Dialysis Machine

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Tuesday, December 20, 2011

Baxter 1550 Dialysis Machine

History of Baxter Dialysis Machine

Baxter has long been on the forefront of developing innovative solutions for patients with kidney disease. Here is an abbreviated timeline of the most important milestones in our company's history:

1956 - Baxter medical engineers improve the original construction of Dr. Willem Kolff's design and introduce the first commercially built artificial kidney

1978 - Baxter introduced CAPD as a practical home-based alternative to hemodialysis

1979 - First Commercial CAPD Solution: Dianeal

1982 - First Home Patient Delivery: Servipak

1990 - First Integrated Disconnect System: Ultrabag

1994 - First Easy to Use Portable Cycler: HomeChoice Automated Peritoneal Dialysis (APD)

1996 - First CAPD Night Exchange Device: Quantum Exchange System

1998 - First National Kidney Educator Program

2000 - First Direct-to-Patient Education Program: Stay in Touch

2000 - First Home Patient Home Monitoring System: HomeChoice Pro with PD Link Software

2003 - First New Osmotic Agent in Over 20 Years! Extraneal (icodextrin)

Baxter 1550 Specification:
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Tuesday, December 13, 2011

Cobe Dialysis Machine

Cobe Company

In 1975, with the introduction of its next dialysis machine--the Centry 2--COBE could offer a complete dialysis system, the first in the industry, and one designed for portability and ideal for home use. The system was also attractive to hospitals and dialysis centers because the dialysis process was faster than in older models, cutting costs by allowing staff to handle more patients in the same amount of time.

The Centry 2 controlled the complete dialysis process, which involved transporting blood through tubing to an artificial kidney (dialyzer) which cleansed the blood and removed excess fluid. A monitor kept track of the complete process. COBE manufactured all components of the system, including dialyzers, blood tubing, chemicals, and other supplies necessary to the hemodialysis process. This first application of a system approach to renal care helped COBE become a market leader in the United States over the next several years. By 1978, renal care accounted for 76 percent of the company's revenues, and COBE posted a one-year increase of 49 percent in renal care sales from $32.1 million in 1977 to $47.7 million in 1978.

Cobe Dialysis machine now comes with models: Cobe C3 Repack, Cobe C3 Original, CS2, UFCM, CS2 Acetate C2RX, Redy 2000

Cobe Dialysis Machine General Specification Dimensions (HxWxL) 53.5" x 22.5" x 29.5" Weight 225lbs.

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Sunday, December 4, 2011

Althin Dialysis Machine


This dialysis machine is designed to reduce operator work load, user friendly features provide clinical efficiency, and reduce preventive maintenance. The Althin is very upgradeable.

Precision ultrafiltration control. UF accuracy is better than + 30 ml/hr. A minimum UF. Button allows operators to quickly reduce UF.
Individualized electrolyte and UF control. Individualized patient dialysis treatment. All dualysate and UF parameters can be preset to change automatically over the course of the treatment with the visual fingertip controlled option.

Integrated patient blood pressure. Up to 48 blood pressure and pulse readings can be stored in data report. Unique Althin pressure measurement detects backfiltration. Redundant safety system. 300 to 1000 ml/min. dialysate flow range. Saves and displays key treatment data. Integrated intelligent single needle.
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Sunday, November 27, 2011

Prismaflex Dialysis Machine


The Prismaflex® dialysis machine

A versatile platform for intensive care blood purification therapies
Gambro has specifically designed the Prismaflex dialysis machine to meet the stringent demands placed on blood purification therapies in intensive care units. Simple to use, reliable and safe, the Prismaflex system delivers a full choice of therapies adapted to individual patient needs
More therapeutic flexibility for optimal patient treatment
Freedom of choice: one platform for all therapies
The Prismaflex system gives you a full choice of therapies:
• Therapeutic plasma exchange*
• Hemoperfusion*
• Compatibility with the MARS liver support system

Enhanced patient prescription and treatment flexibility
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Friday, November 25, 2011

B Braun Dialysis machine

The Dialog+ Dialysis System’s unique technical design is known for its state-of-the-art technology with its innovative use of icons on a color touch screen, a rotating flat screen for easy handling and viewing from all angles, Technical Service Mode (TSM), online Trending Graphs and Technical Data to support the operator and technician with real-time information and historic information on treatment parameters, and options for use of the Solcart B® bicarbonate cartridge, and a Patient Card Reader for the storage of patient data. The Dialog+ Evolution continues to build on that innovative technological platform for treatment efficiency, patient comfort, preventative maintenance and cost effectiveness.
Reduction of noise
Integrated heat exchanger
Reduced disinfection times
Flow Block Technology
Stand by Mode

For more information about the Dialog+ Evolution Dialysis System, contact the Renal Therapies Division by calling 800-848-2066, email: rtd.us@bbraun.com, or submit an inquiry form.

Quick detail
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Thursday, November 17, 2011

Phoenix Dialysis Machine from Gambro

Gambro is a worldwide medical equipment company which improving product in the new technology system, Gambro's renal products are a major business group of this company. In order to increase the distribution of their dialysis products, The Gambro company has developed key agreements with Baxter and DaVita.

One of dialysis machine Gambro is Phoenix dialysis system, It's features a unique protective blood module, Phoenix system eliminates the risk of cross-contamination between patients caused by transducer protector contamination.

Electrical Power Supply Requirements

115 V ±10%, 60 Hz, 16 A
(12 A without heat disinfection)
or 230/240 V ±10%, 50/60 Hz,
10 A Water Supply Requirements Refer to both local and AAMI standards for water quality.
Pressure: 14.5 to 87 psi (100 to 600 kPa)
Flow: 1.1 l/min
Temperature: 50°F to 90°F (10°C to 32.2°C)
Drain Maximum height above floor level:
39 in (1 m) Maximum distance to drain: 118 in (3 m) Drain flow: 1.1 l/min maximum
Temperature: 203°F max (95°C max)


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Friday, November 11, 2011

Fresenius dialysis machine 2008T

The 2008T hemodialysis machine is designed to perform hemodialysis in hospitals and dialysis clinics . It can be used for patients suffering chronic or acute renal failure.

Function of the 2008T

The Fresenius 2008 Kidney Dialysis Machine series were designed for flexibility. They all Equipped with advanced therapy options; ultrafiltration, fixed proportioning, heat disinfecting, variable dialysate flow, and including automatic blood pressure monitoring as well as computer documentation capabilities.
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