Sutrue were delighted to present our range of automated suturing devices at the prestigious IDTECHEX event, Santa Clara Convention Centre on Wednesday 14th and Thursday 15th November. It was an absolute privilege to exhibit at the conference and we were fortunate to have been allocated one of the best spots in the show, a demonstration area by the main entrance. Our location was perfect for engaging with the 3,500 guests as they entered the show! The image above shows Alex and Bob (the Sutrue dummy) ready to meet attendees.
We were overwhelmed with the positive feedback we received from the range of high-profile attendees who came to our stand. After watching a brief brand video, visitors were quick to grasp the importance of our devices, the need for innovation in the market and the range of potential applications. Many offered to connect us to relevant companies and contacts in their network to help us get our devices through the next steps in our road map – fundraising for the regulation process, manufacturing, then out to market. Following on from the enthusiastic reception, we even managed to squeeze in some last-minute meetings, the outcome from which we hope will have some very positive and far reaching implications.
In addition to exhibiting, Sutrue presented our automated suturing devices during a 20-minute talk on Thursday 15th in Ballroom D. Sutrue were in good company, with fellow presenters including Microsoft, Sony Corporation, GE Global Research, Porsche, Toyota and BASF to name just a few. Our talk was entitled ‘Rapid Prototyping: How using 3D Printing and ‘Multi-Typing’ can reduce costs, time and waste when engineering medical device prototypes’ and aimed to share our experience in designing using 3D printing. If you follow this link you can download presentations from the talks (registration with IDTECHEX needed).
All in all, we had a fantastic conference, enjoyed the general friendliness of the Californians and made some excellent connections for the future road-map of our device!
On 3rd October 2018, the Association of Industrial Laser Users hosted a one-day workshop at the TWI Technology Centre entitled ‘Laser Additive Manufacturing – Overcoming Barriers to Wider Adoption’. This was a poignant workshop topic due to the increasing emergence of additive manufacturing within mainstream manufacturing and the barriers to entry that also present themselves. Subjects covered at the workshop included issues around processes, hardware, software, materials, modelling, certification and testing.
Sutrue recently joined as an AILU member and were honoured to be invited to present at the event. Our talk was based around medical device prototyping and explored the topic of when additive manufacturing (AM) is the best approach to take, as opposed to mass manufacturing. We began our talk with a brief introduction to the Sutrue brand and team, moving on to the device components and how they have been made with additive manufacturing in mind. We then covered the patent of the devices and the industry applications, before moving on to answer the key question – when additive manufacturing is best utilised.
After the presentation, the Sutrue team was pleased to receive a lot of very positive feedback from the audience, in addition to other speakers, about how positive it is to see additive manufacturing being used to create innovative and beneficial products of this nature.
It was a privilege to present at this industry event alongside thought leaders from the University of Birmingham, Laser Additive Solutions, Croft AM, Oxmet, LPW Technology, TWI, Materialise, Sigma Labs, MTC, Lloyds Register, not to mention, major equipment suppliers such as Renishaw.
Ten years ago, on the 12th August 2008, Alex Berry, the founder of Sutrue Ltd, was laid up at home with a broken ankle, when the initial idea of developing an automated suturing device first came to him. It was triggered when he watched a documentary called ‘Super Doctors’ which gave Berry some insight into the problems involved in the process of robotic suturing. Having seen how painstaking the process was, he decided that there must be an easier way to produce a medical stitch. He was keen to keep his brain active whilst his ankle recovered, so on a visit to see his GP, he carried out his first bit of market research into his idea. He asked his GP whether he thought the idea of an automated suturing device was a potentially viable one, and, to his delight, his GP said he thought it was worth a shot. With some basic CAD knowledge behind him and a spark of an idea, Berry set about finding a solution. He soon became obsessed with following the idea to fruition.
Little did Berry know that it would take him ten years to create a working robotic automated suturing prototype and six years to create the handheld device, with many personal and professional highs and lows along the way. To finance the idea in the early days, he sold all his personal assets; his flat, his car and his furniture. At one point in 2011, he lived in a tent for six months, as he couldn’t afford to rent a flat. He later picked up some consulting work which helped him to reintroduce some semblance of ‘normality’ back into his life and this also gave him some funds to continue inventing the device.
In 2012, Berry moved from Jersey to the UK to live with family members and officially set up Sutrue as a company. In the following year momentum for the project really began to gather as he started to meet pivotal thought leaders who would go on to play key roles in the development of the Sutrue device. Firstly, he met Chris Sutcliffe, Professor of Engineering at Liverpool University, whose expertise in engineering and 3D printing enabled Alex to realise the spring plate which is at the heart of the Sutrue device.
Next, Berry met Mr Richard Trimlett (Cardio-thoracic Surgeon and Head of Mechanical Support at the Royal Brompton Hospital). He recalls being on a day trip to the Science Museum in London when he was passing the Royal Brompton Hospital. He was inspired to pop in and ask for the help of a medical expert. He initially asked a porter, which lead to him being put in touch with Mr Richard Trimlett. In Trimlett, Berry found an excellent product guide and between them, over the years, they coined their own working process entitled “Multi-typing”. This involves utilising ‘Rapid Prototyping’ to produce numerous design solutions, then printing, testing, tweaking and reprinting, until eventually producing a product that successfully works and provides the best solution to the end user. This process significantly reduced the cost of the creation of the Sutrue suturing device, probably by a factor of 50 and it also shaved years off the time it would have otherwise taken. It took the creation and subsequent testing of 38 prototypes for Berry and Trimlett to reach the final working prototype. Involving a highly skilled surgeon (and end user) such as Trimlett was a crucial step in the success of the device.
As with any start up, fund raising can be a real challenge. Berry vividly recalls the ‘make or break’ nature of the final day of crowd funding in November 2014. The aim to was to raise £30k to proceed with the patent application for the device, and had this not quite been achieved, then all the funds would be lost. They managed to accomplish it and went onto to submit a patent via another pivotal figure, Doctor Tom Burt, Chartered UK and European Patent Attorney at Abel & Imray.
The subsequent year, 2015, Sutrue were fortunate enough to develop more mutually beneficial relationships, this time with Concept Laser (now GE Additive) whose cutting edge 3D printers have the capability to print the highly detailed metal parts the Sutrue device required. This was another pivotal relationship in the story of the device development and one which Berry was extremely grateful to have developed, as without it, the company would have needed to raise significantly more funds to pay for parts.
In 2016, Sutrue managed to secure enough funding to be able to pay Berry sufficiently to afford to rent somewhere of his own again, and of course to continue the device development further. As funding and product development progressed in leaps and bounds for Sutrue, so too did publicity. Indeed, over the years, Berry’s innovative story has received significant attention. They’ve been covered on BBC Click by Lara Lewington. They have been featured by countless 3D printing and medical press and have been asked to speak at a range of conferences including TCT. One of the highlights has been the receipt of a highly commended certificate at the 2017 TCT Awards.
This year, as Sutrue looks to celebrate the ten-year anniversary of the initial idea, momentum continues to grow. Sutrue has increased its management team, moved into an office near Colchester, were invited to attend a GE Additive thought leadership event in New York, have continued to develop beneficial relationships with prestigious companies such as The Design Museum in London (where the Sutrue handheld device is currently exhibited). Berry and his team are also really excited to have been invited to San Franscico to give a thought leadership talk in Silicon Valley in November!
The next big steps for Sutrue is to redesign the device for manufacturing and put it through the regulation and testing process. It’s been ten years of ups and downs, filled with much uncertainty particularly in the first five years in which Berry didn’t even know for sure that the device would work. He has maintained the progression of the device through having a healthy dose of insanity, extreme resourcefulness, and an inquiring and problem-solving mind. He’s gone against many societal norms to have created two working prototypes of his automated suturing device – the robotic and the handheld, but as the route to market becomes closer and closer, he’s glad to have fought against the odds to see the project through to completion.
The technique for producing medical stitches (sutures) hasn’t changed significantly in over 5,000 years – until now. As medical stitching relies on the ability, dexterity, training and alertness of the practitioner, it can understandably be problematic. However through the creation of two revolutionary automated stitching devices, Sutrue have solved this issue. With our devices the process is far simpler, quicker and more accurate as the margin for human error is reduced. There have been have been over 10,000 patent attempts to produce a device like this and that Sutrue is the first to successfully achieve it. Therefore we thought it was about time we celebrated and shared this news.
As our handheld device is exhibited in The Design Museum, Kensington, it was only fitting for us to host our press event there too. We wanted to give attendees the once in a lifetime opportunity to try out the creation of automated stitches, so we took along the Zeus Medical Robot that we’ve been testing the Robotic device on, in addition to Bob the dummy which the handheld device was used on. Below are some pictures of the press trying out these devices.
We also held inspirational panel discussions and Q&A sessions with the thought leaders involved in the designing, engineering, 3D printing, testing and patenting of Sutrue’s two revolutionary automated suturing devices. Thought leaders in attendance included:
• Mr Richard Trimlett, Cardiothoracic Surgeon and Head of Mechanical Support at the Royal Brompton and Harefield Trust
• Stephan Zeidler, Business Development Manager Medical from GE Additive
• Alex Berry, Managing Director of Sutrue, Engineer/Inventor of the devices
• Stephen Squire, Consulting Engineer in Medical Technology. Former Clinical Engineering Services Manager at the Royal Brompton and Harefield Trust
• Edward Nation, Patent Attorney at Abel & Imray
We were pleased to have a range of press attend including those from the medical trade, the 3D printing industry and even the Financial Times. Due to the nature of our devices, there were several news angles that were of interest to our attendees. These included the millions per year that the Sutrue mechanism could save the NHS, how the robotic device could reduce the number of open operations required, the 10,000 previous patent attempts submitted by other inventors/companies before Sutrue succeeded in obtaining a patent and the use of rapid prototyping in the creation of the devices. (Quotes from each thought leader can be obtained here).
Below we’ve provided a selection of some of the fantastic press articles written about our suturing devices as a result of the event:
For soundbites from our thought provoking panel discussions and Q&A, or for footage of our devices being used, please follow us on Twitter or LinkedIn.
Having successfully created two new automated suturing devices which are set to transform the suturing process and potentially save the NHS £10.7 million each year, we are keen to spread the word about our devices and are planning to host an exciting Press Announcement at the Design Museum, London, where our handheld device is currently exhibited.
The press announcement is taking place on 30th May 2018 and the press that attend will be amongst the first people in the world to create automated robotic stitches using a Zeus medical robot and the Sutrue robotic suturing device. The event will also include an inspirational Q&A with a panel of thought leaders involved in the design, engineering, testing and patenting of the device. Attendees will witness the handheld suturing device in action and have the opportunity to compare it to traditional hand stitching. They will also have the chance to view the handheld device at the museum’s ‘Designer Maker User’ exhibition.
There are still a few places left, so please contact Thea@sutrue.com if you would like to attend this ground-breaking event.
The Sutrue Automated Suturing Devices story
The technique for producing medical stitches hasn’t changed since the times of Ancient Egypt – until now. Medical stitching by hand can be problematic as it relies on the ability, dexterity, training and alertness of the practitioner. We have solved this historic problem through the creation of two revolutionary automated stitching devices. They transform the manual process of stitching into a far simpler, quicker and more accurate automated process, thus reducing the margin for human error. There have been over 10,000 patent attempts to produce a device that sutures wounds and we are proud to be the first to successfully achieve it.
Benefits of the Handheld Suturing Device over traditional suturing include:
– The potential to save the NHS £10.7 million a year (based on data from ‘Health Economics Assessment of an Automated Suturing Device within the NHS’ by York Health Economics Consortium)
– Safer, quicker and more accurate than suturing by hand
– Increased needle force and the option to reduce needle size to subsequently reduce tissue trauma/scarring
– Ability to use standard suturing needles from different suppliers
– Reduction of needle stick injuries among healthcare practitioners and therefore fewer cases of high risk infection such as HIV and Hepatitis B
– Procedures can be performed in the field by less skilled users resulting in injuries being treated more quickly
Benefits of using the Sutrue Robotic / Endoscopic Suturing device instead of using forceps include:
– Reduction in number of open operations and increase in keyhole surgery
– Increased speed of suturing: while an experienced surgeon can take up to 25 seconds per stitch in endoscopic surgery, our device can produce a stitch in 1/3 of a second
– Increased access to hard-to-reach places using the articulation of the device
– Increased accuracy of suturing due to reduction of human error. This is particularly relevant in relation to cosmetic surgery and internal surgery where movement is limited
To create our unique suturing mechanism, we produced 38 different prototypes and designed and tested over 1,500 parts, which involved 15,000 hours of design work. This resulted in the creation of a patented automated suturing mechanism that now consistently works across both types of devices – the handheld and the endoscopic/robotic.
ROBOTIC / ENDOSCOPIC DEVICE
For over eight years we have worked closely with Mr Richard Trimlett (Cardio-thoracic Surgeon and Head of Mechanical Support at the Royal Brompton Hospital) on the creation of both devices. Richard sees the robotic / endoscopic device as being very influential to the future of robotic surgery. He believes that the device could help to significantly reduce the number of open operations undertaken in the future as it enables sutures to be carried out endoscopically, thus removing the need to ‘open up’ a patient. He stated:
“It’s true to say that the majority of operations we’re doing today are still open and that’s not because the patient wants them open, it’s because of the limitations of the technology and so there are many improvements to technology that we need to get to the point where we can do everything as a keyhole operation and I see this [Sutrue device] as one of them”.
The potential applications of the device include all forms of robotic surgery, but particularly the following areas:
Sutrue has worked with several influential medics during the development process of their suturing devices, including Professor John Pepper OBE, Professor in Cardiothoracic Surgery at the National Heart and Lung Institute who believes the handheld device will benefit inexperienced medical staff when closing wounds. He stated:
“[The Sutrue handheld device] is less likely to cause tissue damage and inexperienced operators often cause tissue damage without realising it, particularly in general surgery for example, whilst doing routine parts of general surgery, like closing the wound and the layers of the wound. It’s important, yet often delegated to the most junior person and tissue damage there can lead to wound breakdown, infection, haematomas and so on.”
Potential applications include:
– Field hospitals
– Extreme environments (e.g. in space)
– Textiles industry
The engineering process involved in the creation of the Sutrue devices has been significantly faster than traditional methods due to the use of cutting edge 3D printing technology provided by GE Additive. Alex Berry, MD of Sutrue, stated:
“Rapid prototyping has significantly reduced the cost of the creation of the devices, probably by a factor of 50. It has also shaved years off the time it would have otherwise taken. We’ve taken a ‘create, print, test, tweak, reprint’ approach to solving the problem. We even coined our own term for the working process and called it ‘Multi-typing’, which is the ability to loosely design the same component in three or four different ways, have them printed within a few hours and then test and learn from each prototype. This approach has been instrumental in allowing a small start-up company likes ours to maximise our output in terms of creativity and problem solving”.
Concept Laser – now a part of GE Additive – has been working with Sutrue for almost three years with the printing of the very small and detailed parts that the automated suturing devices require.
“By using the high-resolution capabilities of our Mlab cusing R 3D printer, Sutrue has been able to successfully speed up the engineering process involved in the creation of their medical devices, through a process called rapid prototyping,” (said Stephan Zeidler, business development manager for the medical sector at Concept Laser).
“Once designed by Sutrue, the structurally superior parts were printed by our team before Sutrue assembled them into numerous medical prototypes – sometimes straight from our printer with minimal post processing. This in turn saved considerable time and cost and has resulted in the completion of a series of fully-functioning medical prototypes. Sutrue’s success in having achieved this is a fantastic example of what is possible with our DMLM machines and additive manufacturing technology. We are delighted that both devices are now mechanically sound and are ready for testing within medical industry,” (Zeidler continued).
Doctor Tom Burt (Chartered UK and European Patent Attorney, Patent Attorney Litigator at Abel & Imray) has been working with Sutrue on the legal side – patenting the mechanism. He commented on the considerable number of patent attempts that have tried and failed to produce a suturing mechanism like Sutrue’s. Doctor Burt stated:
“As part of the patenting process we arranged several searches looking for anything like the Sutrue mechanism. From this, it became clear that the mechanism solves a problem that’s been worked on for a long time – one of the searches turned up a patent application for a suturing device that was filed in 1908! The searches found various devices that tried to automate suturing, but no one else had managed to devise the key feature that makes the Sutrue device work so well. As a result, we’ve been able to obtain granted patents for the Sutrue mechanism in several jurisdictions including Europe, the USA, Russia and Australia.“