and keep the machine clean and in good working order to avoid triggering certain health conditions.

Contact your doctor if you suspect your humidifier is causing any breathing problems.

SUCTION UNIT

A suction machine, also known as an aspirator, is a type of medical device that is primarily used for removing obstructions — like mucus, saliva, blood, or secretions — from a person’s airway. When an individual is unable to clear secretions due to a lack of consciousness or an ongoing medical procedure, suction machines help them breathe by maintaining a clear airway.

Common Uses for Suction Machines

Suction machines are often used when a patient is experiencing liquid or semi-solid blockages in their pharynx, trachea, or other oral cavities. However, the ideal suction device may vary depending on a patient’s condition. Here are a few scenarios where patients or professionals may use a portable suction machine.

Ongoing Patient Care

Patients may require portable suction machines in their home if they are unable to clear their own secretions for a variety of reasons. This includes patients who are receiving palliative care and find it difficult or impossible to clear their own secretions, individuals with chronic illnesses (COPD, ALS, cystic fibrosis, bronchiectasis, etc.), or patients who have undergone a tracheostomy.

Pre-hospital

Portable aspirators are very common in a pre-hospital setting, as they play a crucial role in helping emergency responders establish ABC (airway, breathing, and circulation). In practice, pre-hospital providers often use portable suction machines to treat a variety of patients. This includes trauma victims with blood in their airway, overdose victims with vomit in their airway, and other victims that are experiencing a respiratory emergency.

In-Hospital

Most hospitals have rooms that are outfitted with stationary, wall-mounted suction machines. Care teams often use stationary aspirators as a part of standard procedures such as tracheostomies, sinus-related ailments, and tonsillectomies.

However, hospitals often have a few portable devices for certain use cases. For example, if a patient needs an aspirator but there is no wall-mounted aspirator in the patient’s room, the care team will locate and retrieve a portable aspirator instead of moving the patient to another room. Additionally, they’re used to treat patients outside of a room when hospitals are at capacity.

How Portable Suction Machines Work

Portable suction machines generate negative pressure, which is channeled through a special type of plastic connecting tube called a single-use catheter. The negative pressure creates a vacuum effect that pulls any blood, mucus, or similar secretions out of the throat. The secretions are then automatically dispensed into a collection jar.

How to Set Up a Portable Suction Machine

Before using a suction machine, make sure you have received appropriate training for the device and read the official product manual associated with your aspirator. Since different aspirator varieties have different features, only an official product manual will provide the most precise guidance.

While you are preparing the suction machine for use, make sure you have a few critical items. If these components are not available, the suction machine may not work as intended.

A power supply (for some machines, a 12-V DC automotive cable will also suffice if external power is available)
A disposable collection canister
Aspirator-to-canister connective tubing
Patient tubing (also known as the aspirator circuit)
A suction catheter or surgical suction accessory (the appropriate accessory depends on the procedure)
Spill control solidifiers to safely dispose of liquid biohazards
Any additional accessories that are required for the procedure and approved by the device manufacturer

LARYNGOSCOPE

A laryngoscopy (lair-in-GAHS-kuh-pee) is a test healthcare providers perform to examine your larynx (voice box). They perform this test with a laryngoscope, a thin tube with lights, lens and video cameras that help them to look closely at your larynx. Laryngoscopes may have tools your provider can use to remove tissue from your larynx.

When would I need a laryngoscopy?

Your healthcare provider may recommend a laryngoscopy to diagnose problems like dysphonia (hoarseness) or to diagnose laryngitis. They may also do laryngoscopies to diagnose more serious conditions such as laryngeal cancer.

Who performs laryngoscopies?

Healthcare providers called otolaryngologist-head and neck surgeons perform laryngoscopies. An otolaryngologist is a provider and surgeon who specializes in treating conditions that affect your ear, nose, throat and head and neck. Otolaryngologists may perform laryngoscopies in a clinic office or in an operating room.

What are laryngoscopy complications or side effects?

It is rare to have any complications with in-office flexible laryngoscopy. Please talk to your provider about any specific concerns you may have. Direct laryngoscopies done in the operating room are usually safe, but there can be complications including:

Reaction to anesthesia.
Chipped or broken teeth.
Tongue soreness or a temporary taste change.
Hoarseness.
Bleeding in your throat (very rare).

WARD VACUUM

Oxygenx suction regulator provides reliable, safe suction in continuous flow suction procedures. It is used to remove substances from the patient`s body during surgical procedures, the vacuum regulator should be connected to a wall source of vacuum using a direct probe or through a rail system.

The unit is specifically designed to provide high flow rates with minimal restriction in the ward and operating room which require high level suction use for patients. The standard

inlet connection is compatible with the BS & DIN Gas outlet, however other inlet connections are available dependant on the hospital requirement.

Material specification:

Jar –Polycarbonate & ABS / Autoclavable at 121 degree centrigade
Internal metal (wet) parts- Brass
Regulator Body – Aluminum / Plastic
Diaphragm- Viton Rubber

ward-vacuum-unit-with-regulator-suction-jar-1000x1000

Technical Data:

Inlet Vacuum Level (Below Atmosphere) 450 mmHG (8.7 psig) Max
Controllable Valve Level (Below Atmosphere) 0-450 mmHG (0 – 8.7 psig)
Gauge range(Analog) negative pressure 0-760 mmHG (0-14.7 psig)
Flow range 0-55 Lpm(min)

Contact us

OXYGEN CYLINDER

Uses

Oxygen Cylinder Safety

Do

Do not

Contact us

Surgical Items

Range of industries

Diagnostic Equipments & Products

Hospital Holloware

Contact us

Self Sealing Valve

Features:

Further Details:

Contact us

BPC FLOW METER

Advanced Features :

Types of Flow Meters

Differential Pressure Flow Meters

We give :

Contact us

FIRE EXTINGUISHER

Classes of Fires

Types of Fire Extinguishers

PASS

Contact us

Humidifier Bottle

Benefits of humidification in hospitals include

Recommendations for humidifiers

Key takeaways

Contact us

SUCTION UNIT

Common Uses for Suction Machines

How Portable Suction Machines Work

How to Set Up a Portable Suction Machine

Contact us

LARYNGOSCOPE

When would I need a laryngoscopy?

Who performs laryngoscopies?

What are laryngoscopy complications or side effects?

Contact us

WARD VACUUM

Material specification:

Technical Data:

Central pipe lining work, Nitrous Oxide, Carbon Dioxide, Fire Extinguisher, Surgial Items, Anesthesia Machine, OT Table, OT Light