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Sebastian K Ebenhoch

from Sussex, WI
Age ~75
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Also known as:
Sebastia Ebenhoch, Benoch E Sebastian, Sebastian H
Phone and address:
W234N6601 Laurel Ct, Lisbon, WI 53089
(262) 246-4094
Related to:
Jason Lemke, 46Matthew Cummings, 42James K Eurell, 38Kenneth J Eurell, 64
Connected to:
Kurt R Ebenhoe, 52Curt M Ebenhoh, 51John A Ebenroth, 55Nathan L Ebenroth, 50Kristin R Ebens, 59Jason M Ebensberger, 44Robert A Ebenschweller, 86Barbara D Ebenstein, 62David Ebensteiner, 71Jessica Ebenstein, 48

Sebastian Ebenhoch Phones & Addresses

  • W234N6601 Laurel Ct, Sussex, WI 53089 (262) 246-4094
  • 34N6601 Laurel Ct, Sussex, WI 53089
  • Menomonee Falls, WI

Resumes

Resumes

Sebastian Ebenhoch Photo 1

Manager Rcc Americas, Walter Usa

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Location:
Sussex, WI
Industry:
Mechanical Or Industrial Engineering
Work:
Walter Ag (Walter Tools)
Manager Rcc Americas, Walter Usa
Skills:
Engineering
Manufacturing Engineering
Manufacturing
Machine Tools
Machining
Design Engineering
Continuous Improvement
Product Development
Mechanical Engineering
Cnc
Lean Manufacturing
Cad
Machine Design
Engineering Management
Project Engineering
Solidworks
Process Engineering
Key Account Management
Automation
Six Sigma
Languages:
German
Sebastian Ebenhoch Photo 2

Engineering Manager At Walter

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Position:
Engineering Manager at Walter
Location:
Greater Milwaukee Area
Industry:
Design
Work:
Walter
Engineering Manager

Publications

Us Patents

Trepanning Tool

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US Patent:
45002347, Feb 19, 1985
Filed:
Nov 12, 1982
Appl. No.:
6/441287
Inventors:
Eugene C. Orth - Delafield WI
Sebastian Ebenhoch - Menomonee Falls WI
Assignee:
Waukesha Cutting Tools, Inc. - Waukesha WI
International Classification:
B23B 5104
US Classification:
408206
Abstract:
A trepanning cutting tool for producing a through hole in a metal workpiece by cutting an annular groove about a removable core utilizes four (4) carbide cutting inserts. The cutting inserts are so arranged that they sever the radial span of the annular groove into six (6) relatively small segments which can be readily evacuated from the cutting region in the form of chips.

Automatic Coolant Inducer Arrangement

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US Patent:
46487590, Mar 10, 1987
Filed:
Aug 28, 1985
Appl. No.:
6/770387
Inventors:
Sebastian Ebenhoch - Waukesha WI
Assignee:
Waukesha Cutting Tools, Inc. - Waukesha WI
International Classification:
B23B 2710
B23B 5106
US Classification:
408 59
Abstract:
A coolant inducer pipe has one end thereof communicating with a source of coolant and is fixedly supported to place the opposite open end thereof adjacent to and beneath a machine tool spindle. The coolant inducer pipe is engageable with a coolant inducer ring on a metal cutting tool simultaneously with engagement of the cutting tool shank within the machine tool spindle.

Cutting Device With Removable Nosepiece

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US Patent:
55427928, Aug 6, 1996
Filed:
Dec 21, 1993
Appl. No.:
8/171646
Inventors:
Douglas A. Krueger - Wauwatosa WI
Sebastian Ebenhoch - Sussex WI
Assignee:
Waukesha Cutting Tools, Inc. - Waukesha WI
International Classification:
B23C 522
US Classification:
407 35
Abstract:
A cutting apparatus for use with a machine tool is disclosed. The cutting apparatus includes a removable nosepiece assembly having a retainer and a nosepiece that fits over the retainer. The nosepiece includes a pair of bores configured to receive lock pins which cooperate with the retainer to securely hold the nosepiece with respect to the cutter body. This allows cutter inserts to be located both along the circumference of the nosepiece and across the frontal face of the nosepiece.

Indexable Insert Drill

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US Patent:
45631131, Jan 7, 1986
Filed:
Apr 14, 1983
Appl. No.:
6/485003
Inventors:
Sebastian Ebenhoch - Menomonee Falls WI
Assignee:
Waukesha Cutting Tools, Inc. - Waukesha WI
International Classification:
B23B 5100
US Classification:
408223
Abstract:
An indexable insert drill is disclosed that avoids formation of a breakout slug and therefore is particularly suited for drilling a laminate workpiece or stacked workpieces. The tool includes a cylindrical body provided with opposed flutes. A radially inner indexable carbide insert is releasably secured in the back wall of one flute at the leading end of the body and a radially outer insert is similarly secured in the back wall of the opposed flute. The inserts present an active cutting edge generally disposed in a transverse plane containing the axis of the tool and in axially leading relation relative to the tool body, and together are adapted to cut a hole of given diameter with the active cutting edges providing for overlap therebetween. The active cutting edges of the respective inserts have an axially leading point adjacent to their inner extremity disposed in a common plane generally normal to the tool axis and extend obliquely therefrom at a trailing angle relative to that common plane with the active cutting edge of the inner insert having a lesser trailing angle than the active cutting edge of the outer insert. The location and orientation of the inserts in the tool body providing for their respective active cutting edges to cut paths that intercept each other such that each insert will cut a pair of radially spaced chip segments as the tool progresses relative to a workpiece.

Drilling Tool, Particularly For Metallic Materials

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US Patent:
57047405, Jan 6, 1998
Filed:
Jun 26, 1995
Appl. No.:
8/494444
Inventors:
Sebastian Ebenhoch - Sussex WI
Lothar Fauser - Nehren, DE
Siegfried Bohnet - Moessingen, DE
Assignee:
Walter AG - Tuebingen
International Classification:
B23B 5102
US Classification:
408 59
Abstract:
Cutting elements or cutter chips (7, 8) are located on a tool body (1). Cutting chip removal spaces (14, 15) are formed in the tool body in three segments. A first segment (I) adjoins the end face (4) of the drill body and includes at least one cutting element seat (10, 11); a chip removal space extends axially, i. e. straight, or slightly obliquely fluted. A second segment (II), adjacent thereto, is formed partially helically with a twist (21) of less than 90. degree. relative to the tool body axis; the second segment (II) terminates axially at a point where, in operation, the direction of radially acting cutting forces coincides essentially with the primary axis of inertia (0-0) of the geometrical moment of inertia. A third segment (III) adjoins the second segment (II); it is essentially straight-fluted.
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Sebastian K Ebenhoch from Sussex, WI, age ~75 Get Report