|
This one-of-a-kind advanced
manufacturing facility is designed to be ever changing
and flexible in order to meet the evolving needs of
manufacturing. Today, it is configured as a precision
metal working facility. Your needs will determine what
the 8,000 square feet of shop floor space looks like
tomorrow. It could be an automated assembly operation, a
plastics operation or even a biotechnology or
nanotechnology center.
We’re different from all the
others. We have the capabilities to expose students to
the total production environment, rather than just
training them on individual machines or components.
Let us work with your organization
to
-
Improve
your current systems and processes
-
Plan
for a new product or improve an existing product
-
Run
a prototype to test form, fit, function, or design
-
Train
and develop your employees to be more effective
Our Current Capabilities
Metal Working Facility
-
Haas CNC (Computer Numeric
Controlled) vertical and horizontal mills. Power ranges from 7.5 up to 30 hp with spindle speeds up to
12,000 rpm and through the spindle coolant. Up to
five-axis machine capability.
-
Haas CNC lathes ranging from
12-30 hp. Bar
stock feed capacity up to 2 inches. Dual spindle
turning center with up to a 16” X 34” cutting
capacity and live tooling capability.
-
CNC OD/ID grinder
-
Conventional mills, lathes,
OD/ID grinder and surface grinders.
-
Factory Systems’ complete
process control system utilizing Mahr/Federal post
process gages.
-
Zoller tool presetting
capability.
-
AutoCrib automated inventory
control system
Metrology lab
-
Termperature and humidity
controlled
-
Mahr MMQ 40 Formtester for
measuring form features of roundness, cylindricity,
straightness, cone form as well as position features
such as concentricity, coaxiality, radial run-out,
total radial run-out, axial run-out, total axial
run-out, parallelism, perpendicularity and
angularity.
-
Mahr MMQ 10 Formtester for
measuring form and positional tolerance on roundness
checks.
-
Mahr Perthometer S2 Stationary
Surface Texture Measuring Station with PGK drive
unit for roughness and waviness measurements per DIN
standard EN ISO 3274. Most standard parameters with
up to five sampling lengths available. Maximum
tracing length is 20 mm (.787”)
-
Mahr Digimar CX 1 Height
Measuring Station for measuring heights and
distances of bores, shafts, axes, surfaces, width of
ledges, grooves and much more.
-
Mahr MarSurf XC 10 Surface
Texture Measuring Instrument for contour measurement
and evaluation of: (a) distances, angles and radii
(b) thread measurements (c) shoulders or grooves in
bores (d) chamfers, transitions, and many other
parameters
-
Mitutoyo BRT Apex 504 CNC
Coordinate Measuring Machine (CMM) for measuring
small size work pieces with a moving bridge type
touch probe
-
Beta LaserMike 4120 for
measuring diameters up to 4” with a resolution
(basic discrimination) of 17 microns and an average
repeatability of plus or minus 1 micron or plus or
minus 0.005% of the reading, whichever is greater.
-
OGP 14” Focus Contour
Projector with 10X, 20X and 50X magnifying lens
-
Class 1 (AA) gage standards
Metallurgy lab
-
Cress Model C12201 Dual Chamber
heat treatment furnace with quench
-
Delta Abrasimet Cutter
-
Buehler Simplimet 1000
Automatic Mounting Press
-
Buehler Ecomet 3 Variable Speed
Grinder-Polisher
-
Buehler Micromet 5101 Micro
Hardness Tester
-
Instron Series 2000 Rockwell
Hardness Tester
-
Nikon SMZ800 Stereoscope with
digital camera
-
Nikon Eclipse TS100 Microscope
with digital camera and magnification up to 1000X
-
Instron Model 3369 Table
Mounted Materials Testing System with a capacity of
50 kN (11,250 lb)
Rapic Prototyping
-
Computer Aided Design and
Machining (CAD/CAM) available with AutoCAD,
Inventor, ProE and Esprit software packages.
-
Stratasys Titan rapid prototype
machine with a model capacity of up to 4,096 cubic
inches (16” X 16” X 16”). ABS plastic,
polycarbonate and polyphenylsulfone modeling
materials available.
The
Center for Quality
-
Six Sigma including Green Belt
and Black Belt
-
Lean Manufacturing
-
Statistical Methods including
SPC, Design of Experiments (DOE), and Measurement
System Assessment (MSA)
-
Planning and Improvement
including Advanced Product Quality Planning (APQP),
Production Part Approval Process (PPAP), Design and
Process Failure Mode and Effects Analysis (FMEA),
Team Problem Solving, Project Management, and
Geometric Dimensioning and Tolerancing (GD&T)
-
ISO9000, QS 9000, and TS 16949
|
|
