CNC Machining
Mastering the Art of Machining Superalloys
Superalloys and their unique material properties are currently reshaping the future of manufacturing and engineering design for many industries. As the global demand for superalloys
Superalloys and their unique material properties are currently reshaping the future of manufacturing and engineering design for many industries. As the global demand for superalloys
CNC machining has become virtually indispensable in the aerospace, power generation, and defense sectors. These industries often work with challenging materials ranging from hard metals
Discover the advantages of CNC Turning, a crucial process in precision manufacturing. This comprehensive guide explores the process, capabilities, and advantages for industries like aerospace, defense, space and power generation.
Explore how to select a precision machine shop for large-scale CNC projects. Understand industry challenges and gain insights on unique capabilities, specialized equipment, and the value of high precision.
It is particularly gratifying to be celebrating this anniversary as the future of aerospace, automotive, defense, and beyond looks so bright. Innovation continues to expand,
With any machining or 3D printing operation, there is usually a quality assurance (QA) team working in unison to assure that components are within tolerance,
Although fiberglass is not as commonly used as it once was in the automotive and aerospace industries, we remain an industry leader in both fiberglass
Discover the Benefits of Large-Scale 3D Metal Printing with Baker Industries As the manufacturing industry evolves, metal additive manufacturing has emerged as a game-changer. Baker
Baker Industries, a Lincoln Electric Company, is primarily focused on small-batch machining and 3D printing for the aerospace, automotive, space, and defense industries. Thanks to
When utilizing CNC machining in an industry or on a project where the complexity is high, tolerancing is tight, and repeatability is a consistent need,
CNC, or Computer Numerical Control, is a computerized system of code that performs various manufacturing operations, usually for the metalworking industry. This type of code
Baker Industries has a 55,000-square-foot facility dedicated to our fabrication operations. This plant has a bay height of 28’ and a max hook height of
By 3D printing the mill fixture using ABS thermoplastic material instead of machining it from aluminum, Baker was able to reduce the tool’s weight by
Additive manufacturing has removed design barriers to enable the creation of geometries that were previously not possible and/or affordable through traditional manufacturing. This has unlocked
Not only did this ULTEM® alternative provide significant weight reduction, but it also enabled substantial time savings in production as well. The inserts were printed
The weight of the traditionally manufactured carbon fiber bar with aluminum ends would have required a mechanical lift provision such as hoist rings. By 3D
The newly designed hybrid tool stood up to the tight aerospace tolerances and as an added benefit reduced overall cost and timing.
FDM creates parts layer-by-layer with engineering-grade thermoplastics and is often used to build complex geometries and functional components, including prototypes, low-volume production pieces, manufacturing aids,
We are now proud to transform yet again, this time as Baker Industries. The Baker Industries name is meant to inform our aerospace and automotive
Cut Down the Pounds The Baker 3D Solutions test check fixture achieved a weight saving of almost 90% with ABS M-30 compared to 6061 Aluminum.
