December 5, 2006 – Maxson Introduces New Sheeter

Specifically Designed for a Digital Printing Press Sheeter Maxson Automatic Machinery Company introduces to the market a sheeter specifically designed for the digital sheet fed printing presses. The sheeter, which can accept up to 65″ (1651 mm) wide webs, can convert and stack up to 40″ (1016 mm) long sheets. The sheeter configuration is in […]

January 6, 2007 – Maxson Debuts New Web Site

Our new site has launched. We hope our improved design results in a better online experience for our current clients and ones we have yet to meet. Part of our redesign strategy was to provide our visitors with a highly intuitive method for finding the information they want. Our product section offers three different ways […]

February 12, 2007 – Maxson Announces Financing Partnership

MAXSON Announces Financing Partnership Maxson Automatic Machinery Company (Westerly RI USA) an industry innovator and manufacturer of rotary cutting and sheet handling equipment for the converting and printing industry today announced a financing partnership with National City Manufacturing Finance, a division of National City Commercial Capital (NC4). National City and Maxson Automatic will provide custom […]

March 06, 2007 – MAXSON Meets the Demands of Coated Film Plastics

MAXSON Sheeter Meets the Demands of Coated Film Plastics Manufacturers of coated film plastic can now sheet the product at higher speeds than conventional drop shear equipment, while insuring the square, accurate dimensions required by the Printing Industry using a sheeter designed by MAXSON AUTOMATIC MACHINERY COMPANY (Westerly, RI USA). A continuous operating system is […]

April 4, 2007 – MAXSON Debuts sheeter at CMM

MAXSON Sheeter Debuts at CMM International Show MAXSON AUTOMATIC MACHINERY COMPANY (Westerly, RI USA), will debut the MDH Sheeter with a Dual Position Roll Stand at the CMM International 2007 from 04 – 07 June 2007 at the Donald Stephens Convention Center in Rosemont IL. The dual knife rotary sheeter can be seen in operation […]

May 7, 2007 – Design Permits Knife Tuning While Running

Exclusive Design Permits Cutter Knife Tuning While Running An innovative approach integrated within its dual knife rotary cutter by MAXSON AUTOMATIC MACHINERY COMPANY (Westerly RI) allows an Operator to make adjustments to the cross cutting knives while the sheeter is operating. This feature provides the benefit of cleaning the cut edges of the sheet without […]

June 13, 2007 – Sheeter for Low Volume Users

MAXSON Introduces Sheeter for Low Volume Users Maxson Automatic Machinery Company, (Westerly, RI), offers a sheeter specifically designed for low volume printers and converters who require a cost effective alternative to purchasing sheeted stock. The MSE Sheeter is designed for operations that need as few as 2000 sheets per order. Outfitted with an AC drive […]

July 9, 2007 – MAXSON Offers Heavy Duty Roll Stand

MAXSON Offers a Heavy Duty Shaftless Roll Stand To Reduce Down Time MAXSON offers a Pivot Arm Roll Stand that is able to handle rolls from 18″ – 84″ (457 – 2134 mm) in diameter and up to 10,000 pounds (4545 kg) in weight at speeds of up to 3000 fpm (914 mpm). Hydraulically powered, […]

August 6, 2007 – Cut to Register/Mark Sheeter Available

Off line Cut to Registration, Cut to Mark Sheeter Available Converters and commercial printers sheeting to a registration mark on a variety of preprinted materials including holographic stock can ensure accuracy with the Cut to Register Sheeter at speeds up to 1000 fpm (308 mpm) from MAXSON AUTOMATIC MACHINERY COMPANY (Westerly, RI USA). The sheeter […]

September 5, 2007 – Drive Retrofit Keeps Older Sheeters Competitive

09.5.07

Dual Motor Drive Retrofit Allows Older Sheeters to Remain Competitive The dual motor drive retrofit from Maxson Automatic Machinery Company (Westerly, RI, USA) allows a converter’s older sheeters to remain competitive with today’s precision sheeters. This retrofit replaces a sheeter’s existing wear-prone mechanical transmission or older drive with a more reliable electrical system. This drive […]