Reverse Osmosis System
Hemodialysis
Mintech FRP Tank With
     Distributors
Multiport Valve &      Accessories
Reverse Osmosis      Membrane
UV & Ozone Generator
Industrial Pump
Water Filter Cartridge
Filter & RO Membrance      Housing
Laboratory Water      Purification with EDI
Battery Water Purification      System
Automatic 5 Gallon Bottle      Washing, Rising, Filling &      Capping Machine
Household Reverse      Osmosis System
Sewage/Effluent/Waste      Water Treatment
Central Water Treatment
 
    System
Arsenic Water Treatment


Hemodialysis


DIALYSIS MACHINE

Auto-adjusting dialysis machines with a long safety life

The heart of these machines contains Nipro's patented Viscous Control System technology. Away from contact with the dialysate, our exclusive mechanism controls the removal of fluids and the adjustment of the dialysate, and maintains safety and high precision over the long term.

 

DIALYZER

The reason that dialyzers hold one of the most leading manufacturers in the world market is, more than anything else, due to their superior efficacy in substance removal and their biocompatibility, as well as their gentleness on the patient. This naturally includes the removal of -microglobulins, the cause of carpal tunnel syndrome often found in long-term dialysis patients, as well as the separation of uremic toxins from the high molecular weight albumin proteins and the lowering of side-effects such as itching and pain.

The change in the marker elements that are a measure of biocompatibility is extremely low as well, and, in addition, our products possess other special characteristics that are world-renowned. Furthermore, a major feature in dialyzers is based on our proprietary patented technology which insures that no blood remains in the dialyzer after dialysis.

Hemoflow Low-Flux Capillary Dialysers

Clearances (ml/min)
QB
= 200/300ml/min,
QD = 500ml/min,
UF = 0

Urea
Creatinine
Phosphate
Vitamin B12

125
95
50
20

155/183
128/145
78/88
32/34

170/206
149/175 103/115
45/47

180/222
164/175
123/145
45/47

184/236
169/210
132/145
60/62

186/240
172/216
138/165
76/82

UF-coefficient
ml/h.mmHg

1.7

2.8

4.0

5.5

6.4

7.5

V (blood priming Volume)
ml

28

42

63

82

98

110

P (pressure drop blood, QB=300ml/min)
mmHg
P (pressure drop dialysate, QD=500ml/min)
mmHg

195

14

120

13

82

12

60

11

52

10

45

9

A (effective surface area)
m2

0.4

0.7

1.0

1.3

1.6

1.8

Sterilisation method

ETO

 

BLOOD LINE

A variety of blood lines to satisfy a variety of needs

Used in combination with our AVF NEEDLE and SAFELET CANNULA, there are a number of different needs, depending upon the medical facility, for the blood lines that are employed in circulating blood between the patient and the dialyzer. offers a wide product lineup to respond to each of those needs.

 

 

FESTULA NEEDLE

Relatively painless AVF NEEDLES SET

A superior quality of sharpness has been realized to lessen pain during insertion. SAFETY AVF NEEDLES SET (photograph) that prevent accidental needlesticks have especially drawn attention in recent years.

HEPARINE

Heparin is a highly sulfated glycosaminoglycan widely used as an injectable anticoagulant. It is also used to form an inner anticoagulant surface on various experimental and medical devices such as test tubes and renal dialysis machines. Pharmaceutical grade heparin is commonly derived from the tissue of slaughter house animals e.g. porcine intestine or bovine lung.

History
Heparin is one of the oldest drugs currently still in widespread clinical use. Its introduction predates the establishment of the United States Food and Drug Administration. It was originally isolated from liver cells, hence its name (hepar or "?pa?" is Greek for "liver"). Scientists were looking for an anticoagulant that could work safely in humans, and Jay McLean, a second-year medical student from Johns Hopkins University working under the guidance of William Henry Howell, found a compound extracted from liver that acted as an anticoagulant.

Medical uses
Heparin acts as an anticoagulant, preventing the formation of clots and extension of existing clots within the blood. While heparin does not break down clots that have already formed, it allows the body's natural clot lysis mechanisms to work normally to break down clots that have already formed. Heparin is used for anticoagulation for the following conditions:

    • Acute coronary syndrome, e.g., myocardial infarction
    • Atrial fibrillation
    • Deep-vein thrombosis and pulmonary embolism.

TRANSDUCER PROTECTOR

 

Description: Transducer Protector
Material: Hydrophobic, PVC
Category: Dialysis Kit Components, Transducer Protectors

 

 

WATER TREATMENT FOR DIALYSIS UNIT

Importance of water treatment

  1. To prevent premature damage to the hydraulic parts in the machine
  2. To facilitate production of dialyste with accurate electrolyte content.
  3. To prevent long term side effects of inadequately treated water.

Acceptable Water Content

  1. Calcium and magnesium< 0.5 ppm (parts per milion).
  2. Free from chlorine.
  3. Free from ions
  4. Bacteria count < 200 cfu/ml (AAMI Standard)
                          < 100 cfu/ml (EU Standard)
  5. Endotoxin level < 2 EU/ml (AAMI Standard)
                           < 0.25 EU/ml (EU Standard)

AAMI Haemodialysis Water Quality Standard

Substance
Maximum conectrations (mg/l)
Aluminium
0.01
Chloramine
0. 10
Copper
0. 10
Fluoride
0.20
Nitrate
2.00
Sulphate
100.0
Zinc, barium
0.01 each
Calcium
2.00
Magnesium
4.00
Sodium
70.00
 
Substance
Maximum conectrations (mg/l)
Potassium
8.00
Chlorine
0.50
Arsenic, lead, silver
0.005 each
Chromium
0.014
Cadmium
0.001
Selenium
0.9
Mercury
0.0002
Bacteria
<200 cfu/ml
Endotoxin
<2 EU/ ml
   
 
 
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