Damper Blade Cutoff Die for OEM RF Mfg.

HillEngineering of Carol Stream, IL, a member of the Formtek Group, has recently helped a OEM Roll Forming and Coil Processing company to provide a new flying slug type cutoff die for a damper blade style product with tight round curl at one end of the part. Hill Engineering used their 60+ year experience in designing a die cutting inserts, using the most advanced tool steels that would fit in the narrow areas of the curl. That gave the area the most support possible to allow the cutoff blade to impact the curl, get a good cut without breaking the insert.

Hill Engineering pre designed and built the updated HX series rail assembly, press frame, and provided a new operators console to include adding the existing mill controls into one cabinet. The Hill Engineering team worked with the customer to time the shipment of  the components to work within the customer time frame to minimize their overall inconvenience

For more information, please contact info@hillengr.com, or direct at (630) 834-4430.  Or visit us on the web at www.hillengr.com

The Formtek is a group of long-established companies, each with a well-known name and a history of providing innovative, reliable equipment to the metal forming and metal processing industries. As a single source provider, Formtek continues to supply its customers with the highest quality equipment, parts and service available in the industries it serves.

Visit the Formtek website (www.formtekgroup.com) for additional information on products, services and employment opportunities available.

Dahlstrom Supplies Roll Former for Fenestration

Dahlstrom recently supplied a fenestration customer a precision, high speed 360-OF model roll forming machine for the production of laser welded air spacer, used in energy efficient, insulated glass windows and doors.  Dahlstrom has provided four of these systems in the last two years, as the use of air spacer for energy efficient doors and windows increases, particularly for the home remodeling sector.  The customer’s selected this machine based on its compact design, precision tolerance and quick changeover.

Dahlstrom’s roll forming machines and flexible fabrication systems are designed and built for a range of  light gauge, custom and high production, industrial applications.  For more information, contact dahlstrom@formtekgroup.com, call (216) 292-4460 or visit www.dahlstromusa.com. 

Tishken Edger

Tishken recently supplied MD Metals, Bedford Park, IL with a STR-40 Tishken Edging System.   The system can process strip up to 4” wide and up to ¼” thick., featuring two banks of edging rolls as well as a combination edging/de-cambering section that and can produce a variety of edge types.  The line is capable of producing de-cambered and leveled cut-to-length strips as thin as 1/16” and as narrow as ½” wide.

Tishken Edging Systems for ferrous and non-ferrous materials are available with Recoiling and CTL models at widths of up to 12” and thicknesses up to ½”, and can also be retrofitted into existing coil processing lines.  For more information, contact tishken@formtekgroup.com or call (216) 292-4460.

Yoder MS-3 Roll Forming Machine

Yoder recently supplied Jame Roll Formed Products with a new MS-3 Roll Forming Machine. The twenty (20) station, 3” shaft roll forming machine incorporates the latest version of the M-style roll forming stands, which includes Yoder’s new eccentric toggle disconnect.  With the ability to form profiles up to 6.5” deep on the MS-3 model, the disconnect mechanism allows the top drive gear to be taken out of the fixed gear ratio, on specific stations, to accommodate tooling designs that do not match the machinery gear ratio. This will enable Jame Roll Formed Products to run their existing 3” bore tooling on this new machine without modification.

Yoder’s M-Series roll forming machines are rugged, scalable solutions to meet a range of custom and high production, industrial applications.  For more information, contact yoder@formtekgroup.com, call (216) 292-4460 or visit www.yodermfg.com.