Benaka Healthcare
Bengaluru, Karnataka
GST No. 29ADHPC5601P1ZC
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Product Details:
| Minimum Order Quantity | 1 Unit |
| Material | Plastic |
| Usage/Application | Hospital |
The Electa Autotransfusion Cell Separator is a medical device used in the process of autologous blood transfusion, also known as cell salvage or blood salvage. Here's an overview of its features and typical considerations:
1. Autotransfusion Principle: Autotransfusion involves collecting and reinfusing a patient's own blood lost during surgery or trauma. The process reduces the need for allogeneic blood transfusions, thereby minimizing the risks of transfusion reactions, infections, and immunological complications.
2. Cell Separator Technology: The Electa Autotransfusion Cell Separator utilizes centrifugal force to separate whole blood into its components: red blood cells (RBCs), platelets, plasma, and other cellular components. The device selectively collects the desired components, typically RBCs, while returning the remaining components to the patient.
3. Continuous Processing: The Cell Separator operates in a continuous processing mode, allowing for the simultaneous collection and reinfusion of blood during surgery. This continuous flow design ensures a steady supply of autologous blood, reducing the need for additional donor blood transfusions.
4. Closed System: The Electa Autotransfusion Cell Separator is designed as a closed system to maintain sterility and prevent contamination during blood processing. This reduces the risk of infections and ensures the safety of the transfused blood.
5. Compatibility: The device is compatible with various surgical procedures and can be used in both elective and emergency settings. It is commonly employed in surgeries with significant blood loss, such as cardiac surgery, orthopedic surgery, and trauma surgery.
6. Ease of Use: The Electa Autotransfusion Cell Separator is designed for ease of use, with intuitive controls and user-friendly interfaces. Surgical staff can quickly set up and operate the device, allowing for efficient blood salvage during procedures.
7. Safety Features: The device includes safety features to monitor and control the processing parameters, ensuring the quality and integrity of the collected blood. Alarms and alerts may be incorporated to notify users of any deviations or issues during operation.
8. Efficiency and Cost-Effectiveness: Autotransfusion with the Electa Cell Separator offers significant cost savings compared to allogeneic blood transfusions, as it reduces the need for expensive donor blood products. Additionally, the use of autologous blood may decrease the length of hospital stays and post-operative complications, further enhancing cost-effectiveness.
Overall, the Electa Autotransfusion Cell Separator is a valuable tool in the management of intraoperative blood loss, allowing for the efficient collection and reinfusion of a patient's own blood during surgery. Its advanced technology, safety features, and ease of use make it an essential component of modern blood conservation strategies in surgical practice.
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | Mindray |
| Type | Continuous Flow |
| Number Of Syringes | 1 |
Nidek Medical Syringe pumps are acknowledged as one of the highest valued solution for delivering precise and smooth flow. Nidek Medical is recognized worldwide for quality and reliability at an economical price and has the broadest line of syringe pumps to meet Customer’s specific application.
The Syringe Pump Luna is the latest generation of syringe pumps. Luna offers unparalleled ease of use through the high resolution colour display and easy access dedicated buttons.
Product Features
· Front loading type pump.
· Automatic detection of syringe size capacity.
· Flow rate can be changed during infusion.
· Huge library of Drug names.
· Different operation modes like flow rate based, time based and bodyweight based.
· Bolus facility for fast delivery of drug.
· Different Occlusion pressure settings.
· Automatic rate calculation with Volume and Time limit.
· Internal memory for important storage function.
· Audio/Visual Alarms.
· KVO mode function.
Warranty & Services:
· Warranty Summary : 1 Year Manufacturer’s Warranty
· Warranty Service Type: Service Center
· Not Covered in Warranty: Physical Damage, Problems Caused by improper use
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | AKAS |
| Type | Infusion Pump |
| Infusion Mode | Rate Mode, Time Mode, Dose Mode |
Nidek Medical’s newest member is the Neo Syringe Pump. The Neo represents our effort to reach our vision of making life-care simpler with the help of state-of-the-art international standard technology and processes. The Neo is a transportable Infusion Syringe Pump and is suitable for dispensing liquids in infusion therapy.
Product Features
Warranty & Services:
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Brand | Graseby |
| Type | Continuous Flow |
The new Smiths Medicals Graseby™ 2000 range of syringe pumps provide simple, reliable and easy to use infusions for a range of clinical therapy areas. Both pumps deliver medication as a continuous infusion at offer affordable quality from a name you can trust. Recognised in operating theatres, intensive care units and general wards across the world, Graseby™ infusion pumps have been trusted by healthcare professionals for over 30 years.
Both the Graseby™ 2000 and the Graseby™ 2100 syringe pumps provide simple, reliable and easy to use infusions for a range of clinical therapy areas. Both pumps deliver medication as a continuous infusion at rate between 0.1ml/h to 1200ml/h depending on the syringe size.
If required, a preset volume to be infused (VTBI) may be programmed. The Graseby™ 2100 pump also features Body Weight programming which enables clinicians to programme using mass units where required.
Easy to use
Versatile
Added Safety
Additional Information:
The B Braun Perfusor Compact Syringe Pump is a medical device used for the controlled administration of fluids, medications, and other therapeutic agents to patients through intravenous (IV) infusion. Here's an overview of its features and typical considerations:
1. Compact Design: The Perfusor Compact Syringe Pump is designed to be lightweight and compact, making it suitable for use in various clinical settings, including hospitals, clinics, and ambulatory care settings. Its small footprint allows for easy placement on IV poles, infusion stands, or bedside tables.
2. Syringe Compatibility: The pump is compatible with a wide range of syringe sizes and types, including standard syringes and prefilled syringes from different manufacturers. This versatility allows healthcare providers to administer various medications and fluids with precision and accuracy.
3. User Interface: The Perfusor Compact Syringe Pump features an intuitive user interface with a clear LCD display and easy-to-use controls. Healthcare providers can program infusion parameters such as infusion rate, volume to be infused, and occlusion pressure limits using the keypad and menu options.
4. Infusion Modes: The pump offers different infusion modes to accommodate various clinical needs and patient conditions. These may include continuous infusion, intermittent infusion, and dose-weighted infusion modes, allowing for tailored infusion regimens based on patient requirements.
5. Accuracy and Precision: The pump is designed to deliver fluids and medications with high accuracy and precision, minimizing the risk of over- or under-infusion. Advanced microprocessor-controlled technology regulates the infusion rate and monitors flow dynamics to ensure consistent delivery.
6. Safety Features: Safety is paramount in infusion therapy, and the Perfusor Compact Syringe Pump incorporates multiple safety features to enhance patient safety and prevent adverse events. These features may include occlusion detection, air bubble detection, dose error reduction software, and alarm functions to alert users of potential issues.
7. Battery Operation: The pump may be powered by internal rechargeable batteries, allowing for continuous operation during patient transport or in situations where AC power is unavailable. This battery backup feature ensures uninterrupted infusion therapy and patient care.
8. Comprehensive Alarms: The pump is equipped with audible and visual alarms to alert healthcare providers to potential problems or interruptions in infusion therapy. Alarms may include occlusion alarms, low battery alarms, end-of-infusion alarms, and other alarm conditions as needed.
9. Easy Maintenance: The Perfusor Compact Syringe Pump is designed for easy maintenance and cleaning, with smooth surfaces and removable parts for thorough disinfection between patient uses. Regular maintenance and calibration ensure optimal performance and reliability over time.
Overall, the B Braun Perfusor Compact Syringe Pump is a versatile and reliable infusion device that offers precise control, safety features, and ease of use for healthcare providers administering IV medications and fluids to patients. Its compact design, comprehensive features, and advanced technology make it a valuable tool in various clinical settings for infusion therapy management.
Additional Information:
Product Details:
| Light Source Type | Halogen, LED |
| Brand | Stryker Light Source |
| Display | Digital |
An LED light source with a fiber optic cable is a medical device used to provide illumination in various medical and surgical procedures. Here's an overview of its features and functions:
1. LED Light Source: The LED light source is the main component of the system, providing the light output for illumination. LED technology offers several advantages over traditional light sources, including longer lifespan, lower energy consumption, and a more consistent light output.
2. Fiber Optic Cable: The fiber optic cable is used to transmit light from the LED light source to the surgical or medical site. It consists of a bundle of optical fibers that carry light from one end to the other with minimal loss or dispersion. Fiber optic cables are flexible, allowing for precise positioning of the light source and illumination of the target area.
3. Light Intensity and Color Temperature: LED light sources typically allow for adjustable light intensity and color temperature settings. Surgeons or medical professionals can adjust the brightness and color temperature of the light to optimize visibility and contrast during procedures.
4. Compatibility with Surgical Instruments: LED light sources with fiber optic cables are compatible with various surgical instruments and medical devices, including endoscopes, laparoscopes, otoscopes, and dental instruments. They can be integrated into existing medical equipment setups for improved illumination during procedures.
5. Cool Light Output: LED light sources produce minimal heat compared to traditional halogen or xenon light sources. This makes them more comfortable for patients and reduces the risk of tissue damage or discomfort during prolonged procedures.
6. Portability and Versatility: LED light sources with fiber optic cables are often compact and portable, allowing for easy transportation between different medical or surgical settings. They can be used in operating rooms, outpatient clinics, emergency departments, and other healthcare facilities.
7. Long Lifespan and Reliability: LED light sources have a long operational lifespan, often lasting tens of thousands of hours before requiring replacement. This reduces maintenance costs and downtime associated with bulb changes, ensuring consistent performance during medical procedures.
8. Sterilizability: Fiber optic cables used in medical applications are often designed to be sterilizable, allowing for safe and effective use in sterile surgical environments. They can be autoclaved or sterilized using other methods to prevent the transmission of infectious agents.
Overall, LED light sources with fiber optic cables are essential tools in modern medical and surgical practice, providing reliable, adjustable, and efficient illumination for a wide range of procedures. Their advanced technology, portability, and compatibility with surgical instruments make them valuable assets in improving visibility and precision during medical interventions.
Product Details:
| Minimum Order Quantity | 1 Piece |
| Probe Sampling | 90 MhZ |
| Measurement Range | 200-999 Microns |
Sudoscan is a diagnostic device used in medical settings to assess sudomotor function, which involves the sweat glands' response to stimuli from the autonomic nervous system. Here's an overview of Sudoscan and its diagnostic capabilities:
1. Measurement Principle: Sudoscan works by assessing the electrical conductance of sweat glands in the palms and soles of the feet. The device measures the sweat chloride concentration, which reflects the integrity and function of the sweat glands. Sudomotor dysfunction, indicated by abnormal sweat gland function, can be indicative of various neurological, metabolic, and autonomic nervous system disorders.
2. Testing Procedure: During a Sudoscan test, the patient places their hands and feet on electrode plates connected to the device. A low-voltage electrical current is then applied to the skin, causing the sweat glands to release chloride ions. The device measures the electrical conductance of the sweat, providing quantitative data on sudomotor function.
3. Diagnostic Applications: Sudoscan is used as a diagnostic tool in various medical specialties, including neurology, endocrinology, cardiology, and dermatology. It can aid in the assessment and monitoring of conditions such as diabetic neuropathy, autonomic neuropathy, small fiber neuropathy, peripheral neuropathy, and other neurological disorders.
4. Objective Assessment: Sudoscan provides an objective and quantitative measure of sudomotor function, allowing healthcare providers to assess neuropathy severity, track disease progression, and evaluate treatment effectiveness over time. This quantitative data can complement other clinical assessments and diagnostic tests, enhancing diagnostic accuracy and patient management.
5. Non-Invasive and Rapid: Sudoscan testing is non-invasive and painless, requiring only a few minutes to complete. The procedure does not require the administration of any drugs or contrast agents, making it safe and suitable for patients of all ages.
6. Interpretation and Analysis: The results of Sudoscan testing are typically interpreted based on established reference ranges and comparative data. Abnormalities in sweat gland function may indicate underlying neuropathic conditions or autonomic dysfunction, prompting further evaluation and management by healthcare providers.
7. Clinical Utility: Sudoscan can be used for screening, diagnosis, and monitoring of sudomotor dysfunction in various clinical settings, including primary care clinics, specialty clinics, hospitals, and research laboratories. Its portability and ease of use make it a valuable tool for assessing autonomic nervous system function in diverse patient populations.
Overall, Sudoscan is a valuable diagnostic tool for assessing sudomotor function and detecting early signs of neuropathy and autonomic dysfunction. Its non-invasive nature, rapid testing procedure, and objective measurements make it a valuable adjunct to clinical assessments in the evaluation and management of various neurological and systemic disorders.
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Usage/Application | Hospital |
| Model Name/Number | Entertec |
A vessel sealing system is a surgical device used to seal blood vessels and other tissue during surgical procedures. Here's an overview of its features and functions:
1. Electrocautery Technology: Vessel sealing systems typically use advanced electrocautery technology to achieve hemostasis (the stopping of bleeding). The device delivers controlled electrical energy to the tissue, causing protein denaturation and thermal fusion of the vessel walls, resulting in permanent sealing.
2. Bipolar Energy Delivery: Vessel sealing systems operate in a bipolar manner, meaning that the electrical energy is delivered between two electrodes located on the instrument's jaws. This configuration allows for precise energy delivery to the target tissue while minimizing damage to surrounding structures.
3. Sealing Mechanism: The vessel sealing process involves several steps: grasping the blood vessel between the instrument's jaws, applying electrical energy to the tissue, and gradually heating the vessel walls until they are fused together. The sealed vessel forms a durable and permanent bond, preventing blood loss and reducing the risk of post-operative bleeding.
4. Versatility: Vessel sealing systems are versatile tools that can be used in various surgical specialties, including general surgery, gynecology, urology, orthopedics, and ENT (ear, nose, and throat) surgery. They are suitable for sealing blood vessels of different sizes and tissue types, from small arterioles and venules to larger arteries and veins.
5. Tissue Sealing Efficiency: Vessel sealing systems are designed to achieve efficient and reliable tissue sealing with minimal thermal spread. The devices are optimized to deliver the right amount of energy to the tissue to achieve sealing while minimizing collateral tissue damage and charring.
6. Integrated Feedback Mechanisms: Many modern vessel sealing systems feature integrated feedback mechanisms, such as audible and visual indicators, to confirm successful vessel sealing. These indicators provide real-time feedback to the surgeon, ensuring procedural safety and effectiveness.
7. Safety Features: Vessel sealing systems incorporate various safety features to prevent unintended tissue damage and ensure patient safety. These features may include temperature monitoring, impedance monitoring, automatic power adjustment, and audible alarms to alert the surgeon of potential issues during the procedure.
8. Ease of Use: Vessel sealing systems are designed for ease of use, with ergonomic handles, intuitive controls, and ergonomic designs that facilitate precise tissue manipulation and sealing. Surgeons can quickly and effectively seal blood vessels with minimal effort and technique.
Overall, vessel sealing systems are indispensable tools in modern surgical practice, providing efficient and reliable hemostasis during a wide range of surgical procedures. Their advanced technology, versatility, safety features, and ease of use contribute to improved surgical outcomes and patient care.
Product Details:
| Light Source Type | LED |
| Number of Domes | 2, 1, 3, 4 |
| Positioning | Wall-Mounted, Modular, Mobile, Ceiling Mounted |
| Colour Specification | Variable Colour, Single Colour, Multi Colour |
| Movement | Axial, Radial, Angular |
LED OT (Operating Theatre) lights are essential equipment used in surgical procedures to provide high-intensity, shadowless illumination of the operating field. Here's an overview of their features and typical considerations:
1. LED Technology: LED lights offer several advantages over traditional incandescent or halogen lights, including higher energy efficiency, longer lifespan, cooler operation, and more consistent light output. They also provide a more natural light spectrum, which can enhance visibility and color rendition during surgery.
2. Shadowless Illumination: LED OT lights are designed to minimize shadows and provide uniform illumination of the surgical site. Multiple LEDs arranged in a pattern or cluster help to achieve this shadowless effect, ensuring clear visibility for surgeons and assisting staff.
3. Adjustable Intensity: LED OT lights often feature adjustable intensity settings, allowing surgeons to control the brightness of the light according to their needs and preferences. This flexibility is particularly useful for delicate procedures where precise illumination is required.
4. Color Temperature Control: Some LED OT lights offer adjustable color temperature settings, enabling surgeons to customize the light's warmth or coolness to optimize visibility and reduce eye strain during prolonged surgeries.
5. Sterility and Cleanability: LED OT lights are designed to meet strict cleanliness and sterilization requirements for use in the operating room. They feature smooth, sealed surfaces that are easy to clean and disinfect between procedures, helping to prevent the spread of infections.
6. Flexible Positioning: LED OT lights are often mounted on ceiling-mounted arms or mobile stands with adjustable joints and articulating arms. This allows for precise positioning and angling of the light to ensure optimal illumination of the surgical field without obstructing the surgical team's view or movement.
7. Low Heat Emission: LED lights produce significantly less heat than traditional lighting technologies, helping to maintain a comfortable operating environment for both patients and surgical staff. This reduced heat emission also minimizes the risk of tissue desiccation or damage during prolonged procedures.
8. Long Lifespan and Reliability: LED OT lights have a long operational lifespan, typically lasting tens of thousands of hours before requiring replacement. This reliability reduces maintenance costs and downtime associated with bulb changes, ensuring consistent performance during critical surgical procedures.
9. Energy Efficiency: LED technology is highly energy-efficient, consuming less power than traditional lighting sources while providing equivalent or superior illumination. This results in lower energy costs and reduced environmental impact over the lifetime of the equipment.
Overall, LED OT lights offer superior performance, versatility, and reliability compared to traditional surgical lighting systems. Their advanced features and benefits make them indispensable tools for surgeons and operating room staff in ensuring optimal visibility and safety during surgical procedures.
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Type | Rigid |
| Blade Type | Curved |
| Light Source | LED |
Infinium ClearVue Video Laryngoscope
The Infinium ClearVue® video laryngoscope adopts state-of-the-art image technology and possesses the advantage of a 2.0 megapixel fullview camera with high-resolution monitor. The ClearVue® features a rechargeable li-ion battery for extended use.
A unique anti-fog capability is also provided. The overall design is compact and ergonomic. A high resolution view of the glottis will enable clinicians first-attempt success while minimizing any chance of a complication during the intubation process.
The Infinium ClearVue®
Video Laryngoscopes are:
COMPACT AND ERGONOMIC
– Lightweight – unit is less than 350g.
– Vacuum Packed Disposable Blades
– Quick installation and removal of blades
– Quick Shot Camera Button for Recording
LOW COST PER PATIENT
– Reusable blades can be used up to 1000 times.
– Low cost disposable blades
DURABLE
– 2 years warranty
– Screen is reinforced with antishatter protection
– Light weight long lasting rechargeable li-ion battery
HIGH-DEFINITION
– 3.5 inch display
– Anti-Fog Lens
– 2.0 Mega Pixel Camera
Additional Information:
Product Details:
| LCD Display | No |
| Features | Sterile, Reusable, Waterproof |
Wondermed’s woundhub combines all aspects of burn and wound treatment in a mobile multi-functional workstation. By combining clinical effectiveness with patient safety and dramatically reducing the discomfort and time taken to clean wounds, patients experience a far better quality-of-care at a reduced cost to the caregiver.
This is possible because Woundhub is a mobile workstation that uses a pressurised stream of filtered air and sterile liquid solutions administered using single-use disposable handpieces to holistically facilitate burn and wound treatment.
Single-use disposability is critical in wound care and burn treatment and prevents patient cross-contamination thus reducing infection risks. Designed for continuous single-handed operation, our ergonomic handpieces reduce strain and fatigue, even with extensive use. Additionally, our handsets are designed for standardised connectivity to most IV bags eliminating supplier lock-in.
Woundtrim
A sterile single-use multi-functional handset incorporating three key functions for burn and wound treatment
Irrigation
Wound cleaning and removal of wound dressings is easier and less painful using the Woundtrim’s irrigation function. By applying a controlled spray of sterile liquid (e.g. saline or water), wounds can be cleaned without the need for swabs and spatulas facilitating minimal discomfort to the patient
Debriding and pulsed lavage
Using a pressurised stream of filtered air, the Woundtrim assists practitioners in the removal of wound dressings, the debridement of damaged and necrotic tissue, irrigation, and the drying of wounds and burns.
Using adjustable pulse lavage that produces a fine pressurised saline spray, debridement can be achieved without the need for scraping, cutting, or anaesthetic.
Wound drying
Drying of the wound area following irrigation and debridement using warm low-pressure air will evaporate excess moisture from the wound before application of topical creams. The drying function is also well suited to large wound areas which have been cooled during the irrigation and debridement process. The broad, nozzle provides a high volume of warm air applied at a low impact pressure to minimise patient discomfort during the procedure.
Woundtreat - Topical cream application
Wound dressing with antiseptic topical cream spray application can be achieved using woundtreat in a more controlled, less invasive, and less painful procedure. With better coverage and controlled layering, the result is lower cream usage with better adhesion in fraction of the time.
Woundpulse - Massage
Woundpulse is a sterile single-use multi-functional hand piece that incorporates massage functionalities for accelerated healing of diabetic ulcers and lymphodoema.
Woundpulse’s massage function uses intermittent positive pressure pulsation applied using vibrating air jets. Massage stimulates blood flow through skin tissue through the dilation of micro vessels and the reduction of oedema. Tapotement massage can also be applied using the pulse oscillation functionality. Massage has been shown to reduce oedema, improve circulation, and encourage blood to flow to wound areas that may be starved of oxygen, as often is the case with diabetic foot ulcers and other peripheral vascular conditions. The woundpulse is ideal for treating lymphodaema, neuropathy and avoiding pressure ulcers
Warranty & Services:
Additional Information:
Product Details:
| Table Type | Fully Electric |
| Type of Surgery | Orthopedic |
| Surgery | Major Surgery |
| Features | Ergonomic, Rotating, On Casters, Height Adjustable, Tilting |
An operating table, also known as a surgical table or surgical bed, is a specialized piece of medical equipment used to support patients during surgical procedures. Here's an overview of its features and functions:
1. Adjustability: Operating tables are designed to be adjustable to accommodate different surgical procedures and patient positions. They typically feature multiple articulation points, including height adjustment, Trendelenburg and reverse Trendelenburg tilt, lateral tilt, and backrest adjustment. These adjustments allow surgeons to optimize patient positioning for surgical access and visibility.
2. Stability and Durability: Operating tables are constructed from durable materials such as stainless steel or carbon fiber to provide stability and support during surgeries. They are designed to withstand the weight of patients and surgical equipment while maintaining structural integrity and stability.
3. Radiolucency: Many modern operating tables feature radiolucent tabletops, allowing for fluoroscopic imaging and intraoperative X-rays without obstruction. This feature enables surgeons to perform minimally invasive procedures, such as orthopedic surgeries or spinal procedures, with real-time imaging guidance.
4. Patient Safety and Comfort: Operating tables are designed with patient safety and comfort in mind. They may include features such as padded surfaces, safety straps or restraints, pressure-relieving mattresses, and anti-decubitus pads to prevent pressure injuries during prolonged surgeries.
5. Compatibility with Accessories: Operating tables are often compatible with a variety of surgical accessories and attachments, such as arm boards, leg supports, headrests, and extension boards. These accessories allow surgeons to customize the table setup for specific surgical procedures and patient needs.
6. Electrical and Hydraulic Systems: Operating tables may be powered by electrical or hydraulic systems for seamless adjustment of table positions. Electrical systems offer precise control and smooth movement, while hydraulic systems provide reliable performance and backup power options in case of electrical failure.
7. Ease of Cleaning and Sterilization: Operating tables are designed for easy cleaning and sterilization to prevent the spread of infections. They feature smooth surfaces and removable parts that can be easily wiped down or disinfected between procedures.
8. Mobility and Portability: Some operating tables are equipped with casters or wheels for easy mobility within the operating room or between different surgical suites. This feature allows for quick setup and repositioning of the table as needed during surgeries.
Overall, operating tables are essential components of the surgical environment, providing stable support and optimal positioning for patients undergoing surgical procedures. Their versatility, adjustability, and patient-centric design contribute to successful surgical outcomes and patient safety.
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Piece |
| Application | Clinical Purpose, Hospital |
These are mobile Radiant Warmer fixed height mounted on wheels with fixed baby cradle, lower shelf and 3 drawers storage Cabinet.
Technical Specification
Heater Box
Halogen Examination Lamp (12 Volts, 50 Watts)
Provides accurate assessment of Infant colour and sufficient illumination during procedures
Essential Attachments
Warranty & Services:
Additional Information:
Product Details:
| Minimum Order Quantity | 1 Unit |
| Category | Life Support, Diagnostic, Therapeutic, Treatment |
| Application | Cardiology, Gynecology, Pulmonology |
| Condition | New |
| Type | Digital, Manual, Portable |
| LCD Display | Yes |
| Brand | Natus, Any |
| Automation Grade | Automatic |
| Body Material | PVC |
Cough Assist is a portable electric device which utilizes a blower and a valve to alternately apply a positive and then a negative pressure to a patient’s airway in order to assist the patient in clearing retained bronchopulmonary secretions. Air is delivered to and from the patient via a breathing circuit incorporating a flexible tube, a bacterial filter and either a facemask, a mouthpiece or an adapter to a tracheostomy or endotracheal tube. Physicians, trained respiratory therapists, nurses, and family members administer this therapy.
Features:
Reasonable price
High strength
User-friendly operation
Unmatched quality
Precision engineered
Specification:
Cough Track: ON/OFF(Synchronised with patient effort)
Positive Pressure: 5 To 70 cmH2O
Negative Pressure: -5 To -70 cmH2O
Oscillation: Inhale/Exhale/Both (Freq 1-20 Hz)
Amplitude:1 To 10 cmH2O
Warranty & Services:
Additional Information:
Philips Burton is a medical device designer, manufacturer and distributor of high-quality examination, and surgery lighting equipment. Since its inception, Burton has been known for superior quality, exceptional value, and long-lasting solutions to complex lighting issues facing physicians, surgeons and veterinarians throughout the world. Philips Burton manufactures one of the most complete selections of medical and healthcare lighting products on the market today. Benaka is proud to sell and service the company’s:
Examination Lights - Philips Burton mobile and wall-mounted exam lights offer excellent value for any facility. Select products offer high-intensity, low-heat lighting suitable for various clinical applications, including primary care and emergency department use. Benaka carries popular sellers such as the AIM-50, AIMLED and CoolSpot II lights — each of which can be counted on for purity, drift-free positioning, and a long bulb life that saves you money and reduces maintenance requirements.
Surgical Lights — For applications requiring cost-effective lights, trust Philips Burton. The company’s surgical exam lights are easy to position and feature multiple bulb designs that provide hours of reliable performance, even in the most demanding clinical settings. Configurations inclued wall-mounted, mobile and ceiling-mounted.
Magnifiers - Philips Burton''s array of magnifiers feature higher-intensity lights combined with larger and sharper viewing areas. Designed to meet a multitude of medical applications with UV and white light options, these magnifiers offer the portability and flexibility you need. Sturdy design ensures long-term value
Complimentary Lights - Good visibility is essential for your staff to work their best. From standard task lights, under cabinet lighting for workstations, and night lights, Philips Burton has the perfect choice to simplify your operations. Upscale styles, modular designs, LED sources and uncompromising value are just the beginning of the features Philips Burton standard lights deliver
Burton has over 250,000 lights installed in the United States alone and continues to grow based on its quality, reliability, and extraordinary warranty and services.
Additional Information:
Product Details:
| Type | PC-based Spirometer |
| Synonyms | Pulmonary Function Test PFT Device, Spirometry Machine |
| Mode | Automatic |
| Usage/Application | Hospital, Diagnostic Center |
Additional Information:
Product Details:
| Tests Performed | MEP, Bronchial Challenge, FEV1, MVV, DLCO, MIP, Cough Peak Flow, FVC, PEF, Static Spirometry, Flow Volume Loops, Lung Volumes |
Warranty & Services:
Additional Information: