This summer, we were delighted to welcome Ross Muir to Nami Surgical as a Mechanical Engineering Intern.

Working with our Mechanical team, Ross contributed to a range of engineering projects, gaining practical MedTech experience and seeing his designs implemented in real-world applications.

Read more about Ross’s experience and what he learned during his internship on our website: https://lnkd.in/enXg_aMn

#NamiSurgical#MedTech#MechanicalEngineering#UltrasonicSurgery#MedicalDevices

We’re excited to announce the latest addition to Nami’s manufacturing capabilities: a star st20 sliding head lathe with the turbo 3-38 barfeed, specifically configured to meet our ultrasonic manufacturing requirements.

A huge thank you to Charles Ferry and the entire Star Micronics GB team for their outstanding support throughout the specification, delivery, and installation process.

Nami’s Workshop Manager, Luke McGowan, said: “This represents a significant milestone in Nami’s manufacturing and scaling journey. It has substantially improved our productivity, throughput, and consistency which are essential to developing technology at pace while maintaining the highest quality standards.”

We’re also grateful to Scottish Enterprise for their support in helping make this investment possible as we continue our rapid growth.

#NamiSurgical#CNC#UltrasonicSurgery#RoboticSurgery#PrecisionEngineering#Innovation#MedicalDevices

We’re #hiringa new Assembly Technician in Glasgow, Scotland. Apply today or share this post with your network.

Nami Surgical will be attending the Society of Robotic Surgery | SRS Annual Meeting in Florida next week, a key event dedicated to advancing robotic surgery through education, research, and collaboration.

During the meeting, Nico Fenu, PhD will present findings from a key milestone for Nami Surgical in his presentation: “First In Vivo Evaluation of a Miniaturised Articulated Ultrasonic Scalpel for Robotic-Assisted Surgery.”

Nikki Palfrey and Nico Fenu, PhD are looking forward to connecting with colleagues from across the robotic surgery community. If you’re attending, reach out to arrange a meeting to discuss how Nami Surgical’s miniaturised ultrasonic platform is helping advance the future robotic-assisted surgery.

#SRS#SocietyOfRoboticSurgery#RoboticSurgery#Ultrasonics#AdvancedEnergy#NamiSurgical

A fantastic few weeks for the Nami Surgical team in China, Hong Kong and Singapore meeting with investors, clinicians, hospital leaders and innovation partners, strengthening existing relationships and building exciting new connections across the region.

Visits to Biolake and Tongji Hospital in Wuhan also provided valuable insight into the rapid pace of innovation and the growing momentum behind robotic surgery.
 
LSI Asia was an excellent opportunity to showcase Nami Surgical’s latest developments, engage with investors and strategic partners, and discuss the future of ultrasonic surgery with leaders from across the global medtech ecosystem.
 
A huge thank you to the LSI team for the event, and to Scottish Development International for their support in facilitating valuable introductions and opportunities throughout the trip.
 
#NamiSurgical#MedTech#UltrasonicSurgery#RoboticSurgery#Innovation#LSIAsia 

Nikki Palfrey and Nico Fenu, PhD will be in Singapore next week at LSI Asia.

Our co-founder, Nico Fenu, PhD will be presenting at 2:40pm on Wednesday, July 1st in Casuarina Ballroom, come along to hear about Nami’s miniaturised ultrasonic advanced energy platform.

Reach out on the partnering app or contact us at info@namisurgical.com to arrange a meeting. The Nami team are looking forward to connecting with fellow innovators, strategic partners, and investors interested in shaping the future of ultrasonic surgery in robotics.

#MedTech#LSI26#LSIAISA#RoboticSurgery#Ultrasonics#AdvancedEnergy#NamiSurgical

Next week, Nami’s CEO Nikki Palfrey will be joining leaders from across HealthTech, Life Sciences, investment and academia at Health Elevate Scotland to discuss:
🚀 From Idea to Impact: What Does It Really Take to Scale Healthcare Innovation?

Nikki will be sharing her perspective of navigating the realities of scaling a surgical healthtech company in Scotland, from fundraising surprises and NHS adoption hurdles to knowing when complexity outpaces growth.

Join innovators, investors and industry leaders for an evening of insights, discussion and networking.

Register for free here: https://lnkd.in/eur45Y4c
📍 Barclays Glasgow Campus
📅 17 June – 16:45-20:00

BioUK | Living Laboratory | University of Glasgow | Medical Device Manufacturing Centre | PXN Ventures Scotland

⏰ Last few days to vote in the Surgical Robotics Industry Awards!

We’re proud to be finalists for Most Innovative Start-Up at the 2026 Surgical Robotics Technology Industry Awards, with voting open until 9 June.

If you haven’t had the chance to vote yet, we’d really appreciate your support. Thank you for being part of the journey to advance innovation in ultrasonic surgery!

Vote here: https://lnkd.in/e8G2x6re

#SurgicalRobotics#UltrasonicSurgery#NamiSurgical#SRIAwards2026

𝗪𝗲 𝗔𝗿𝗲 𝗙𝗶𝗻𝗮𝗹𝗶𝘀𝘁𝘀 🏆

We’re thrilled to announce that Nami Surgical has been shortlisted for “Most Innovative Start-Up” in the 2026 Surgical Robotics Technology Industry Awards!

This recognition reflects the incredible work of our team and the support of this amazing community. Voting is open until 9 June, if you believe in the future of ultrasonic surgery, we’d love your support.

Vote for Nami here: https://lnkd.in/e8G2x6re

#SurgicalRobotics#UltrasonicSurgery#NamiSurgical#SRIAwards2026

Congratulations to our Mechanical Engineering Team Leader Jack Stevenson, on his paper being published in the Ultrasound in Medicine & Biology journal.

This work was carried out in collaboration with researchers at the University of Glasgow, investigating the effects of ultrasound at a cellular and molecular level, with conclusions drawn on the therapeutic effects on bone marrow cells. Despite involving frequencies commonly used in surgical devices, this is an area that has received limited scientific study. This research represents an important contribution to the growing understanding of ultrasound behaviour in biological tissue.

Great work by all involved.

Read the paper here: https://lnkd.in/eG5pjdPE