HemoDialyzer Over 1.5 Million used in Europe Over 2 Million used in - PowerPoint PPT Presentation

HemoDialyzer Over 1.5 Million used in Europe Over 2 Million used in China Superior Clearance Levels Product pending FDA Approval

Dimesol Dialyzer  Membrane-Purema  Uses a unique material produced from Polyethersulfone (PES) and Polyvinylpyrrolidone(PVP)  BPA Free  Dimesol’s unique structure increases clearance performance by 7%  Dimesol has Ondulation Membrane versus a conventional Straight membrane -this enhances distribution of dialysate and increases effective surface area of dialyzer  Exclusive Technology(Poly Ethylene Terephthalate) spacer yarns that helps dialysate distribute better  Dimesol’s uniquely designed Dialyzer has a higher clearance performance than Fresenius and Gambro  Superior biocompatibility profile compared to Fresenius and Gambro

Main Structure Componet Housing Dialysis Cover O-ring Sealant Protective Membrane Cap Material Polycarbonate PES Polycarbonate Silicone Polyurethane Polypropylene Membrane Resin

FMC GAMBRO DIMESOL

Our PES membrane is BPA Free

Standard Straight Dimesol’s Ondulation Membrane- proves to be superior Membrane  Distribution and Flowing of dialysate in • Enhance the distribution of dialysate, conventional dialyzer Increase the effective surface area of  Effective surface area of dialyzer can be Dialyzer to get a better clearance performance reduced under this situation

 Further enhances the distribution of dialysate,  Increase the effective surface area of dialyzer to get a better and stable clearance performance

EXCLUSIVE …TECHNOLOGY Dialyzer with PET can get higher and more stable clearance Because of PET, our clearance performance is 7% higher than others

Dimesol High Flux Dialyzer Compare with FMC, Gambro, ASAHI, the clearance performance of our dialyzer with 1.4M2 is equal to their dialyzer with 1.6M2 above in the clearance of small molecular.

Almost No change in Dimesol’s Clearance from 30 min to 240 min Very Stable clearance in dialysis treatment during 30 minutes and 240 minutes.

More uniform pore distribution Active surface management Steeper sieving curve More selective removal range from low to super flux

Very less protein adsorption, reduce pore clogging , gain better clearance Less Protein Adsorption reduces pore clogging which gives better clearance

 Dimesol GAMBRO DIMESOL H FMC High cytochrome C Clearance compared to FMC and Gambro

DIMESOL GAMBRO FMC

DIMESOL GAMBRO FMC

GAMBRO DIMESOL FMC

DIMESOL FMC GAMBRO (white blood cell) (platelet) (Complement activation) (anticoagulant factor)