np32 negative pressure wound therapy system

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NP32 Negative Pressure Wound Therapy System


GBUK Banana Negative Pressure Therapy2

NP32 Pro

www.gbukgroup.com/npwt

Timing Treatment Function

Leakage Monitoring Alarm

Pressure Monitoring & Protection

Auto Lock Out Function

Dual Power Technology

Quieter – Less Noise for Patients

NP32 Video Operational GuideScan to watch the video

The choice of therapy type is crucial to optimise healing 4 NPWT can cause an abundance of angiogenesis-associated growth factors and development of microvessels in wounds, that leads to a faster healing speed. 6,7

NPWT can reduce oedema formation and increase perfusion in partial thickness burns. 8 Granulation tissue formation is pronounced, especially in intermittent & variable therapy modes. 4

NPWT reduces incidence of SSIs, 2, 3, 11 which can increase the cost of hospitalisation by 23.8%. 10

Key Features• IP Portfolio for NPWT Exudate

Management: 7 PCT Patents Applied

• Exudate Volume Monitoring

• Exudate Property Monitoring

• Improved NPWT Airtight Monitoring

• Low-Cost Canister Full Alarm Solution

GBUK Banana Negative Pressure Therapy 3

NPWT Pro 1pcs/box

Product Code: NP32NHSSC: ELZ1152

www.gbukgroup.com/npwt Scan for more information

Cannister & Tubing Solid seperately

Larger Screen User-friendly LCD screen (11.5×9cm)

Large Battery Capacity Long battery life (40 hours)

Lock Auto lock out function

* All references see back page

Dash 6® NRFit™ butterfly needle. 25G

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Dressing KitsA NPWT Dressing Kit can be applied to various types of chronic wounds which are hard to heal, treated with standard wet to dry dressings.

Dressing Kit can be used on the following wounds• Diabetic foot and leg ulcers• Pressure ulcers /sore• Vascular ulcers (includes venous

ulcers and arterial ulcers)• Burn wounds• Surgical wounds• Trauma-induced

wounds


Hydrophobic construction helps exudate removal

Open pore structure (400 – 600 microns) helps provide uniform distribution of negative pressure at the wound site

Silicone drainage tube

NP32 Dressing Kit ApplicationScan to watch the video


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Small Dressing Kit Contains:• Foam dressing 10 x 7.5 x 3cm• 1 Transparent film 20 x 30cm• 2m single lumen tube unit

Small 20 x 30cm Box of 10

Product Code: DK10SSNHSSC: ELZ1153

Medium Dressing Kit Contains:• Foam dressing 18 x 12.5 x 3cm• 2 Transparent film 32 x 35cm• 2m single lumen tube unit

Medium32 x 35cm Box of 10

Product Code: DK10MSNHSSC: ELZ1157

Large Dressing Kit Contains:• Foam dressing 26 x 15 x 3cm• 2 transparent film 32 x 35cm• 2m single lumen tube unit

Large32 x 35cm Box of 10

Product Code: DK10LSNHSSC: ELZ1160

NPWT Pro Accessories

Bacterial FilterThe bacterial filter is installed between the cannister and NPWT Pro device to prevent accidental liquid ingress and ensure the safety of the patient.


To be used between the cannister & vacuum port of the NPWT Pro Device

Bacterial Filter for NP32 box of 25

Product Code: CF32NHSSC: ELZ1161



Suction CanisterThe suction canister is intended to be used as a one-time device for temporary storage of medical/surgical aspiration fluid or liquid waste.

It is not intended to be used in direct contact with or for infusing liquids into patients.

Not recommended for pleural drainage.

Canister for NP32 Box of 15

Product Code: CA32NHSSC: ELZ1162


800mL

Singe Use Vacuum resistance tested to 80 kPa



Acute wounds are increasingThe prevalence of chronic and acute wounds is increasing by 11% each year 4,5. This trend is expected to continue unless significant changes to wound care are implemented 5.

Wound care is increasingOver a 5 year period the cost of wound care in the NHS increased by 48% in real terms, amounting to an estimated £8.3 billion in 2017/18, with a disproportionate amount of resource dedicated to hard to manage wounds 5. GBUK Banana provide cost effective solutions for hard to manage wounds through NPWT.

· The choice of therapy type is crucial to optimise healing 4

· NPWT can cause an abundance of angiogenesis-associated growth factors and development of microvessels in wounds, that leads to a faster healing speed 6,7

· NPWT can reduce oedema formation and increase perfusion in partial thickness burns 8

· Granulation tissue formation is pronounced, especially in intermittent and variable therapy modes 4

· NPWT reduces incidence of SSIs 2, 3, 11, which can increase the cost of hospitalisation by 23.8% 10

£8,3£8,3billionbillion

Why use NPWT?



Benefits applied to NP32 Pro Device:The choice of negative pressure mode is crucial to optimise healing and minimising patient pain 9, the NP32 device offers 5 modes of therapy that can be tailored to each individual patient.

Variable pressure cycles promote greater wound contraction and granulation tissue formation than continuous negative pressure treatment whilst eliminating the stop start pain of intermittent therapy 9.

Product Features1. 5 different therapy types

- allows for personalised treatment2. Exudate monitoring - volume, viscosity

and colour of the exudate is monitored3. Therapy Information Record - detailed storage

of the treatment given4. Sealing Indicator - clear indicator to highlight

dressing seal effectiveness 5. Long lasting 40 hour battery6. The Pro Device is intuitive and easy to use and set up7. Therapy Information Records and stores up to 10 days

of therapy data8. Monitor & record the exudate volume and flow.

Daily Recording exudate

Why use NPWT?

* All references see back page


Wha

t is


Negative Pressure Wound Therapy


Negative Pressure Wound Therapy helps to accelerate wound healing through multiple mechanisms 1. These mechanisms, such as microdeformation, macrodeformation and exudate control, promote wound healing properties with varying dominance, depending on the wound characteristics 1.

Studies have shown that there is a significant reduction in the risk of surgical site infections when the wound is treated with NPWT, compared to conventional dressings, thereby reducing hospitalisation time and costs 2, 3.


The prevalence of chronic and acute wounds is increasing by 11% each year 4,5. This trend is expected to continue unless significant changes to wound care

are implemented 5.

Over a 5 year period the cost of wound care in the NHS increased by 48% in real terms, amounting

to an estimated £8.3 billion in 2017/18, with a disproportionate amount of resource dedicated to hard to manage wounds 5. GBUK Banana provide

cost effective solutions for hard to manage wounds through NPWT.

What does it do?Negative pressure wound therapy applies negative pressure to the wound bed through a wound filling, such as foam or gauze. A transparent film creates an air tight seal over the wound and filler to which a suction pump and exudate drainage system are attached.

Negative Pressure Wound Therapy



Clinical CasesDiabetic Foot UlcerHistory: Diabetic foot ulcer, initially received delayed and inappropriate treatment resulting in further deterioration, infection and inflammation of the wounds.

Pressure UlcerHistory: Sacral pressure ulcer

Pre-NPWT:

Pre-NPWT:

8 days of NPWT followed by 22 days of conventional

treatment:

After 11 days NPWT treatment the wound was filled with new granulation

tissue:


Although there is no true definition for acute & chronic wounds, it is widely accepted that the following is true: acute wounds progress through the normal stages of wound healing and show definite signs of healing within four weeks, while chronic wounds do not progress normally through the stages of healing (often getting ‘stalled’ in one phase) and do not show evidence of healing within four weeks.


WoundSource. (2015). The Difference Between Acute and Chronic Wounds. [online] Available at: https://www.woundsource.com/blog/difference-between-acute-and-chronic-wounds.

Clinical Examples• Diabetic Foot Ulcer• Pressure Ulcer• Burn• Trauma-Induced Wound• Amputation• Surgical Abdominal

Wound

Traumatic UlcerHistory: Ulcer following treatment for a compound fracture.

Treatment: 5 days of continuous therapy followed by conventional treatment. Completely healed at day 28.

Traumatic UlcerHistory: Ulcer following treatment for a compound fracture.

Treatment: 5 days of continuous therapy followed by conventional treatment. Completely healed at day 28.

Quality Customers Distribution

• Products manufactured under GBUK CE mark

• Product manufactured in compliance with Medical Device Directive 93/42/EEC

• ISO 13485:2016 certified

• Fully certified batch and serial number tracking

• Quality Management System - 5-7 day independent annual audit by SGS

• NHS Supply Chain & Export Distributors

• Patient Handling & Enteral Feeding Companies

• Primary Care & Acute NHS Trusts

• Ambulance Services

• Specialist Children’s Hospitals

• 2013: 40,000ft2 purpose built Head Office & Distribution Centre opened

• Over 2,000 product lines held in stock

• State of the art handling and storage systems

• Contingency stock held in remote facility

• Daily collections by NHS Supply Chain


Distribution

Sustainability

• Improving water and energy efficiency whilst reducing emissions, waste and pollution from our warehouse and vehicles

• Reducing the packaging supplied with our products and increasing recycling rates (currently over 69%)

• New Head Office and Distribution Centre designed to use 20% less energy on heating and lighting

• Our own wind turbine is expected to provide enough energy to offset the carbon produced in transporting products to our customers

• Moving towards all outer packaging and labelling made from recycled materials

• Plastic packaging replaced with recycled packaging

• 2021 saw the introduction of biodegradable material being used for all Banana Slide Sheet packaging

• ECO range of Banana Slide Sheets available upon request

GBUK Groupcommitted to reducing our carbon footprint



GBUK Group Ltd. Woodland House, Blackwood Hall Business Park, North Duffield, Selby, North Yorkshire, YO8 5DD, UKT +44 (0) 1757 288 587E [email protected] www.gbukgroup.comBAN00025 8.0

GBUK Group award-winning specialist companies are experts in the provision of enteral feeding, critical care and patient moving and handling products and technologies. GBUK Group companies are suppliers to every UK NHS Trust and to a rapidly expanding export customer base.


References:1: Lalezari, S., Lee, C., Borovikova, A., Banyard, D., Paydar, K., Wirth, G. and Widgerow, A., 2016. Deconstructing negative pressure wound therapy.

International Wound Journal, 14(4), pp.649-657.2: Javed, A., Teinor, J., Wright, M., Ding, D., Burkhart, R., Hundt, J., Cameron, J., Makary, M., He, J., Eckhauser, F., Wolfgang, C. and Weiss, M., 2019.

Negative Pressure Wound Therapy for Surgical-site Infections. Annals of Surgery, 269(6), pp.1034-1040.3: Shiroky, J., Lillie, E., Muaddi, H., Sevigny, M., Choi, W. and Karanicolas, P., 2020. The impact of negative pressure wound therapy for closed surgical

incisions on surgical site infection: A systematic review and meta-analysis. Surgery, 167(6), pp.1001-1009.4: Guest, J., Vowden, K. and Vowden, P., 2017. The health economic burden that acute and chronic wounds impose on an average clinical

commissioning group/health board in the UK. Journal of Wound Care, 26(6), pp.292-303.5: Guest, J., Fuller, G. and Vowden, P., 2020. Cohort study evaluating the burden of wounds to the UK’s National Health Service in 2017/2018: update

from 2012/2013. BMJ Open, 10(12), p.e045253.6: MA, Z., SHOU, K., LI, Z., JIAN, C., QI, B. and YU, A., 2016. Negative pressure wound therapy promotes vessel destabilization and maturation at various

stages of wound healing and thus influences wound prognosis. Experimental and Therapeutic Medicine, 11(4), pp.1307-1317.7: XIA, C., YU, A., QI, B., ZHOU, M., LI, Z. and WANG, W., 2014. Analysis of blood flow and local expression of angiogenesis-associated growth factors in

infected wounds treated with negative pressure wound therapy. Molecular Medicine Reports, 9(5), pp.1749-1754.8: Kamolz, L., Andel, H., Haslik, W., Winter, W., Meissl, G. and Frey, M., 2004. Use of subatmospheric pressure therapy to prevent burn wound

progression in human: first experiences. Burns, 30(3), pp.253-258.9: Malmsjö, M., Ingemansson, R., Martin, R. and Huddleston, E., 2009. Negative-pressure wound therapy using gauze or open-cell polyurethane foam:

Similar early effects on pressure transduction and tissue contraction in an experimental porcine wound model. Wound Repair and Regeneration, 17(2), pp.200-205.

10: Javed, A., Teinor, J., Wright, M., Ding, D., Burkhart, R., Hundt, J., Cameron, J., Makary, M., He, J., Eckhauser, F., Wolfgang, C. and Weiss, M., 2019. Negative Pressure Wound Therapy for Surgical-site Infections. Annals of Surgery, 269(6), pp.1034-1040.

11: Shiroky, J., Lillie, E., Muaddi, H., Sevigny, M., Choi, W. and Karanicolas, P., 2020. The impact of negative pressure wound therapy for closed surgical incisions on surgical site infection: A systematic review and meta-analysis. Surgery, 167(6), pp.1001-1009.

np32 negative pressure wound therapy system

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