Our exceptional blend of technical depth, clinical insight and commercial expertise allows us to develop medical platforms that go beyond traditional boundaries.

From implanted Class III devices to critical systems, we deliver systems that excel in real-world clinical environments – while managing development risk and meeting your timescales. The result is better outcomes for both patients and our clients.

Surgical robotics, navigation and visualisation   

Working at the forefront of surgical system development, our specialist teams can help you develop the next generation of robotics.

We help clients address challenges such as automation, surgical navigation, real-time sensing and visualisation, developing technologies critical to the success of your next surgical platform. 

Smart implants   

We are revolutionising the next generation of smart, highly miniaturised and connected implants.

Our novel work in implanted antennas, wireless power technology and miniaturised electronics is combined with advanced AI, edge computing, ultra-low power telemetry and digital ecosystem design. This enables whole new therapeutic areas.

From neuromodulation and CRM to audiology and epilepsy, our world-class expertise produces implants that sit at the heart of our clients’ digital care ecosystems. 

Acute care

From dialysis, ventilation and anaesthesia delivery to wireless monitoring and wearables, we bring breakthrough technologies to critical care companies around the world.

With our experience in safety-critical devices, sensors, digital services, usability and clinical workflow, we are leading the way in the development of game-changing life-sustaining and monitoring devices.  

Digital ecosystems   

Medical devices are no longer isolated systems and need to be connected and integrated into digital workflows.

This connectivity is now sitting at the heart of many medical platforms we develop, collecting patient specific data to perform real-time analysis. Edge computing is then used to inform and guide therapy at the point of care.   

We can help you at every stage of the technology development lifecycle and take your idea from concept to launch.   

How we work


With a long track record of success in surgical and safety critical device development, we are not afraid to stretch ourselves to deliver our client’s most ambitious visions. We do it while balancing the many competing factors that influence clinical utility, performance, cost and time to market.

Our highly specialised, multi-disciplinary medical device teams have developed some of the most complex safety critical systems soon to be in clinical use. Delivering digital systems as well as physical ones, we complement our clients’ skills and provide solutions using integrated processes that are proven to speed up development and deliver regulatory compliance.

We have deep expertise in anatomy, procedure, clinical workflow and condition management combined with a thorough understanding of the broad medical device industry. This ensures not only technical feasibility but also clinical relevance and – ultimately – commercial success.

Interested in joining us?

Tech, tools & facilities


Surgical innovation suite
 

Surgical innovation suite

Equipped to simulate clinical, home and office environments, this facility allows us to test concepts, evaluate prototypes and analyse workflows in a safe and confidential setting. It’s an invaluable tool for understanding and communicating the contextual implications of design decisions, while the ability to conduct quick-turnaround usability evaluations means we can efficiently progress design and development.

Facilities_Anechoic-chambers-&-body-phantoms
 

Anechoic chambers & body phantoms

Our three anechoic chambers with proprietary tissue modelling systems and body phantoms mean we possess world-class infrastructure for the testing and optimisation of implanted telemetry, sensing and wireless power delivery systems.

光学ラボ
 

光学ラボ

光学ラボでは、複雑で高精度な光学レイアウトを構築することができ、一般的に実装前のプロトタイプ設計や新技術の検証に使われます。ハイパワー(クラス4)レーザー加工用の設定可能なインターロック制御エリアを備えた6台のハイスペック光学ベンチと、干渉法、分光法、低ノイズ蛍光画像法、そして光子計数のための専門設備を備えています。ひとつのスペースを別々のレーザー制御エリアに分割することにより、複数の実験を同時に行うことができます。そのため、装置の台数にとらわれることなく創造的なソリューションを開発することができるのです。

Analytical laboratories
 

Analytical labs

Our laboratories provide high accuracy measurement and analysis for the wide range of projects we undertake. Specialist equipment includes a gas chromatography mass spectrometer (GCMS), a Matersizer particle size analyser, a Spraytec laser diffraction droplet size analyser, high-speed and thermal imaging cameras and rapid-development custom image analysis software.

Co-creation & co-working space
 

Co-creation & co-working space

We are highly collaborative in our approach and provide dedicated co-creation facilities where we can join forces with our client teams to address the task in hand. Creative spaces throughout our offices provide a blank canvas for ad-hoc brainstorming sessions and planned workshops, inspiring our designers in their quest to develop impactful, unique and meaningful user experiences.

Digital Greenhouse
 

Digital Greenhouse

The Digital Greenhouse is our purpose-built AI research facility, specifically designed to discover, develop and test machine learning approaches in a fast, secure environment. The facility features an NVIDIA DGX-1 Deep Learning Supercomputer, a bank of machine learning computers, petabyte local storage and many teraflops of dedicated compute power.

Life Science Labs
 

Life science labs

Our suite of restricted Class II laboratories are specifically designed for handling and experimentation of pharmaceuticals, licensed substances, biological hazards and human samples in a controlled and regulated environment. Our instrumentation rooms are equipped with metrology, microscopy and product test equipment for rigorous verification and quality assurance of prototypes and products.

Prototyping workshops
 

プロトタイプ生産工場

プロトタイプ生産工場(電子基板・メカ)では、アイデアを実現し、製品価値を説得力をもって実証するプロトタイプを生産しています。試作品は、ISO 9001、ISO 13485、およびISO 14001規制に準拠した極めて高い品質基準を維持しています。最新のCNCおよびフライス盤、旋盤、溶接ギア、ワイヤーハーネス、ケーブルアセンブリツールを使用することにより素早くパーツを製造し、検証作業やユーザートライアル用向けに実物大で動作可能なプロトタイプを組み立てることができます。

We can help you achieve the seemingly impossible

News & insights


Opinion

Digital security: your safest bet for a competitive edge?

19th June 2020

Security is a problem, right? Well there's a radically different way to view it – as a positive force capable of putting clear water between you and your competitors. 

  • Digital security
  • Digital services
プレスリリース

人命を救うため驚異的な速さで人工呼吸器を開発

21st May 2020

ケンブリッジコンサルタンツは本日、新型コロナウイルスの治療に使用するとして英国政府より開発・製造を要請され、迅速に開発されながらも洗練された人工呼吸器『ベロシベント(Veloci-Vent)』を発表しました。 

covid ventilator summary
プレスリリース

ケンブリッジエコシステムが団結し、新型コロナウイルス(COVID-19)による人工呼吸器不足問題を解決

2nd April 2020

主要な医療機器開発企業は、新型コロナウイルスにより不足が懸念されている人工呼吸器を迅速に開発・製造するよう、英国政府からの要請を受けました。

ホワイトペーパー

患者モニタリングシステムの未来

19th November 2019

患者管理にはモニタリングが不可欠です。モニタリングで得られる断続的かつ継続的な情報は、様々な用途で使用されます。病態を明確にしたり、治療方法を患者さんや関係者に説明したり、その後の治療が順調かどうか判断したりすることができます。

  • 機械学習&AI
  • コネクティビティ&IoT
  • デジタルヘルス
  • デジタルセキュリティー
  • デジタルサービス
  • ヒューマンファクター
  • 製品の実現
  • センシング
  • サービスデザイン
  • ユーザーエクスペリエンス

Case studies


 

UK Government ventilator challenge

Creating Veloci-Vent, a sophisticated emergency ventilator, in six weeks

 

The Saranas Early Bird Bleed Monitoring System

A world-first for endovascular bleed detection

Axsis
 

コンセプト - 超小型手術支援ロボット“AXSIS”

Axsisは高度な知能を備えたロボット設計の可能性を実証しています。そのロボットは既存のシステムよりも大幅に小型化しながらも飛躍的に機能性が増しています。

 

Wireless charging for implants

Near-field, inductively coupled design for deep tissue neuromodulation system.