Latest Electromechanical Platen-Type Press from Promess Comes with Joined-Axis Software
Press Release Summary:
Promess presents 80 kN Electromechanical Platen-Type Press model with a 1.2 x 0.91 m platen and 300 mm stroke. The unit is equipped with a four 20 kN Electro-Mechanical Assembly Presses and a UltraPRO controller with Joined-Axis software. The joined-axis software allows user to program the multiple EMAPs and helps in monitoring both force and position with real-time adjustments. It is suitable for battery manufacturing, aerospace component production applications.
Original Press Release:
Promess Introduces Electromechanical Platen-Type Press for High-Precision Assembly and Material Preparation Applications
Brighton, MI – August 29, 2018 – Promess Inc. will introduce a new servo-controlled electromechanical platen-type press in Booth 236623 at IMTS 2018 in Chicago, September 10-15. The Promess Platen Press is designed for assembly and material preparation applications in battery manufacturing, aerospace component production and similar areas requiring precise application of high force over a large area.
The platen press uses multiple Promess Electro-Mechanical Assembly Presses (EMAPs) to move the platen and supply the specified force. They are controlled by a multi-axis Promess UltraPRO controller running proprietary software that enables “joined-axis” control of the EMAPs.
The platen press being exhibited at IMTS is an 80 kN (18,000 lbs-force) model with a 1.2 x 0.91 m (3’ x 4’) platen and 330mm (13in) stroke. It uses four Promess 20 kN (4,500 lbs-force) EMAPs and an UltraPRO controller running Promess Joined-Axis software. Other standard Platen Press configurations are available with up to 2,000 kN (400,000 lbs-force) with platen sizes varying depending on the specific application needs.
Joined-axis control means the controller monitors both the force and position of each EMAP and makes adjustments in real-time to provide uniform downward motion and pressure during the entire press cycle.
The Promess Joined-Axis Software allows the user to program the multiple EMAPs as a virtual single device eliminating the need to write individual control programs and an integrating algorithm. This greatly simplifies application programming for the platen press.
“The platen press is a natural result of our experience with systems to press Lithium Ion battery electrolytes,” explained Promess president Glenn Nausley. “Achieving high energy density requires the powdered materials to be pressed to very tight tolerances for both density and dimension. We met the challenge for small batteries, like those used in pacemakers and other devices, with systems based on a single EMAP.
“But, larger batteries, like those used in electric vehicles, need something with greater output than a single EMAP even using the largest available models,” Nausley continued. “The Platen Press using multiple EMAPs is the logical solution.
“To make that work we needed a very capable control and some specialized software. Fortunately, both the UltraPRO and the joined axis software were ready when we needed them.
“There are many other applications in other industries that could benefit from a precision press with a large working area,” Nausley said, “and the platen press is an ideal solution for them. We are actively pursuing opportunities in aerospace, automotive, packaging and a number of other areas.”
Promess is a 34-year-old firm that develops, manufactures, and markets its family of sensing devices, electronics, assembly presses and test systems on a global basis.
For more information, contact:
Elizabeth Johnson, Marketing Manager
elizabeth.johnson@promessinc.com
Promess, Inc.
11429 Grand River, P.O. Box 748
Brighton, Michigan 48116
