A world leading product design consultancy
A multidisciplinary team of experts
Mechanical Engineering
Interaction Design Design Research & Planning
Software Engineering
Electronic Engineering
Industrial Design
Prototyping
Human Factors & Usability
Experienced in solving the complex challenges of DPI development
Our design and analysis work with global pharmaceutical and device companies includes dry powder inhalers for asthma, COPD and inhaled insulin.
Combination dry powder inhaler for major pharmaceutical company - development of mathematical model and early design verification to understand the lid foil compensation mechanism for an inhaler.
Development of pMDIs that compete
Our extensive work in consumer health and the design of high volume drug delivery devices gives us the perfect blend of experience to support the development of devices that can give our clients the edge in highly genericised and cost constrained market places.
For reliable dose counters, the devil is in the detail
We are highly experienced in solving complex tolerance problems and the design of intricate components that are robust as well as simple and cost effective to manufacture.
Inhalers that provide safer access to controlled medicines
We use our extensive technical engineering capability, creativity and design integration experience to resolve the complex challenges of inhalers that control access to medications and dosing frequency to help enable regimen control as well as improve compliance and effectiveness.
Breath actuated pMDIs to make coordination errors a thing of the past
Our engineers are expert in the design of inhalers that use the power of a breath to release a reliable actuation mechanism, eliminating the risk of coordination errors.
Controlled aerosol spray systems
DCA has expertise in the development of spray and vapour systems, including soft mist inhalers, in which velocity and droplet size are carefully controlled and characterised.
Nasal sprays with class leading usability
The work we have done with leading pharmaceutical and drug delivery device companies has helped to create devices that provide benefits in comfort and ease of use.
Improving effectiveness with electromechanical delivery systems
The multidisciplinary teams at DCA are experienced in developing electromechanical systems. These can help to increase effectiveness, for example by improving usability and delivery efficiency.
Delivering from strategy to market
DCA has significant real-world experience in creating market leading drug delivery devices through all stages of development and throughout industrialisation and in-market support.
Expertise in developing ultra-high production volume devices and systems
Developed in short timescales, these multi-award winning and highly successful aerosol systems deliver performance and quality at low cost.
Helping our clients make the right decisions in due diligence
The same capabilities and experience that our clients harness to support successful device developments are often called upon to carry out due diligence work; whether it’s reviewing a device design before a critical milestone or selecting from a range of device options that are on-market.
Painting a clearer picture of a successful future
We help our clients develop device strategies that deliver success with efficiency. We employ a wide range of our skills from concept generation and analysis to user and market research, to generate the evidence that is needed to support making the right decisions.
Helping our clients connect with the future
Our connected drug delivery device development is enabled by our detailed understanding of system architecture design, low power processing, sensors and actuators, compact product design, antenna design, power source selection, battery management techniques and cybersecurity.
The artefact experts for a digital ecosystem
Our world class technical skill set combined with our industrial design (ID), user experience (UX) and user interaction (UI) expertise make our multidisciplinary service ideally suited to delivering product to work efficiently and effectively within an ever growing digital ecosystem.
Cutting edge engineering
Combining electronics, software and mechanical engineering disciplines with rigour and creativity to generate innovative design solutions that help deliver succesful products.
Intelligent application of computational analysis to create better designs, faster
Experts in first-principles math-modelling. Class leading analysis software is applied intelligently in combination with physical testing to benchmark predictions and improve understanding.
Prototyping is at the heart of our business
Since our foundation, we have always maintained extensive in-house prototyping capabilities.
This enables us to explore, test and iterate design concepts efficiently and effectively.
Evaluation testing to inform critical decisions
Equipped for a wide range of exploration, testing and measurement, our laboratories allow us to evaluate the performance of prototypes and devices at all stages of development.
Packaging and instructions shouldn’t be an afterthought
Our experienced team of designers and usability experts believe in developing instructions and packaging solutions in parallel with devices.
This approach means that we optimise both elements together to achieve a more integrated patient experience and a stronger reflection of brand values.
A highly creative team with in-depth IP experience
With over 5900 patent applications and 3600 granted patents for our clients since 2000, we bring a wealth of experience to help navigate complex IP landscapes.
Helping our clients to develop more sustainable products
Our work to improve the sustainability of products across consumer, healthcare and medical device markets has been recognised with prestigious international design awards.
We have developed a toolkit of eco-design tactics that help us create better products, with a lower environmental impact.
TwistMist is a re-usable propellant-free aerosol spray.
Rigorous medical device development procedures
Aligned with international standards.
QMS General Procedures
ISO 9001
Medical Device Development Procedure
ISO 13485 21 CFR part 820 & EN 60601:1 clause 14
Software Development Procedure - Medical Devices
EN 62304
Usability Engineering for Medical Devices
EN 62366
Risk Management Procedure - Medical Devices
ISO 14971
A proven track record
100+ products launched, 50+ full-scale drug delivery projects and 100 major design awards in the last 10 years.
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