Ogle Chooses ZW3D for Easy-to-use 3D CAD Modeling
ZW3D today announced that after a rigorous selection process it has been selected by Ogle Models and Prototypes Ltd for its easy-to-use features for modeling and CNC machining.
Based and manufacturing wholly in the UK, Ogle specializes in making some of the best models and prototypes available today. Equipped with unrivalled expertise and cutting-edge manufacturing technologies, including industrial 3D printing for prototyping and additive manufacturing together with CNC machining and traditional bench model making skills, Ogle has been delivering an exemplary service and has won the trust of various customers including Bentley, Jaguar Land Rover, Nissan, Rolls-Royce, GSK, QinetiQ, Fosters and Virgin.
The Need
As one of the most accomplished companies in its sector, Ogle which is celebrating it's 60th anniversary in 2014, has a long-standing and envied reputation for making high-quality models and prototypes. To optimize their modeling strategy and cut the cost of manufacture, they were trying to find an easy-to-use CAD/CAM package with timely technical support for use by their internal model makers instead of relying completely on external CAD designers.
The Solution
Ogle has selected ZW3D mainly because of its flexible and powerful 3D CAD modeling which can be mastered by any mechanical designers or 3D industrial designers at ease. With clear workflow, friendly user interface and embedded tutorial of “Show-n-Tell”, model makers in Ogle can get skilled at ZW3D quickly to handle large and complex designs like aircraft interiors and seating projects, divorcing themselves from external R&D services to reduce cost and boost productivity.
Plus, speedy support and service provided by ZW3D ensures Ogle's CAD/CAM problems answered within 24 hours, assisting them to build a well-developed and highly-professional model making team.
"When choosing the 3D design software, whether it is easy-to-use and efficient or not is a priority. But ZW3D offers more than that." said Dave Bennion, the Sales and Marketing Director of Ogle. "We are very glad to receiving answers to technical questions from ZW3D within 24 hours."
The Service
The ZW3D technical team provides technical support to directly help Ogle stay up-to-date with the latest technology. Optimized for ease of use, model makers can quickly master ZW3D, helping them to ensure maximized design and machining efficiency during actual work.
The Need
As one of the most accomplished companies in its sector, Ogle which is celebrating it's 60th anniversary in 2014, has a long-standing and envied reputation for making high-quality models and prototypes. To optimize their modeling strategy and cut the cost of manufacture, they were trying to find an easy-to-use CAD/CAM package with timely technical support for use by their internal model makers instead of relying completely on external CAD designers.
The Solution
Ogle has selected ZW3D mainly because of its flexible and powerful 3D CAD modeling which can be mastered by any mechanical designers or 3D industrial designers at ease. With clear workflow, friendly user interface and embedded tutorial of “Show-n-Tell”, model makers in Ogle can get skilled at ZW3D quickly to handle large and complex designs like aircraft interiors and seating projects, divorcing themselves from external R&D services to reduce cost and boost productivity.
Plus, speedy support and service provided by ZW3D ensures Ogle's CAD/CAM problems answered within 24 hours, assisting them to build a well-developed and highly-professional model making team.
"When choosing the 3D design software, whether it is easy-to-use and efficient or not is a priority. But ZW3D offers more than that." said Dave Bennion, the Sales and Marketing Director of Ogle. "We are very glad to receiving answers to technical questions from ZW3D within 24 hours."
The Service
The ZW3D technical team provides technical support to directly help Ogle stay up-to-date with the latest technology. Optimized for ease of use, model makers can quickly master ZW3D, helping them to ensure maximized design and machining efficiency during actual work.
