Mark A Saberton
age ~69
from Bonita Springs, FL
- Also known as:
-
- Mark Allen Saberton
- Phone and address:
- 12312 Avida Ln, Bonita Springs, FL 34135
Mark Saberton Phones & Addresses
- 12312 Avida Ln, Bonita Spgs, FL 34135
- Bonita Springs, FL
- Punta Gorda, FL
- Leavenworth, IN
- Delray Beach, FL
- Cincinnati, OH
- San Francisco, CA
- Floyds Knobs, IN
- Greenwood, SC
- New Albany, IN
Work
-
Company:Flow
-
Position:Chief engineer
Skills
Machine Design • Lean Manufacturing • Engineering • Automation • Mechanical Engineering • Manufacturing • Product Development • Robotics • Process Improvement • Engineering Management • Aerospace • Microsoft Office • Machine Tools • Manufacturing Engineering • Pneumatics • Machining • Catia • Six Sigma • Hydraulics • Continuous Improvement • Process Engineering • Electrical Troubleshooting • Kaizen • Value Stream Mapping • Plc • Strategic Planning • Troubleshooting • Cnc • Product Management • Electronics • Cad • Cross Functional Team Leadership • Gd&T • Quality Management • Metal Fabrication • Root Cause Analysis • Program Management • Dmaic • Iso • Ppap • Systems Engineering • Plc Programming • Welding • 5S • Design For Manufacturing • Electrical Engineering • Mechanics • Product Design • Pro Engineer • Solidworks
Industries
Machinery
Us Patents
-
3D Printing Bead Configuration
view source -
US Patent:20220193981, Jun 23, 2022
-
Filed:Feb 8, 2022
-
Appl. No.:17/667081
-
Inventors:Mark Saberton - Bonita Springs FL, US
-
International Classification:B29C 64/112
B29C 64/343 -
Abstract:The present invention provides a method for altering the bead profile for using 3D printing to improve the shear strength of a so manufactured product by altering the bead height of adjacent beads or in adjacent layers such that either the height or the centers of the beads between adjacent layers are altered. This is achieved by either height reduction or by flow rates to alter the height or positioning of the beads by altering the bead profiles the shear strength between adjacent layers in the X-Y plane is improved. The present invention is equally applicable to increasing shear strength in the Y-Z plane or the X-Z plane as desired.
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3D Printing Bead Configuration
view source -
US Patent:20210154911, May 27, 2021
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Filed:Jun 24, 2020
-
Appl. No.:16/910556
-
Inventors:Mark Saberton - Bonita Springs FL, US
-
International Classification:B29C 64/112
B29C 64/343 -
Abstract:The present invention provides a method for altering the bead profile for using 3D printing to improve the shear strength of a so manufactured product by altering the bead height of adjacent beads or in adjacent layers such that either the height or the centers of the beads between adjacent layers are altered. This is achieved by either height reduction or by flow rates to alter the height or positioning of the beads by altering the bead profiles the shear strength between adjacent layers in the X-Y plane is improved. The present invention is equally applicable to increasing shear strength in the Y-Z plane or the X-Z plane as desired.
Resumes
Chief Executive Officer Addman Engineering , Director Of Additive Manufacturing
view sourceLocation:
12312 Avida Ln, Bonita Springs, FL 34135
Industry:
Machinery
Work:
Flow
Chief Engineer
Chief Engineer
Skills:
Machine Design
Lean Manufacturing
Engineering
Automation
Mechanical Engineering
Manufacturing
Product Development
Robotics
Process Improvement
Engineering Management
Aerospace
Microsoft Office
Machine Tools
Manufacturing Engineering
Pneumatics
Machining
Catia
Six Sigma
Hydraulics
Continuous Improvement
Process Engineering
Electrical Troubleshooting
Kaizen
Value Stream Mapping
Plc
Strategic Planning
Troubleshooting
Cnc
Product Management
Electronics
Cad
Cross Functional Team Leadership
Gd&T
Quality Management
Metal Fabrication
Root Cause Analysis
Program Management
Dmaic
Iso
Ppap
Systems Engineering
Plc Programming
Welding
5S
Design For Manufacturing
Electrical Engineering
Mechanics
Product Design
Pro Engineer
Solidworks
Lean Manufacturing
Engineering
Automation
Mechanical Engineering
Manufacturing
Product Development
Robotics
Process Improvement
Engineering Management
Aerospace
Microsoft Office
Machine Tools
Manufacturing Engineering
Pneumatics
Machining
Catia
Six Sigma
Hydraulics
Continuous Improvement
Process Engineering
Electrical Troubleshooting
Kaizen
Value Stream Mapping
Plc
Strategic Planning
Troubleshooting
Cnc
Product Management
Electronics
Cad
Cross Functional Team Leadership
Gd&T
Quality Management
Metal Fabrication
Root Cause Analysis
Program Management
Dmaic
Iso
Ppap
Systems Engineering
Plc Programming
Welding
5S
Design For Manufacturing
Electrical Engineering
Mechanics
Product Design
Pro Engineer
Solidworks
Myspace
Youtube
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