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Revolutionary New Design. Introduction ‘Seating design at its best works to control extrinsic risk factors’ Hetzel; 2009 Pressure; Shear; Heat; Moisture.

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Presentation on theme: "Revolutionary New Design. Introduction ‘Seating design at its best works to control extrinsic risk factors’ Hetzel; 2009 Pressure; Shear; Heat; Moisture."— Presentation transcript:

1 Revolutionary New Design

2 Introduction ‘Seating design at its best works to control extrinsic risk factors’ Hetzel; 2009 Pressure; Shear; Heat; Moisture Nilas Addresses all Factors!

3 Design that addresses extrinsic factors will influence intrinsic factors Hetzel 2009 ExtrinsicIntrinsic effect Reduce build up of heat TruCool Gel/Air flow/Cushion Cover Reduce perspiration/moisture Promote good posture PreContour base/Gel mimics human tissue Reduce Shear and deep tissue injury Redistribute weight GelCells/Segmentation/Firming layers Reduce pressure and injury to bony prominences

4 Features 33 TruCool Cells Reticulated Foam in Each Cell Segmented Surface Foam Base – PreContoured And Graduated Vented Valve Cushion Cover – Spacer Fabric

5 Benefits FeatureBenefit TruCool Gel Cells Draw Heat away from Sitting Surface Interface Reduce build up of Heat and Moisture Gel Surface reduces Shear & Aids Effective Redistribution of Pressure Segmentation Relieves Surface Tension Facilitates Air Flow & Aids Moisture Management Cover Breathable Stretch Spacer Fabric

6 FeatureBenefit Vented Air Valve Allows regular air exchange Facilitates Auto Inflation / Deflation Can be closed for Cleaning Reticulated Foam In Cells Facilitates Auto Inflation / Deflation ▼Risk of cushion bottoming out Less Insulating Properties Pre-Contoured Base Greater Lateral and Medial Stability Redistributes Weight to Thighs ▼ Shear & Friction Dampens Impact Benefits

7 Unique Design TruCool Gel for Thermoregulation Combined with.. Vented Air / Foam Cells

8 Unique Design TruCool Gel A Thermo-Regulating Silicone Gel! Draws Excess Heat away from the Body! Thermal Chamber (34ºC) 5 minsThermal Chamber (34ºC) 25 mins TruCool GelStandard GelTruCool GelStandard Gel

9 Thermal Regulation Dry air space at support interface essential for regulating temperature Directions Vol 1 : 2009 TruCool Gel Cells draw heat away from sitting interface Air flow channels between cells and through foam base reduce heat build up Vent allows regular exchange of air in & out of cushion cells Spacer mesh breathable cover aids dispersion of air & moisture

10 Before & After Use Active Cooling Ingredient! Changes from Cloudy to Clear when active Vented Valve Allows quick Recovery of Cushion Shape

11 Care Instructions Foam BaseWaterproof: Wipe Clean CoolCell Seating InsertKeep Vented Valve Closed when Cleaning. Spacer Fabric CoverMachine or Hand Washable

12 Marketing Materials 4 Page Brochure for Nilas Now Available on Request!

13 Pressure Redistribution √√√√√√ Shear & Friction √√√√ Temperature Regulation √√√√√√√ Moisture Management √√√√√√ Good Posture √√√ Comfort √√√√√√√ Hygienic √√√√ Gel Surface Segmentation Air Flow Channels Foam / Air Cells Vented Valve Pre-Contoured Base Spacer Fabric Cover In Summary… Functional Design

14 Reaching New Heights!

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16 GELCELL TRIO EASY DUOGEL GELCELL G2 ULTIMATE

17 ISO 13485:2011

18 ISO 16840 – 2010 Gelcell & Duogel Friction Report – Cover Friction Report – Whole Cushion Heat and Water Vapour Horizontal Stiffness Sliding Impact Dampening Loaded Contour Depth Load Deflection & Hysteris Recovery Test Water Strike Through

19 For Full Range of Cushions Visit… www.trulife.com Thankyou!


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