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John Forlow Phones & Addresses

  • 1060 Oxford Rd, Deerfield, IL 60015 (847) 405-0240 (847) 405-0241 (847) 405-0650
  • Holland, MI
  • Chicago, IL
  • Junction, UT
  • Rockford, IL
  • 1060 Oxford Rd, Deerfield, IL 60015 (217) 934-4142

Work

Company: Deerfield ayso Position: Rc

Education

Degree: Associate degree or higher

Emails

Industries

Sports

Resumes

Resumes

John Forlow Photo 1

Rc At Deerfield Ayso

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Position:
RC at Deerfield Ayso
Location:
Greater Chicago Area
Industry:
Sports
Work:
Deerfield Ayso
RC

Business Records

Name / Title
Company / Classification
Phones & Addresses
Mr. John Forlow
Vice President
Roper Whitney of Rockford, Inc.
Roper Whitney Co.
Sheet Metal Work
2833 Huffman Blvd, Rockford, IL 61103
(815) 962-3011, (815) 962-2227
John K. Forlow
President, Vice President, Director
Roper Whitney
Machinery · Mfg Machine Tool-Forming Mfg Powerdriven Handtool Mfg Dies/Tools/Jigs/Fixt Mfg Hand/Edge Tools Mfg Cutlery · Machine Tools, Metal Forming Type · Metal Forming Machine Tool Mfg · Metal Forming Machinery (Manuf · Machine Tools, Metal Cutting Type
2833 Huffman Blvd, Rockford, IL 61103
5382 Guilford Rd, Rockford, IL 61107
(815) 962-3011, (815) 962-2227

Publications

Us Patents

Bending Brake Machine

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US Patent:
20030033845, Feb 20, 2003
Filed:
May 24, 2002
Appl. No.:
10/155894
Inventors:
John Forlow - Rockford IL, US
International Classification:
B21D041/02
US Classification:
072/316000
Abstract:
A bending machine includes a base frame and arms hingedly coupled to the base frame. The arms include a jaw for clamping a workpiece to be bent. The bending machine also includes a shaft including eccentric shaft portions. The eccentric shaft portions couple the arms to the base frames and have a first eccentric axis and a second eccentric axis. The first and second eccentric longitudinal axes are spaced apart such that the arms rotate and translate as the eccentric shaft portions are rotated about the first eccentric axis. The shaft also includes at least one connecting shaft portion that interconnects the eccentric shaft portions.

Press With Movable Workpiece Support Carrier

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US Patent:
48798940, Nov 14, 1989
Filed:
Jun 6, 1988
Appl. No.:
7/202934
Inventors:
Roger J. Benedict - Rockford IL
John K. Forlow - Rockford IL
Assignee:
Roper Whitney Company - Rockford IL
International Classification:
B21J 1308
B21J 1316
B21D 2826
US Classification:
72405
Abstract:
A press having a work positioning carriage for moving a workpiece horizontally along relatively transverse X and Y axes to position different areas of a workpiece at a work station. Lower forming tools are fixed at the work station and a lower stripper is mounted for vertical movement relative to the lower forming tools. Upper press tools are mounted on the press ram and operative when the ram is moved downwardly to force the workpiece downwardly over the lower forming tools and depress the lower stripper. The lower stripper is yieldably biased upwardly to raise the workpiece off the lower press tools when the upper press tools are raised. A work carrier is mounted for horizontal movement by the work positioning carriage and the work carrier has a workpiece support that is vertically movable relative to the work carrier. A master hydraulic actuator is operated during movement of the ram and is hydraulically connected to a slave fluid actuator mounted on the work carrier and connected to the workpiece support to raise and lower the workpiece support relative to the carrier in timed relation with movement of the ram.

High Speed Spindle And Draw Bar Assembly

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US Patent:
41482468, Apr 10, 1979
Filed:
May 11, 1978
Appl. No.:
5/904825
Inventors:
Charles R. Johnson - Howell MI
John K. Forlow - Rockford IL
Paul G. Black - Whitmore Lake MI
William A. Mitchell - Springfield VT
John S. Clark - Springfield VT
Assignee:
Ex-Cell-O Corporation - Troy MI
International Classification:
B23C 526
US Classification:
90 11D
Abstract:
A machine tool high speed spindle assembly and draw bar assembly, wherein the spindle assembly includes a hollow, rotary spindle shaft, and the draw bar assembly is nonrotational relative to the spindle shaft. The draw bar assembly is axially movable within the hollow rotary spindle shaft, and it includes a tool holder gripping means. The draw bar assembly rotates with the hollow rotary spindle shaft during a machining operation. The draw bar assembly with its tool holder gripping means is moved by an actuator means between an operative position for retaining a tool holder or the like in the spindle shaft, and an inoperative position to permit a tool holder or the like to be removed from or inserted into the spindle shaft. A spindle shaft holding or gripping means retains the hollow rotary spindle shaft in a stationary position when the draw bar actuator means moves the draw bar assembly between said operative and inoperative positions. The spindle shaft holding means comprises a collet means having relatively movable collet members and collet clamp ring members.
John A Forlow from Deerfield, IL, age ~62 Get Report