news about digital manufacturing tools and · pdf filedifferent game now, from delmia some...
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24 AdvancedManufacturing.org | February 2016
Service Data is Key to Unlocking IoT Success
Manufacturing Engineering: What’s the potential for the
Internet of Things (IoT) and Big Data improving manufactur-
ing productivity?
Philippe Bartissol: What our customers in industrial
equipment are really interested in, even if they do not voice it,
is systems engineering, digital manufacturing, and after-sales
service. When I go to Germany, they have this initiative they
call Industry 4.0, everybody is talking about offering intelligent
products or intelligent systems. But how is it possible to dis-
cuss IoT or Big Data and not implement system engineering
within the company? These companies are not selling me-
chanical products any more. This is no longer a mechanical
industry—this is an intelligent product industry, unless you do
very simple mechanical parts. As long as you do machines or
pieces of machines or equipment, you are offering intelligent
systems. But there is a paradox. They are talking a lot about
IoT, Big Data, but they do not organize themselves properly
from a product development, manufacturing and even ser-
vice standpoint, so systems engineering is really a key there.
The second one is digital manufacturing, because if you
have maybe 10 or 20 plants worldwide, you need to simulate
and optimize your processes in each factory, link to your
product—so if your product changes, your production pro-
cesses are changing—and you need to model and simulate
your network offerings.
ME: What is your industrial equipment focus; does this
refer to mostly automation systems on the factory floor?
Bartissol: We’re talking mostly about machine subsys-
tems, a pump or compressor, even a motion controller, and
then also the machines themselves, whether they are in a
production plant or machines in process industries such as
power systems. We’re also talking about heavy mobile, such
as excavators for construction, agricultural heavy mobile
equipment, and then also heavy mobile equipment for min-
ing. This also includes factory floor equipment or mobile,
smaller pieces of equipment like subsets of machines or
heavy mobile. We have some specialized industries such as
the elevator industry and the tire industry. You’d be surprised
how present we are the tire industry. We’re present in about
80% of the 10 biggest players worldwide.
ME: Describe your company’s continued expansion into
new areas, including manufacturing execution systems [MES]
and manufacturing operations management [MOM] software.
Bartissol: In digital software, we have the whole thing. If
you look at Delmia, we have a lot of capabilities in NC ma-
chining for toolpath, but we also now have Apriso for MES.
We acquired a company called Quintic about a year ago, and
Apriso was in July 2013. Now, not only can we model the
production processes, but we can provide the MOM—the
manufacturing operations management, and then we are
starting to put in the scheduling with Quintic. It’s a completely
different game now, from Delmia some years ago to what we
have now, and we will expand even further.
We recently had the big manufacturing forum in Japan for
500 Japanese executives, and we presented a scenario where
we have a dataset with an excavator, that’s heavy mobile, and
showed different scenarios in the plant for manufacturing the
excavator, where we had the assembly processes, the BOM,
the scheduling, and then we also simulated a change request
from a customer. The customer changed what he wanted
sSoftware update
Philippe BartissolVP, Industrial Equipment Industry
Dassault Systèmes Vélizy-Villacoublay, France
www.3ds.com
news about digital manufacturing tools and software
“Our customers in industrial equipment are really interested in systems engineering, digital manufacturing, and after-sales service.”
26 AdvancedManufacturing.org | February 2016
while the machines are already on the production line. It’s really
the agility, not only do you have the ability to model your plant
and optimize it, but you have to optimize it constantly, because
you have product changes and in-plant changes all the time.
With the combination of Delmia, Apriso and Quintic, we are
uniquely positioned for that.
ME: How critical is the third element, service, to your IoT
customers?
Bartissol: That is the after-sales service area, which ties
into IoT. If you’re a machine OEM, probably between 20–
60% of your revenue is in service, depending on the industry.
For a machine OEM, between 40-100% of EBIT [earnings
before interest and taxes] derives from service—or even
higher, up to 120%, because some manufacturers will sell
equipment at a loss, in order to populate an installed base.
It’s even a bigger part, because the cost of service is really
profitable, where the sale of equipment might be marginally
profitable, or not profitable if you could sell at a loss.
ME: How can this service data in IoT help improve manu-
facturing?
Bartissol: One of the big issues we have right now is
that the machine operator does not get complete access to
the machine OEM, the machine data, in production—maybe
3-5% of the machines in the field are connected to the origi-
nal OEM manufacturers, and the OEM has access to only
a small part of the installed base. This has been the case
the last 10 years, and the big question is whether machine
operators, machine owners, the ones who are operating the
machines, will give OEMs access to machine data in produc-
tion. It’s going to have to change, because otherwise, IoT will
not go anywhere.
They’re very reluctant, but if they want to have OEE main-
tained at a steady level, you’ve got to authorize the machine
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Software update
Dassault Systèmes’ software portfolio includes Delmia digital
manufacturing software for factory-floor layout and modeling.
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February 2016 | AdvancedManufacturing.org 27
OEM access to the machine data, because then they can re-
ally monitor, supply service, or do service online, meaning di-
rectly on the machine. What’s happening is the machine OEM
installs the machine at a customer’s site, everything runs fine,
then they leave and three months later,
the OEE starts dropping. This is the only
way your OEE will stay at a reasonable
level. Otherwise it will decline.
We now tend not to discuss CAD or
PLM with customers, but we discuss
system engineering, digital manufactur-
ing and service/IoT. And these custom-
ers are interested.
ME: How well do you project IoT to
do in the short term?
Bartissol: It’s going to take off if
the machine operators allow access,
allow OEMs access to machine data in
production. That’s the condition. Ma-
chine operators must allow the OEMs
access, if they give them access to ma-
chine data in the field. But instead of a
slope line, it could be a steep S curve,
so we’ll see in the next few years.
If you think IoT solely, and if you do
not relate this to systems engineering
in your own processes, in your own
internal processes as an OEM, if you
do not relate this to system engineering
and to your service processes, then it’s
artificial. Because you will need to relate
the data you’re acquiring to some-
thing—otherwise you have terabytes of
data you don’t know what to do with.
If you get all this data and you do not
have something to compare it with, if
you do not have a system engineering
model for a piece of equipment, includ-
ing behavior simulation, what are you
going to do with the data? You have
to have some way to quantify it and to
compare it to a model.
With our software, we have complete
systems engineering, and we are now
offering all engineering disciplines except
the machine software, on the equip-
ment. We can now do mechanical, electrical, 2D electrical,
3D, pneumatic and hydroelectric in 3D. We can model the
behavior with Modelica and Delmia on the platform, and we
can do software in the loop or hardware in the loop. The only
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28 AdvancedManufacturing.org | February 2016
thing we’ve not doing is ALM, which is producing the actual
machine software. But in the future, we will go there.
Partnerships Nissan Motor Co. Ltd. (Yokohama, Japan),
Hewlett Packard Enterprise (Palo Alto, CA)
and Siemens AG (Munich) announced Dec.
21 that they have developed a next-generation
vehicle design infrastructure that provides Nis-
san’s global R&D centers with a continuous,
high-speed connection to the latest vehicle
development data. The solution’s engineering
virtual desktop infrastructure (VDI) gives Nis-
san more flexibility and manageability of global
vehicle design.
Engineering VDI uses advanced graphics
processing based on desktop virtualization tech-
nology. It allows engineers to access virtual 3D
CAD workstations on servers and control them on a desktop
environment. With this technology, Nissan is able to store the
latest data on its servers which teams around the world can ac-
cess at any time, enhancing productivity and usability, as well as
improving cost efficiencies and disaster risk management.
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Software update
Nissan’s new global engineering virtual desktop architecture (VDI) system is a
fully scalable vehicle design solution for automotive manufacturing.
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30 AdvancedManufacturing.org | February 2016
This new platform is a fully-scalable vehicle design solu-
tion that adopts engineering VDI globally, using servers with
the most advanced graphics processing, high-performance
storage, software and network acceleration technology.
Nissan will initially use it at two development centers: Nissan
Technical Center North America and Nissan Technical Center
Europe. The VDI platform uses Siemens NX design and Team-
center PLM software, Citrix XenDesktop desktop virtualization
technology and HP workstation graphics, storage and software.
CAM software developer CNC Software Inc. (Tolland,
CT) and Sandvik Coromant (Fair Lawn, NJ) on Dec. 21 an-
nounced the companies will work together to integrate Sand-
vik’s Adveon tool library into CNC Software’s Mastercam.
Adveon will help Mastercam users to further improve
machining productivity while saving setup time. By reducing
the engineer’s input, both consistency and quality of data are
improved. The Adveon library has standardized methodol-
ogy, and is designed specifically to facilitate quick and safe
CAM programming, allowing users to develop their own
tool library; select tools for production; build tool assemblies
quickly and safely; see immediate results in 2D and 3D mod-
els; and instantly export to Mastercam Tool Manager. Adveon
works with any tooling supplier that bases their catalog on
ISO 13399, assuring accuracy of geometrical information.
New ReleasesCAM developer Vero Software (Cheltenham, UK) on
Dec. 16 announced the release of PartXplore 2016 R1, a
high-speed, all-format 3D viewer that includes many options
for viewing and part analysis—without requiring the original
CAD application.
PartXplore can open the native files of Edgecam, VISI and
WorkNC, with further brands in the Vero portfolio expected to
follow suit in 2016 R2. The PartXplore software has been cre-
ated to efficiently import and analyze all file types and sizes at
high speed. It often takes less than half the time to open a file
compared to the original CAD application.
Software update
February 2016 | AdvancedManufacturing.org 31
Both novices and experienced users can build virtual
unified prototypes or 3D models imported from a wide
range of file formats, including CATIA, NX, Parasolid,
SolidWorks, Solid Edge, STEP, IGES, and many more. The
software saves the native CAD data
in its own lightweight format, mean-
ing manufacturers can carry out tasks
such as calculating surface areas and
volumes, and measuring thickness, di-
mensions and angles without requiring
the original CAD information.
Vero has set up a new dedicated
PartXplore website, www.partxplore.
com, includes the ability to register for
a free 30-day trial installation.
Supply Dynamics LLC (Cincinnati),
a developer of supply chain visibility
software, announced its new Price
Dynamics online price benchmarking
service for pricing raw materials. Price
Dynamics (www.pricedynamics.com)
harnesses the power of the crowd
to help anyone purchasing industrial
metals to understand true market price
for many common ferrous and nonfer-
rous metals. With Price Dynamics, true
market pricing is based on what actual
buyers have paid or been quoted while
making similar purchases.
Coupled with access to a directory
of distributors, mills, and processors,
Price Dynamics is said to be a one-
stop-shop for determining how raw
material prices stack up to the prices
paid by other buyers and for identifying
alternative sources of supply. This web-
based service is secure, anonymous,
and provides a basic level of bench-
marking information at no charge.
“Much like an automobile sticker
price, metal catalog prices are subject
to a number of variables and are not
necessarily a good measure of fair
market price,” said Trevor Stansbury,
Supply Dynamics founder and presi-
dent. “Price Dynamics is based on the
premise that a community of actual buyers and not the sell-
ers is the best way to gauge actual market price.”
Software Update is edited by Senior Editor
Patrick Waurzyniak; [email protected].