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This
tobacco processing machine maker moved from 2D to 3D design with Solid Edge (Siemens
PLM Software) and gained better fit-and-function analysis. KSEC partnered with Siemens PLM Software and purchased 200 seats
of Solid Edge software for use throughout its engineering departments. With Solid
Edge, KSEC is now able to show large 3D assembly models rather than 2D paper
drawings. "A 3D model communicates a complex assembly far more effectively
than drawings. Teams can now quickly visualize design intent, which lets them
more effectively evaluate new products at design reviews," said Fu Ya Li,
director of the KSEC information center. http://ow.ly/MiRJw
The
mining machinery maker moved from 2D to 3D CAD and, with Solid Edge (Siemens
PLM Software), reducing mine design time up to 12 months. Drawing/design man hours are saved by using 3D designs and
automating the generation of 2D drawings. Anglo Platinum recorded significant
savings in engineering, construction and interest costs. "Switching to 3D CAD
has helped us reduce the time required to design, fabricate and construct a
200,000-ton-per-month mine complex significantly," said Len Pretorius,
general manager for project services at Anglo Platinum.
Food
processing machinery maker upgrades from 2D to 3D design and cuts change orders
by 40 percent with Solid Edge (Siemens PLM Software). The move to 3D also
results in first prototypes being ready for field
testing and that other preliminary prototypes are no longer needed. With the competition
still presenting 2D drawings to customers, Diamond Systems' industry-leading
reputation has been ensured.
Bakery equipment manufacturer shrinks design time 50 percent
and assembly time 20 percent by moving from 2D CAD to 3D Solid Edge (Siemens
PLM Software). Sheet metal rework was almost completely eliminated. Because
delivery times were met and less overtime was needed, AMF reported a boost in
profits. "We saw going to 3D as a blessing,” said Marc Stringer, CAD
coordinator at AMF. “With Solid Edge, we can achieve the same level of quality
in less time.”
This radar and radio systems
manufacturer moved from 2D to 3D CAD and cuts design errors 75 percent with
Solid Edge (Siemens PLM Software). Fewer design errors translated into
saving money (9 million Japanese yen) saved across several projects. Manufacturing
time declined 30 percent and overall task time dropped 50 percent across
design, manufacturing and validation. “With the implementation of Solid Edge,
we began doing all design work in 3D, starting with basic design. One of
benefits of this is that it is now easier to communicate design concepts to others
in the company,” said Takaya Ogawa, Komukai operations
at Toshiba.
Office
imaging equipment maker effectively and rapidly moves from 2D to 3D product
design with Solid Edge (Siemens PLM Software). The move resulted in greater collaboration with manufacturing and service divisions as
well as improved refinement of prototypes. “The biggest reason for selecting
Solid Edge was that it was user friendly. It has greatly accelerated the shift
to 3D design and reduced product development time and costs," said Etsuro
Kuretani, R&D engineer, Ricoh Company Ltd.
Machine
tool manufacturer moves from 2D to 3D CAD, reducing design to manufacturing
time with Solid Edge (Siemens PLM Software). The move resulted in higher engineering productivity and customer satisfaction.
"Using Solid Edge to integrate the design process for our machines has
significantly improved our productivity," said Stanly Tsai, project
engineer at Victor Taichung.
Innovation
consultant attains faster, more accurate designs with Solid Edge (Siemens PLM
Software). Other results included better decision
making at the design stage, problems detected and corrected early, saving
development time and an increase in business opportunities. “We are able
to get more customers with these visualization tools as we can showcase more
options,” said Designer Anand Palsodkar.
The automotive OEM jig and
fixture department easily handles large assembly design with Solid Edge
(Siemens PLM Software). Hyundai developed libraries
and an automation program to enhance the productivity of jig design. The
company also can share design libraries with other automotive component
suppliers.
Space-borne instruments research and development
company dramatically improved project turnaround with Solid Edge (Siemens PLM
Software). Using synchronous technology
in Solid Edge, the company gained a 30-fold improvement
in fixing open surfaces from vendor files, with gaps now resolved in minutes
versus hours. Other results included faster responses to project requests and greater
customer satisfaction.
Design
and fabrication specialist reduces outsourced engineering services 50 percent
with Solid Edge (Siemens PLM Software). The use of Solid Edge and the Solid
Edge Simulation module also helped Modern Mechanical to increase engineering collaboration by 25 percent and reduce material costs
by 10 percent. “I view the purchase of Solid Edge just like any other
profit-generating piece of equipment. I have seen a great return on my initial
investment in engineering time saved as well as an increased level of
confidence that we can provide to our customers,” said John Trombly, general
manager.
Electrical equipment maker boosts
design efficiency 70 percent with Solid Edge (Siemens PLM Software). Moving
from its old 2D CAD system to 3D was made easier with Solid Edge’s synchronous
technology.“Our designers can
quickly and easily create designs and just as importantly, rapidly modify their
work and all in real time,” said Li Yongfeng,
assistant director of research and development. The company’s engineers
were productive within one week of training and have been able to re-use its
old data. All this has led to enhanced innovation capability and improved
products.
Oil
and gas, marine machinery manufacturer reduces design errors 80 percent with
Solid Edge (Siemens PLM Software). The piping and heat exchanger services company moved
from outdates 2D design to 3D to reduce errors
before manufacturing and leverage visualization to showcase its designs. The results
included significantly improved project
management, improved product quality and value, as well as increased
profitability.
Metal processing engineering
expert attains 30 percent efficiency gain in mold design with Solid Edge
(Siemens PLM Software). The move from 2D to 3D design at Toyo was made simple
with Solid Edge. “Synchronous technology is one of the key
enablers for a quick start up,” said Takashi
Nakayama, engineer, in the technology department development group. “Synchronous technology greatly contributes to a
remarkably fast learning curve on the part of CAD users with literally no 3D
design experience.”
Using Solid
Edge, DeLaval creates smart products for smart dairy farmers. Results includedsubstantially improved engineering
productivity and faster design changes. 3D CAD data is used across offices, significantly
reducing process complexity and operations costs. DeLaval now has the ability to focus on designing instead of operating the CAD software
and has attained compliance with all facets of rigorous ISO certifications.
The company cut development time from 3 to 2
months with Solid Edge. It also reduced errors and subcontracting costs,
improved collaboration among vehicle development staff and significantly
reduced repair workload after vehicle delivery. Isono Body now uses CAD with CAM
for smooth collaboration between engineering and manufacturing, employs 3D data
as a company-wide communication tool and has expanded its use of CAE in
conjunction with 3D CAD.
Ally PLM is offering up a Solid Edge Lunch Bytes: What's New in ST6 Part 1 webinar, a 30-minute web session dedicated to making you a better Solid Edge User, along with providing you a FREE Subway lunch!
A few new attributes like a New Relfective Display mode and Dimension auto-arrange will be unveiled. Surfacing looks to be a focus for ST6, with new tools such as the Reflective Plane and Ruled Surface.
Check out the video on both:
As you can see from the Ken Grundey's video above, he says the Reflective Plane doesn't need an overhead geometric mirror to showcase the second half of the part previous to completion. Usually you would model one half of the symmetric molded part and mirror the body of the other half when completed. ST6 uses zebra shading tools for analyzing and inspecting the surface quality. Ruled Surface uses existing geometry to to provide multiple options in order to create the surface.
Ken's video below shows the drafting process and how to make prints presentable and simpler to create. According to Ken, Arrange Dimensions allow the user to automatically arrange dimensions to the standard defined by your template. When using the Retrieve Dimension command to pull 3D model dimensions into 2D drawing and when updating a 3D model with an existing dimension drawing, dimensions don't always come in or update in a neat fashion.
Solid Edge ST6 will be upon us soon. It will provide you with an elaborate amount of new tools and enhanced productivity. "One of the biggest time savers in Solid Edge ST6 might be the ability to auto-arrange 2D detailing dimensions that were retrieved from the 3D model." - Solid Edge ST6 BETA testing customer David Iverson, Drafting Checker at Ariel Corporation.
The Siemens PLM Global Image Program is providing complementary 2013 calendars filled with cutting edge images and the best of product design from companies all over the world using Siemens PLM Software. It's the perfect desk accessory to keep track of 2013 for any CAD enthusiast, engineer, designer, drafter, programmer, or machinist using Siemens PLM Software. The free 2013 Siemens PLM Calendar is currently only available in the Americas.
Education Announcement: Science, Technology, Engineering, and Math
Siemens PLM is continuing their generous investments in STEM
(science, technology, engineering, and math) education. Today Siemens PLM
Software announced a free worldwide Solid Edge High School edition for 3D
Computer-Aided-Design (CAD). This gives
educators the opportunity to expose their students to the engineering and
product design tools used all over the world.Exposing students to this experience will hopefully encourage and help
in understanding of STEM careers. This
investment and cooperation from educators in the long run can help the current shortage of qualified job candidates in
engineering and closely-related fields. A free 12 month academic site license for
Solid Edge can be obtained atwww.siemens.com/plm/solid-edge-highschool.
Following
the success of the Solid
Edge Student Edition, the High School Edition now gives teachers access to
use Solid Edge in the classroom and extra-curricular projects. Schools will
have access to the Solid Edge modules of drafting, sheet metal, surfacing, and
advanced assemblies. The free 12 month license can be renewed annually.
This
tobacco processing machine maker moved from 2D to 3D design with Solid Edge (Siemens
PLM Software) and gained better fit-and-function analysis. KSEC partnered with Siemens PLM Software and purchased 200 seats
of Solid Edge software for use throughout its engineering departments. With Solid
Edge, KSEC is now able to show large 3D assembly models rather than 2D paper
drawings. "A 3D model communicates a complex assembly far more effectively
than drawings. Teams can now quickly visualize design intent, which lets them
more effectively evaluate new products at design reviews," said Fu Ya Li,
director of the KSEC information center. http://ow.ly/MiRJw
