Essential Tips for a Successful Launch of Your IVD Instrument
How To Guide
Last Updated: August 6, 2024
(+ more)
Published: July 19, 2024
Credit: Tecan
Launching a new in-vitro diagnostic (IVD) product in today’s fast-paced market presents significant challenges for both established global manufacturers and emerging startups.
Achieving success demands innovation, regulatory compliance, customer satisfaction and quality assurance. Strategic partnerships, thorough planning and market insight are essential for navigating the complexities of the IVD industry and establishing leadership in diagnostic solutions.
This guide highlights how to leverage your original equipment manufacturer (OEM) partner's support to streamline the launch process, accelerate revenue ramp-up and ensure long-term profitable growth for your platform.
Download this guide to discover:
- Five key ingredients for a successful launch
- Strategies to ensure sustainable growth and success
- Techniques to simplify the launch process and accelerate revenue ramp-up
A PRACTICAL GUIDE
TO SUCCESSFUL IVD
INSTRUMENT LAUNCH
RAMP-UP WITH YOUR
OEM PARTNER
2
Five key ingredients for a successful IVD instrument
launch include: retaining technical expertise,
investing in training, forecasting accurately, ensuring
regional focus, and managing the lifecycle of your
platform. With this in mind, how can you best use the
support of your OEM partner to simplify the launch
process, accelerate revenue ramp-up, and position
your platform for long-term profitable growth?
This handy guide will help you to minimize risk and
optimize revenue ramp-up with your chosen OEM
partner as you go through the instrument launch
process.
1. TECHNICAL EXPERTISE AFTER
LAUNCH: WORKING WITH YOUR
OEM PARTNER.
You are ready to launch your IVD instrument platform,
having worked for months, or even years with your
OEM partner to reach this significant milestone.
You’ve ticked all the boxes, from market research to
exhaustively testing the trickiest of your customer
applications. What could possibly go wrong?
However good our record-keeping might be,
technical expertise acquired during development
very often includes information and knowledge that
is not necessarily written down immediately in a way
that is accessible to all parties who might require it,
and in some cases might not be written at all.
The first rule here is therefore to ensure that you
retain the technical expertise at the core of your
own development team post-launch, otherwise the
knowledge gained through development and betatesting risks getting lost within months, ultimately
resulting in a failed ramp-up post-launch. The
experts needed here will also include key contacts
with your OEM development partner as well as your
early adopter customers.
With time, observations regarding both the
instruments and their applications will multiply, be
consolidated into standard operating procedures
(SOPs) and used to develop useful databases of
FAQs. The precious triad that consists of your
development team, your OEM partner, together with
your first customers will ensure that these SOPs
and FAQs are properly recorded and continue to be
developed, minimizing the risks both at and after
launch.
The shortest recommended time for this team to
stay together is around six months after launch.
Provided that regular post-launch reviews are held,
and instrument performance, consumables and
application records are carefully monitored and
stored, this will result in the growth of a valuable
knowledge resource for your broader team.
Securing access to your OEM partner and customer
expertise during ramp-up implies that you have welldefined agreements in place, with clear specifications,
so as to manage expectations. Even at this late stage,
projects can fail due to the premature introduction
of unrealistic or poorly-tested specifications for a
particular instrument or application. Keeping your
OEM partner and customers on board will therefore
help significantly in reducing the risk of failure.
Note that, whilst it would be useful for you to have
separate people covering each specific expertise area
in your own core team, several areas may be covered
by a single OEM person or customer (see Table 1).
When it comes to accessing people and expertise
outside of your organiztion, it is critical that all parties
have defined agreements indicating the extent of
their respective deliverables. SOPs associated with
instrument specifications, expertise and training will
also figure in your Quality Management System (QMS)
as part of the requirements for ISO certification and
regulatory compliance.
3
Table 1: Outline checklist for retaining technical expertise.
Expertise/team You OEM partner Customer
Instrument hardware modules
Instrument software modules
Consumables development
Overall platform development
Application development
Instrument SOPs
Consumables / Application SOPs
Service - basic and advanced
Instrument service training
Compliance - regional requirements
Marketing materials
Sales training
Application training
Table 2: Suggested areas in which to consider putting a training programme in place.
Training area Basic Intermediate Advanced
Instrument hardware
Instrument software
Applications / consumables
Servicing
Sales and marketing
Regulatory compliance
Quality Management System*
*A Quality Management System is required for ISO certification, and will reference the trainings in all of the other areas.
2. INVEST IN TRAINING YOUR
EMPLOYEES AND YOUR
CUSTOMERS, WITH THE HELP
OF YOUR OEM PARTNER.
The more people and functions that receive basic
product information and training, the more successful
will be the post-launch ramp-up for your IVD system.
Engagement in your organization can be increased
by ensuring all functions have a very basic knowledge
of what your new IVD system is supposed to do, with
a simple explanation of what impact it will have in
the diagnostic world, and higher levels of training
can be reserved for specific functions.
Use the expertise of your OEM partner to help put
in place standardized and assessed product and
application training for all functions, tailored to the
right level. Recognise people’s training achievements
as well, with rewards such as a certificate. One
model could be to classify training levels as Basic,
Intermediate and Advanced, for the different areas
of instrumentation, applications and service.
You may also find it useful to add the notion of
Refresher training into this model, to maintain a
specific level of expertise over time, as well as to
keep up with the evolution of the platform and its
applications. With larger teams, of say 10 or more
people, we would recommend adopting a “train
the trainer” approach, with allocated “Champions”
within those teams.
Making a similar programme of formal training
available to your customers will also significantly
reduce the risks associated with user error, and should
be an essential part of the installation and ongoing
process. You can work with your OEM partner to
provide a comprehensive training programme within
your organization and for your customer.
4
You might also like to consider which functions need to receive which level of training. A suggested matrix is
shown in Table 3.
Table 3: Suggested levels of training for different functions in your organization. Adapt this according to your specific needs. For
example, you may only have capacity for only two levels of training.
Function Hardware Software Applications Service Sales and
marketing Regulatory OMS
Service engineer Advanced Advanced Intermediate Advanced Basic Intermediate Intermediate
Applications scientist Advanced Advanced Advanced Basic Intermediate Intermediate Intermediate
Sales person Basic Basic Intermediate Basic Advanced Basic Basic
Customer care Basic
Product marketing
manager
Intermediate Intermediate Advanced Basic Advanced Advanced Advanced
Back-office functions Basic
Training is absolutely crucial to a successful rampup post-launch. When employees receive proper
training, they are more likely to provide better
customer service and information, so customers are
more likely to make informed choices in your favour,
ultimately leading to increased revenue.
3. IS YOUR FORECAST BRIGHT?
FIND OUT TOGETHER WITH YOUR
OEM PARTNER.
Working with an OEM partner who understands the
IVD instrument market can help you compare and
calculate realistic forecasts according to market
needs in particular application areas. Consider also
that forecasting is more than just predicting when
and how many of which instruments and kits may be
needed in each geographic. It can depend on many
different trends, including local economies, whether
or not a particular type of IVD test is reimbursed by
a particular government, or even the weather. Or
a catastrophic global or regional event may occur,
that can have either an almost immediate adverse
or a positive effect on sales. The recent pandemic
is one such example, where the need for COVID-19
research and tests quickly surpassed demand before
the supply chain eventually caught up.
Inaccurate forecasting can hit your inventory costs
extremely hard, in turn affecting your cash flow and
profit margins. This risk can arise with either underor oversupply. For example, an undersupply of the
consumables kits which go with your new instrument
platform will erode customer confidence, reducing
ramp-up profits, and in the worst case may even
result in competitors taking over what was to be your
main market. On the other hand, an over-optimistic
forecast for your instrument platform will increase
your inventory costs dramatically, so be very wary of
overpromising on numbers to your investors.
Anticipating changes in demand is also key to getting
the right raw materials at the best price. If you
underestimate the need for a particular component
of a kit, for example, you may end up paying more
for it than if you had pre-ordered it. In turn, this
may affect the production line, which may need to
increase capacity temporarily, in turn increasing your
manufacturing costs. Accurate forecasting would
anticipate the likely demand for a given product so
that you can obtain the appropriate quantity of raw
materials at the most cost-effective price. You can
also reduce the risk associated with forecasting and
raw material supply for consumables and kits by
planning for these to be manufactured in part or as a
whole by your OEM partner.
Next, your OEM partner will be able to provide you
with an idea of the instrument spare part inventory
that may be needed by the service team during
the ramp-up phase, since they will have done
due diligence on instrument robustness during
development. This can drastically reduce downtime
for customers, which is especially important when
you are at that vulnerable stage between nurturing
reference labs and establishing an installed base.
5
Table 4: Minimize servicing and supply chain risks by working with your OEM partner towards robust forecasting.
Expertise key: +++ high contribution, ++ moderate contribution, + little or indirect contribution.
Forecasting expertise You OEM partner Customer
Instrument module forecast ++ +++ +
Overall instrument forecast +++ +++ +
Spare part inventory ++ +++ +
Application-specific consumables
forecast +++ ++ ++
Finally, the accuracy of IVD instrument forecasting
can be greatly increased by using a modular
approach to instrument development, since by
definition there will be fewer variables to take into
account. In effect, each module will arrive with its
own legacy robustness data, allowing you to focus
on your application, rather than on developing and
assembling new parts for an instrument.
In short, poor forecasting could destroy your
business, so mitigate this risk by working closely
with your OEM partner on getting the most accurate
forecast possible (Table 4).
4. USE YOUR OEM PARTNER’S
REGULATORY KNOWLEDGE
FOR GEOGRAPHICAL FOCUS
Regulatory and registration requirements differ
vastly across the globe when it comes to IVD testing
and instruments, and each instrument will need to
be registered in a specific regulatory area before
it can be sold. Therefore, we recommend planning
a geographically-focused market entry strategy as
early as possible, and as part of your launch plan.
This will help avoid unnecessary delays due to late
delivery of the required technical documentation
during the registration process. Working with an
experienced OEM partner will help here, since they
are likely to have a pretty good knowledge of the
regulatory requirements in the different countries and
regions where you intend to launch and implement
your roll-out plan.
Europe and the US have different regulatory
processes, and within Europe there are also countryspecific differences. All other regions and countries
have their own requirements, with some examples
shown in Figure 1. Even the definition of a medical
device varies between countries and regions, so
it is recommended to create a regulatory plan for
each area where you plan to launch, and given the
complexities, to have a phased roll-out plan. Start in
HC
FDA
CFDA
PMDA
TGA
CDSCO
EMA
Swissmedic
ANVISA
Figure 1: Minimize geographically-specific regulatory risks by
working with an OEM partner that has global and regional IVD
regulatory expertise. (Source image: https://www.amwa.org/
page/regulatory123)
a region where you are sure of having a combination
of established reference customer expertise, readily
available sales and technical support, OEM partner
coverage, and a robust supply chain for both
instrument and consumables.
5. USE TRIED AND TRUSTED
PROCESSES FROM YOUR OEM
PARTNER TO MANAGE LIFECYCLE
EFFECTIVELY
Instrument lifecycle can be simply expressed as
several broad phases: development, introduction,
growth, maintenance, and end of life (see Figure 2).
To help you plan how you will support your platform
after launch, through ramp-up and beyond, we have
developed a practical guide to product lifecycle
management (LCM), which you can download here.
We recommend taking a long-term, holistic view of
LCM, working closely with your OEM partner, so that
you can manage every stage of the lifecycle, from
having a thorough understanding of the current and
future costs of product manufacturing and customer
ownership, through to introducing new instrument
and assay updates without disruptions in regulatory
compliance.
6
When it comes to ensuring ramp-up of your revenue
during the growth phase, post immediate launch,
especially with IVD instruments, it is essential
that your product continues to meet with quality
compliance specifications, and that your customers
are still happy with service and support levels.
It is also important that you use an established LCM
process to future-proof your platform, with plans
to implement product improvements and evolve
according to market trends and needs, whether
working towards a better price point or towards a
new diagnostic assay. Planned LCM helps ensure
that instrument updates or changes maintain all
compliance and safety standards, so that your
customers remain confident in your products.
Finally, a strong product management team is
critical to effective product lifecycle management,
collaborating across the organization and with your
OEM partner, liaising with internal functions such as
R&D, Quality, Operations, and indeed the customer,
to help grow the instrument knowledge base and
streamline the lifecycle management process.
If you would like to see how the OEM partnership
process works in practice, you can read about some
of the OEM platforms Tecan has helped develop and
check out some of our customer stories here.
SUMMARY: OEM PARTNERSHIP FOR
SUCCESSFUL IVD INSTRUMENT
LAUNCH RAMP-UP.
Whatever your requirements for an OEM partner,
Tecan can work with you to provide the application
knowledge and engineering expertise you need.
Tecan experts bring over 40 years of experience
in laboratory automation and OEM instrument
development, manufacturing, and delivery.
Synergence is Tecan’s unique approach to the
development of OEM automated solutions for
diagnostics and life sciences. Starting with your exact
requirements, the service guides you seamlessly
through your project, from product design to
manufacturing, launch and post-launch activities.
Sales
Time
Total
Market
Sales
Design and
Development
Growth Maintenance End of life
Figure 2: The four stages typically identified in the product lifecycle
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