Multiple frequency probes

Multiple frequency probes

by Jakub | Dec 17, 2019

Wireless Ultrasound

Home > Wireless Ultrasound > Multiple frequency probes

Multiple frequency probes

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, Android and USB.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: 2-11MHz

The radius of curvature and angle of scanning: Convex R600/60o

Display mode: B,B/M,color,PW,PDI

Weight

160 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

6 Hours

Size

156x60x20mm

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Convex and Linear probe

Linear probe high frequency

Weight

160 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

6 Hours

Size

156x60x20mm

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: 2-11MHz

The radius of curvature and angle of scanning: Convex R600/60o

Display mode: B,B/M,color,PW,PDI

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: Type-C cable

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Convex probe

Convex probe

by Jakub | Oct 15, 2019

Wireless Ultrasound

Home > Wireless Ultrasound > Convex probe

Convex probe

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

The radius of curvature and angle of scanning: Convex R600/60o

Display mode: B,B/M,color,PW,PDI

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Convex probes low frequency

Linear Probe

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

Linear – 7.5-10MHz or 10-14MHz

The radius of curvature and angle of scanning: Convex R600/60o

Scan width: Linear 7.5M-10MHz-40mm, Linear 10-14MHz 25mm

Display mode: B,B/M,color,PW,PDI

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Linear Probe

Linear Probe

by Jakub | Oct 15, 2019

Wireless Ultrasound

Home > Wireless Ultrasound > Linear Probe

Linear Probe

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

The radius of curvature and angle of scanning: Convex R600/60o

Display mode: B,B/M,color,PW,PDI

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Convex and Linear probe

Linear probe high frequency

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

Linear – 7.5-10MHz or 10-14MHz

The radius of curvature and angle of scanning: Convex R600/60o

Scan width: Linear 7.5M-10MHz-40mm, Linear 10-14MHz 25mm

Display mode: B,B/M,color,PW,PDI

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Convex and Linear probe

Convex and Linear probe

by Jakub | Oct 15, 2019

Wireless Ultrasound

Home > Wireless Ultrasound > Convex and Linear probe

Convex and Linear probe

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

The radius of curvature and angle of scanning: Convex R600/60o

Display mode: B,B/M,color,PW,PDI

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

Case study

40 year old female presents with right upper quadrant pain Ultrasound demonstrates normal liver architecture and normal gallbladder.

RELATED PRODUCTS

Convex probes low frequency

Linear probe high frequency

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

Linear – 7.5-10MHz or 10-14MHz

The radius of curvature and angle of scanning: Convex R600/60o

Scan width: Linear 7.5M-10MHz-40mm, Linear 10-14MHz 25mm

Display mode: B,B/M,color,PW,PDI

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Linear probes intermediate frequency

Linear probes intermediate frequency

by Jakub | Aug 21, 2019

Wireless Ultrasound

Home > Wireless Ultrasound > Linear probes intermediate frequency

Linear probes intermediate frequency

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Linear – 7.5-10MHz

Scan width: -40mm

Display mode: B,B/M,color,PW,PDI

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

Case study

26-year-old male severe community-acquired pneumonia
and sepsis presents with worsening dyspnoea, cough and fever. Admitted to ITU for central line placement, fluid resuscitation. The use of wireless ultrasound ensures safe and easy iv access to left internal jugular vein.

RELATED PRODUCTS

Convex probes low frequency

Linear probe high frequency

Weight

287 Grams

Connection

802.11n/2.4G/5G/Mbps

Battery Life

4 Hours

Size

156x60x20mm

Description

Image frame rate: 20f/s

Connection type: built in wifi to iPhone, iPad, android.

Operating system: Apple iOS, Android and Windows.

Scanning mode: electronic array

Frequency: Convex-3.5-5MHz

Linear – 7.5-10MHz or 10-14MHz

The radius of curvature and angle of scanning: Convex R600/60o

Scan width: Linear 7.5M-10MHz-40mm, Linear 10-14MHz 25mm

Display mode: B,B/M,color,PW,PDI

Image adjustable: Gain, Focus, anti-phase pulse harmonics, noise reduction, dynamic range

Puncture assist function: In-plan puncture guide line, external puncture guidance, automatic blood vessel measurement.

Charging mode: USB Charging or wireless

Measurement: Distance, area, circumference, angle

RELATED PRODUCTS

Convex probes low frequency

Linear probe high frequency

« Older Entries

Jakub Hovorka

IT Project Manager & Developer

Jakub was in at the start, lending his slick IT expertise to BM to help the company evolve and navigate what is an exciting online landscape. Jakub is an invaluable member of the team bringing fresh ideas and energy to BM’s digital presence.

Karen Finn

At Ballater Medical we believe that our work serves a greater purpose than simply delivering products. Karen works with our team through regular group coaching sessions using an Appreciative Inquiry process to recognise what we’re doing well and to achieve more for our customers, our company and ourselves as individuals. With a prize-winning background in healthcare Karen has more recently studied an MSc in Applied Positive Psychology and Coaching Psychology. She has a particular interest in multi-dimensional well-being and has volunteered with Fashion Revolution, a charity committed to sustainable clothing practices, for the past 5 years.

Alejandra Moore

Research Executive

With 6 years experience in logistics and research for Edinburgh Convention Bureau, Alejandra has particular insight into forming networks and drawing international groups together to work, learn and share expertise in Edinburgh. Prior to that she had extensive experience in marketing in a global setting based in Mexico. Over the last 12 months Alejandra has been bringing these skills to BM, identifying key players in the world of ultrasound to become part of the POCUS revolution.

Daniela Romer

Education Engagement Director

Daniela is an energetic and positive force within the Ballater Medical team. With a successful career over 23 years as a course director at the University of Edinburgh she offers expert insight into education development. Over the last 2 years she has been building networks and preparing the medical education market for Ballater Medical throughout the UK.

Colin Finlayson

co-founder Ballater Medical

Colin brings an honest, straight-forward, customer focused approach to the commercial side of the business at Ballater Medical. This has been developed over 30 years working in the Pharmaceutical Industry. Colin believes that it is vital to understand the specific needs of individual customers before considering how Ballater Medical products can be tailored to those individual requirements. This approach has created strong alliances with medical practitioners all over the world and has been recognized by peers within the pharmaceutical sales sector where Colin has won multiple awards. Prior to developing his skills within the commercial sector, Colin led a charity project in Bucharest which worked to promote health within children suffering from HIV and AIDS both in hospital and community homes. Colin took on this work after qualifying as both a Registered Psychiatric Nurse and Registered General Nurse.

Dr John McCafferty,

BEng MBChB MD Phd MRCP

CEO Ballater Medical

With a background in engineering John has always been keen to enhance patient care through the development of new technology. Enabling the health care provider to deliver safe and effective intervention at the point of care is of utmost importance to him. An extensive background in Engineering, Clinical Medicine and teaching allows John to offer a bespoke consultancy in point of care solutions.