Engineering
Design & Product Development
- Solid Edge 3D CAD system
- APQP New Product Release Process with Phase Gates
- Design for Manufacturing
- Prototyping capabilities
- Spline & Gear design
- FMEA
- DVP&R
- Provide 3D models & dimensional Installation Drawings for customers
- Support creation of service manuals
Analysis & Application Calculations
- Full FEA capability based on Solid Edge software
- Power Gear gear design program, AGMA based
- Gear life calculations based on duty cycles
- Application analysis
- Bearing life calculations
- Tolerance Stack-ups & clearance / fit analysis
- Failure analysis
- FEA data correlation with lab / field testing
Product Engineering Test Lab Capabilities
Lima-Baldwin
Capacity:
600,000 lb-in torque
Purpose:
Ultimate Torsional Loading
Strain gage Calibration
Benefit to Customer:
Material analysis tool (Product Integrity)
Insure measured actual application loads correlate with lab loading (Technical Competence)
Material Testing System (MTS)
Capabilities:
100,000 lbs of force
Programmable
Two Step Loading
Purpose:
Tensile or compressive loading
Torsional loading
Fatigue testing
Benefit to Customer:
Historical testing information
A means of comparison which helps to determine product ratings and life
Hydrostatic Dynamometer
Capacity:
110 HP
240,000 lb-in Torque cell (output torque)
4500 PSI Hydraulic System
Purpose:
Product Development
Duty Cycle (Wear Characteristics)
Rotary Gear Fatigue
Ability:
Duty cycle Programmable to match data obtained from strain gaged field tests.
When loaded, generates up to 70% of its own electricity
Benefits to Customer:
Enables Auburn Gear to properly develop and rate our products (Product Integrity)
In-Line dynamometer
Capacity:
150 HP Prime Mover
200,000 lb-in Torque cell (output torque)
Purpose:
Rotary Gear Fatigue
Thermal Horsepower
Speed/Torque vs. Temperature Ability:
Duty cycle programmable to match data obtained from strain gaged fieldtests
Benefit to Customer:
Enables Auburn Gear to properly rate our products (Product Integrity)
E-Trac (Electric Drive) Dynamometer
Capacity:
30 HP Absorber
Prime Mover determined from application
10,000 lb-in Torque cell (output torque)
Purpose:
Rotary Gear Fatigue
Thermal Horsepower
Speed/Torque vs. Temperature
System Integration / CAN communication
Ability:
Duty cycle programmable to match data obtained from strain gaged field tests
When loaded, generates up to 70% of its own electricity
Benefit to Customer:
Enables Auburn Gear to properly rate our products (Product Integrity)
System Integration / Fault Detection to help customers with integration into their chassis and replicate electrical / CAN issues
Axle Dynamometer
Capacity:
125 HP Prime Mover
96,000 lb-in Torque cell (output torque)
Purpose:
Differential Gear fatigue
Differential Case Fatigue
Differential Bias
Oil & wear Evaluations
Hypoid Gear Fatigue
Benefit to Customer:
A rating and life prediction tool (Product Integrity)
Shaft-Out Style Power Wheel Bearing Test Stand
Capabilities:
Variable Input RPM
Programmable Axial Loading
Purpose:
Determine/Verify Bearing ratings
Benefit to Customer:
Enables Auburn Gear to properly rate our products (Product Integrity)
Wheel Drive Style Power Wheel Bearing Test Stand
Capabilities:
Variable Input RPM
Constant Radial Loading
Programmable Axial Loading
Purpose:
Determine / Verify Bearing ratings
Benefit to Customer:
Enables Auburn Gear to properly rate our products (Product Integrity)
Inertia Dynamometer
Capabilities:
Ability to apply .22 km2 to 10 km2 at a variable RPM to obtain a desired moment of Inertia.
Purpose:
Qualify and rate brake parts.
Impact testing of internal gearing.
Benefit to Customer:
A rating and life prediction tool (Product Integrity)
Reeves Veri-drive
Capabilities:
5 HP Prime Mover
Variable input RPM
Purpose:
Hot and cold Seal testing
Unit heat generation
Noise level
Various specialized testing
Benefit to Customer:
A rating and life prediction tool (Product Integrity)
1995 Chevrolet Camaro Z28
Purpose:
Field testing for development and test of Hi-Performance and ECTED Differentials
Soap Trough testing
Benefit to Customer:
A rating and life prediction tool (Product Integrity)
1997 Jeep Wrangler
Purpose:
Field testing of 4 wheel drive and off road Hi-Performance and ECTED Differentials
Benefit to Customer:
A rating and life prediction tool (Product Integrity)
Data Acquisition System
Capabilities:
Simultaneously collect data on 32 channels
Will collect data in excess of 80,000 samples/second
Replay and manipulate data into charts & graphs
Purpose:
Collect and store data from actual field testing in dynamic or static conditions (i.e. torque, pressure, temperatures, etc)
Benefit to Customer:
Analysis of data collected from specific field applications.
Collected data used to develop application specific duty cycles for lab testing.
Assures Product integrity per application
Strain Gage System
Purpose:
Measure surface strain and torque on engineered components
Strains and torques can be converted into engineering units for collection by data acquisition
Benefit to customer:
Enables Auburn Gear to determine loads on components (Helps to assure Product Integrity)
Heat Treatment
In house process capabilities include:
Batch furnace processing for:
Carburizing & Oil quench
Carbonitriding & Oil quench
Neutral hardening & Oil quench
Atmosphere quenching
Selective case hardening
Batch tempering
Induction hardening with continuous furnace tempering
Atmosphere Heat Treat Processing Equipment
One 36 – 48 – 36 integral quench batch furnace with top cool capabilities
One 36 – 48 – 36 integral quench batch furnace
One 20 – 36 – 24 integral quench batch furnace
Two 36 – 48 batch temper furnaces
One 24 – 36 batch temper furnace
Endothermic gas atmosphere generators
Nitrogen furnace purge / atmosphere
Auxiliary Processing Equipment
Shot peening
Abrasive grit blast cleaning
Straightening
Metallurgical Testing and Inspection
Complete metallurgical laboratory on site fully equipped for material analysis for process control of heat-treat department, material characterization and failure analysis.
Hardness testing
Brinell
Rockwell
Knoop
Metallograghic inspection
Charpy Impact testing
Rotating Bending Fatigue testing
Non Destructive testing
Magnetic Particle Inspection
Ultrasonic Inspection
Optical / visual inspection low magnification (10 – 25 X)
Quality Assurance
AG is ISO 9001:2008 registered and maintains a Quality Management System that supports engineering planning & design, manufacturing process control and continual improvement of our products and services.
QA Personnel
Auburn Gear has a fully staffed Quality assurance and Inspection operation
- 3 shift coverage to support manufacturing
- 2 Certified Quality Engineers
- One certified level II NDT inspector in MP
- One certified level III NDT inspector in MP
- All personnel are cross-trained in the myriad of our Inspection Lab processes
Quality inspection Systems
The Quality Assurance department and Gage Lab is an ISO compliant department and utilizes work instructions and procedures to document and insure consistent inspection of our products manufactured on site and purchased.
- First Article verification of all features of new or revised parts.
- Set-up approval for every work order before the parts are manufactured.
- All processes are documented for consistent results.
- Quality Engineering supports Manufacturing as well as the Engineering Department with Engineering Lab checks as well as special checks for Manufacturing Engineering.
- Non-conforming material is quarantined and reviewed daily for disposition
- Processes – Quality department personnel make use of computer-based processes to support Manufacturing and Engineering.
- Mini-Tab Statistical Analysis software.
- Gage Calibration is maintained in the business software system for accountability and consistently performing inspection equipment.
- Capability Studies are performed periodically per customer request and for manufacturing process surveillance.
- Support Engineering as an in-house Geometric Dimensioning and Tolerancing consultant.
Metrology
Inspection Equipment
Auburn Gear has state of the art CMM capabilities as well as hand held inspection devices and process specific gages. AG utilizes in house capability to design and provide specialized gages for the most demanding process control.
- Gleason M&M Gear Checker
- Zeiss Eclipse Coordinate Measuring Machine
- Zeiss Accura II Coordinate Measuring Machine
- Gage Master Optical Comparator
- Fellows Red Liner Gear Checker
- Micro-Hite Electronic Height Gage
- Full complement of hand held gages and equipment such as calipers, micrometers, Surface Finish checkers, and surface plates for dimensional layout.
- Part / feature specific inspection and testing gages.
Auburn Gear Manufacturing Capabilities
(2) Gleason CNC Vertical Hobbing Machines 1998 & 2012
Cylindrical Gear hobbing with Internal Bore Clamping
Maximum Diametral Pitch 8.50
Maximum outside Diameter 5.118”
Automated loading for unattended operation
(2) CNC Horizontal Hobbing Machines
For shaft work
Retrofitted Barber Colman 14-15 with CNC Controls
Outside Diameter clamping with tail stock center support
(12) Horizontal Barber Colman Hobbing Machines
(2) with Double Cut capabilities
(2) with Long Bed Capacity
(6) Shave Machines
For shaving of spur gears with crowning capabilities
Internal Spline and Gear Broaching
– Horizontal and Vertical machines
– Machine capacity of 50 tons with 90” Stroke, Vertical Table Up
Internal and External Shaper Cutting of Splines and Gears
(9) Fellows Shaper Machines
(4) with CNC controls with slotting and sector cutting capabilities
(2) with Tailstock for shaft work
(1) with 9” raise new in 2014
– 20” Maximum Diameter, with 8” face width, 3.0 Diameteral Pitch
Straight Bevel Gear Cutting and Roll Testing
Gleason Revacycle ® and Coniflex ® Machines
(6) 4-axis lathes, Cincinnati and Mazak
– Capable of simultaneous internal and external machining
Phosphate Coating Line (lubrite)
Assembly and testing of Differentials
Load Monitoring for Torque Bias
PLC Controlled for testing in forward and reverse directions
Engage and disengage coil for ECTED
Mori Seiki NT-4300 Mill-Turn Center (4)
– (3) with Full contouring B-axis – 2013 & 2015
– (1) with B-axis indexing of 1 degree – 2012
– (9) programmable axes
– Both Main and Sub-Spindles 40 HP
– 28.7″ swing
– 100 Tool Magazine
– 20 Tool Lower Turret
– In Machine Measuring Device
Renishaw probe used to locate features on a part or casting with ability to orientate any necessary machining from the originally located feature
(1) Robot with 150 pound part capacity and end of arm tool changer to load and unload two machines
(1) Robot with 250 pound part capacity and end of arm tool changer to load and unload two machines with integrated vision system
Capable of turning, milling, Drilling, tapping parts complete in one setup
Gear and spline generating capabilities up to 2.0 Diameteral Pitch
2-axis Lathes
Steel and Cast Iron Turning
ID Collet Chucks
OD Collet Chucks
Tail Stock Supports
3-Jaw Chucks up to 15”
(4) with Live Tooling
(6) Motch Vertical CNC Chucker Lathes
Large part, approx. 24” OD and ID Turning
Upgraded with Fanuc 0-i series control in 2011
Vertical Machining Centers
Thru Spindle Coolant
CAT 40 and CAT 50 Spindles
(2) with Full Contouring 4-axis
(1) with 4th axis indexer .001 Degree accuracy
(1) Pallet Changer
(1) High Pressure Coolant for Deep hole drilling
Hardturn Capabilities on 2-axis and 4-axis Lathes Software
– ESPRIT CAM software used for programming
– Solid Edge CAD software
Mori Seiki NL-2500 Turning Centers (2)
Sub-spindle
Live Tooling
Y-Axis
High Pressure Coolant
In Machine Gear and Spline generating ability
(1) With Bar Feeder
Capacity up to 3.1”
Shafts up to 24” length
Shaft unloader table thru sub-spindle
Both Main and Sub-Spindle OD Collet Chucks
Unattended operation utilizing parts catcher
(1) With Robot
3-jaw chuck with 10” capacity
ID Collet Chuck on Sub-spindle
Robot Load and Unload capable of handling parts up to 40 pounds
Grinding
I.D. Grinding
O.D. Grinding
- Profile Cam
- Plunge
- Center-less
- Blanchard
CNC I.D. Grinding
- Robot Load and Unload
- Integrated Gaging with feedback loop back to CNC to control size
(4) Assembly Lines for planetary wheel drives
PLC Controlled presses to set bearing pre-load while rotating the unit to achieve unmatched precision and consistency.
PLC controlled end of line testers used to drive the wheel thru the input of planetary in both the forward and reverse directions, while using air to check for any potential oil leaks.
For units equipped with integrated parking brake, the break is released during the spin test and held in position to detect any leak down.