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Posted by: Russ Willcutt 23. June 2016

Innovations in Tube Processing

Those attending Tube Innovation Week, presented by the BLM Group, watched live machine demos, discussed equipment specifications with company experts, and saw a wide variety of the parts it is capable of making.

Tube Innovation Week, presented by the BLM Group USA, revealed a variety of new tube-processing equipment to its customers, representatives and members of the trade press June 6-10 in Wixom, Michigan. More than 100 guests attended to learn about BLM’s latest technologies.

They included the LT8.10 fully automated 3D fiber laser tube cutting system for workpieces made of brass, copper and aluminum up to 9.5 inchs in diameter. The system can process round, square, rectangular, flat oval and D-shaped tubes, as well as open profiles such as C- and U-shaped channel bar. The 3D cutting head provides the necessary agility for producing these shapes, including tilt cutting of thick-walled steel. The LT8.10 is available in a number of load/unload configurations and includes features such as Active Marking for part marking and tracking and Active Scan, which detects material variations.

The LT8.10 fully automated 3D fiber laser tube cutting system can handle workpieces made of brass, copper and aluminum up to 9.5 inch in diameter. The system can process round, square, rectangular, flat oval and D-shaped tubes.

The 3D cutting head on the LT8.10 provides the ability to perform tilt cutting of thick-walled steel.

Also on display was the LT Free, a five-axis fiber laser machine for cutting 3D formed or shaped parts such as bent tubes and welded assemblies. The machine allows traditional cutting, drilling, punching and milling to be performed on one machine instead of sequentially. Other equipment on view included the LC5 laser machine, which is capable of switching from tube to flat sheet and features automatic loading and unloading, and the E-Turn all-electric tube bender. The E-Turn series can bend tubes that are round, square, rectangular, flat-sided, oval or elliptical, and it is available in four models: the E-Turn 32 (up to 1.18 inch in diameter); the E-Turn 35 (1.38 inch); the E-Turn 40 (1.63 inch); and the E-Turn 52, for tubes up to 2.0 inch in diameter.

During the event, BLM marked 15 years in the U.S. market and also announced that it will be moving into a new 75,000 square-foot facility—basically doubling its size—in 2017.   


Posted by: Stephanie Hendrixson 22. June 2016

Gosiger Adds 3D Printing Equipment, Services via Stratasys

Machine tool distributor and systems integration expert Gosiger recently announced a new agreement to supply and service Stratasys 3D printers. The move is a natural adv­­­ance for the company, whose customers are increasingly showing interest in additive manufacturing. However, the move is also strategic on the part of the 3D-printing equipment builder. Stratasys sees the future of its equipment not primarily among home or hobbyist users (though that might be a part of it) but instead in manufacturing facilities. The goal—for both Gosiger and Stratasys—is to help advance AM into applications out on the shop floor, and even into production.

As Josh Claman, chief business officer for Stratasys, put it: “The history of 3D printing is design and prototyping. The future is that, plus manufacturing.”

Claman addressed an audience at 3D4U, an event hosted at Gosiger’s Dayton, Ohio, headquarters shortly after the initial announcement was made. The June 14 open house and keynote presentation was a chance for Gosiger customers to learn about Stratasys technology as well as an opportunity for Stratasys to articulate its vision for additive manufacturing as a valuable tool for shopfloor applications as well as design and prototyping functions. Partnering with Gosiger provides necessary relationships and manufacturing expertise to help achieve that vision.

From Gosiger’s perspective, supplying 3D printing equipment is another way to serve its customers in addition to the machine tools, robotics, inspection equipment and complete turnkey systems it already provides. The company also sees great potential for using its own Stratasys machines to produce custom objects for its clients such as jigs and fixtures.

“As we expose our engineers to this technology, they are coming up with new ideas daily,” says John Haley, Gosiger CEO.

A number of sample components were on display during the 3D4U event, including some from Stratasys, but also many that were created by Gosiger employees following training on Stratasys 3D printers. These parts illustrate some of the services that Gosiger can provide with its new 3D printing capacity—and they may inspire customers to seek 3D printers of their own. A few examples of these applications are pictured below:

jigs and fixtures

Gosiger frequently supplies machined custom fixtures for workholding and inspection. A metal CMM fixture such as the one on the left (holding the 3D-printed model stator) might cost upwards of $600 and take a week at a machine shop. The 3D-printed fixture (on the right) cost only $82 and was produced within a day on a Stratasys 450mc. 

robotic end effectors

Robotic arms are another key component that Gosiger supplies, often as part of larger robot-tended cells. Custom grippers tailored to the customer’s application are commonly part of the package. Tools such as vacuum end effectors (like the one on the left) and jawed grippers (right) can be created and produced faster and more cost-effectively with a 3D printer than they can be machined. As an added benefit, they are also lighter than machined grippers. 

model parts

1.3D-printed models can help speed the setup of CMMs and other systems. This model of an injection-molded vacuum cleaner component as well as the fixture it is resting on were 3D printed so that a CMM could be programmed before the actual parts arrived, reducing the quality control setup time from about a month to just one day. 


Posted by: Russ Willcutt 21. June 2016

Launching a Laser Welding Lab

Emag celebrated the launch of its new Laser Welding Laboratory June 8 at its U.S. headquarters in Farmington Hills, Michigan, spotlighting the ELC 250 Duo compact laser welding system.

Emag hosted an open house along with the launch of its new Laser Welding Laboratory June 8 at its U.S. headquarters in Farmington Hills, Michigan. The event was an opportunity for the company’s customers, representatives and distributors to witness live equipment demonstrations along with technical presentations made by Emag executives and members of other industry groups.

The centerpiece of the new lab is the ELC 250 Duo compact laser welding system for machining gear components. This twin-spindle, two-station machine allows for loading and unloading the spindles during the cycle. Primarily targeting the automotive industry, the lab will provide services including weld-seam-design consultation, pre-turning and weld-prototype support, among others.

The ELC 250 Duo compact laser welding system is a twin-spindle, two-station machine for manufacturing gear components.

In addition to the ELC 250 Duo, live demonstrations were conducted on the VL 2 and VL 4 vertical modular turning machines, offering high production performance and featuring integrated automation and space-saving vertical lathes. Demos were also performed on the VT 2-4 and VT 4-4 machines for shaft production with high-speed loading and unloading processes.

Jeff Moore, regional sales manager at Emag, discusses the capabilities of the VL 2 vertical modular turning machines with an Open House attendee.re.

Peter Loetzner, CEO of Emag LLC, made opening remarks, followed by Andreas Mootz, managing director of Emag Automation, Jens Standfuss, with Fraunhofer, and Achim Feinauer, COO of the Emag Group.

Pat McGibbon—vice president of strategic analytics at AMT–The Association For Manufacturing Technology—spoke on “The Manufacturing Economy 2016 and Beyond.” He listed the primary challenges to the U.S. manufacturing technology market as taxes and slowdowns in the automotive and energy sectors. As for the path of trends in manufacturing technology, he cited Oxford Economics, which expects "a decline of 1.2 percentage points but a big finish to the year," ITR Economics, which sees a “rise in demand coming—be ready,” and Steven Kline, director of market intelligence at Gardner Business Media, who says “the downturn in manufacturing technology orders is average—both in duration and depth.”

 

Posted by: Derek Korn 20. June 2016

The Value of 3+2

Positioning in four or five axes can minimize the number of times a part is touched during production.

When you attend shows like IMTS (which runs September 12 to 17 this year), you typically see machine tool builders displaying five-axis equipment. Typically, the builders showcase their five-axis technology via simultaneous, choreographed movements of spindle (and/or rotary tables) and complex demo workpieces, such as turbine blisks, blades or impellers. These movements are not only impressive to watch, but are sometimes essential for a given application.

However, as you watch these demos at the show, call to mind some more prismatic, blocky parts you’re currently running across multiple machines. You might not have an application that requires full-five-axis contouring, but you might find value in 3+2, like the two shops mentioned in this article did.


Posted by: Matt Danford 17. June 2016

Virtual CNC Training Goes beyond Simulation

Raymond Mark, director of education for Machining Training Solutions, conducts an online high school honors CNC training course.

Teaching CNC technology doesn't have to require an actual CNC.

That’s the view of Machining Training Solutions (MTS), a Longwood, Florida, developer of a virtual training system designed to provide an alternative to traditional approaches for cash-strapped educational institutions and risk-averse manufacturers alike.

In addition to MTS’ own CNC simulation software, the instructor-led program instructs students in Solidworks CAD software and CAMWorks CAM software. Virtual training also doesn’t preclude the opportunity to see real metalworking equipment at work. Via a live video feed to a precision machine shop adjacent to the MTS training center, students can see various machines and tooling in action and even ask questions.

This brief article offers more details on the program. 


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