We are so excited about being featured in a premier manufacturing publication! This article focuses on the multitude of ways that EAC helps companies take advantage of manufacturing and engineering data and turn it into growth for the company. We cover all things Digital Thread – from data management and Additive Manufacturing to Augmented Reality and AI in manufacturing.
Maximizing Manufacturing Efficiency with Creo 11
Have you ever experienced the frustration of lengthy and inefficient manufacturing processes that bog down productivity and hinder your business’s ability to grow? If so, you’re not alone. Manufacturing businesses across the world are constantly seeking ways to streamline their processes, reduce costs, and boost productivity.
Enter Creo 11 – the innovative technology that’s set to revolutionize the industry. In this blog, we’ll delve into how the new enhancements offered by Creo 11 can empower your business and employees to take advantage of the limitless possibilities of additive and subtractive manufacturing and create more efficient and effective manufacturing processes.
Additive Manufacturing: Complexity and Flexibility
Connection Lattices: Redefining Design Possibilities
Creo 11 introduces a groundbreaking new lattice command that allows the connection of separate lattices. This enhancement opens the doors to creating complex lattice structures with unprecedented flexibility. The straightforward workflow empowers engineers to effortlessly design continuous lattice structures within the familiar Lattice UX environment.
Beam Lattices and Stochastic Lattice: Unleashing Creativity
Adding randomization value and the ability to define pore size equips businesses with the tools to adjust simplified lattices using the Warp feature. This innovative feature expands the horizons for creating stochastic lattices, rendering them more flexible for various applications, particularly in the realm of medical implants.
Empowering Complex Designs with Export Options
Creo 11 offers 3MF/STL export options for parts created in additive manufacturing mode, significantly enhancing the preparatory phase for 3D printing. This feature not only improves the export workflow but also brings a wealth of possibilities for blending formula-based lattices with the shell and adding penetration options, ultimately maximizing design potential.
Subtractive Manufacturing: Precision and Efficiency
High–Speed Machining: Catering to Diverse Applications
With a primary focus on automated roughing and finishing sequences, Creo 11 introduces new 4-axis Rotary roughing and finishing toolpaths for high-speed machining. The support for End Mill, Ball Mill, and Bull Nose Mill ensures applicability in various industries, including automotive and oil field sectors.
Response to Customer Demand: Tailored Solutions
The addition of trajectory milling with enhanced entry/exit movements and trims reflects Creo 11’s commitment to providing solutions tailored to the direct requests of customers. This optimization ensures smoother operations and elevates productivity, addressing the complexities of modern machining requirements.
HSM 4-axis Rotary Machining: Precision Engineering
In response to specific customer needs, Creo 11’s introduction of HSM 4-axis rotary machining, tailored for automotive and oil field applications, reflects a commitment to precision machining. Its flexibility in defining machining areas and supported tools opens the doors to diverse manufacturing possibilities, catering to varying geometrical complexities.
Trajectory Milling & Retract Trimming
The latest enhancement brings a new level of precision and flexibility with options to create lead in/out arcs along the tool-axis and support for 5-axis toolpaths. Retract trimming options for various types of milling such as volume, profile, drill sequences, face milling, and trajectory milling streamlines retract movements with precision and efficiency.
Engraving & Deburring Functionality Expansion
Curve selection enhancement and box selection support for deburring provide more control over which edges to consider for deburring operations. A new “OPTIMIZE_LINKS” parameter makes engraving processes more efficient, considering the shortest distance for connecting all curve segments in the specified order.
Show and Hide Manufacturing Geometry
Now, users can show and hide manufacturing-related geometry directly from the in-graphics toolbar, offering a more fluid and customizable approach to additive manufacturing processes. Separate CUTCOM strategies defined at the work center allow users to define different CUTCOM strategies for milling and turning for greater flexibility and control.
Process Documentation Enhancements
Improvements that add clarity to the automatic shop floor report in Creo have been introduced. Customizable images related to operations in the summary section now include the Program Zero coordinate systems, based on the current view displayed, and stored in a designated folder for later use.
Empowering the Future of Manufacturing
Creo 11’s enhancements in both additive and subtractive manufacturing not only streamline core manufacturing processes but also open up a world of possibilities for engineers, engineering managers, and shop floor workers. The precision, flexibility, and enhanced capabilities brought about by these innovations are set to transform the manufacturing landscape, driving businesses toward unprecedented efficiency and creativity.
The impact of Creo 11’s enhancements on the world of manufacturing is undeniable. With its active voice and focused approach, Creo 11 has reshaped the way businesses approach manufacturing, setting a new standard for efficiency, precision, and innovation in the industry. Want to see these new functionalities in action? Schedule a demo today!
