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Industrial Automation
Design of complete machines, hydraulic and pneumatic systems,
mechanisms, weldments, springs, machined parts, and sheet metal parts.
Assembly of prototype machines.
Design and assembly of production tooling, jigs, and fixtures.
Specification and selection of switches, transducers, sensors, and
complete mechanical subsystems.
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General Engineering /
Design Services
Stress, force, heat, energy, and power calculations.
CAD drafting services.
AutoCad consulting - custom menus, AutoLisp programming.
Technical writing - specifications, assembly instructions, etc.
Shop liaison services - requests for quotes, coordination and
expediting of shop work.
Design / reporting / analysis using the following software:
- SolidWorks
- AutoCad/AutoLisp
- Microsoft Excel
- Microsoft Word
- GEARTECH Gear Design & Analysis software
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Services offered include calculation or experimental determination of
loads and stresses, selection of components, calculation of component
life, layout and detailed design of mechanical power transmission
systems, as well as troubleshooting of existing mechanical power
transmission systems. Troubleshooting capabilities include
determination of loads with strain gauges and/or load cells, and
alignment checking.
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Mechanical Power
Transmission
Bay Machine Design offers services relating to
the following types of mechanical power transmission components:
- Gear drives
- Chain drives
- Shafts
- Brakes
- Guarding
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- Belt drives
- Bearings
- Couplings
- Clutches
- Interlocks
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Gear Design & Analysis
- Design of new gears, gearsets, gearboxes.
- Analysis of existing gears or gear designs.
- Design of replacement gears.
- Design of gears for a new ratio in an existing
gearbox.
- Optimize gear profile shift for balance of bending
strength, wear resistance, and scoring resistance.
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Troubleshooting of mechanical power transmission systems; When
a mechanical power transmission system fails or
does not perform properly, it is usually for one of the following
reasons:
- Excessive loading - the system is simply
experiencing greater load than it was designed to handle.
- Misalignment - the components of the system are not
properly physically aligned with each other.
- Inadequate component mounting - this can lead to
movement of the components under load, resulting in misalignment.
- Inadequate, improper, or contaminated lubrication.
- Unfavorable environmental conditions such as
chemical or physical contaminants or extreme temperatures.
- Improper maintenance procedures such as forcing
belts onto pulleys without first reducing center distance, or
installing bearings on shafts by pressing on the outer race.
- Defective components.
Bay Machine Design is equipped to analyze, diagnose and specify
corrective actions for all of the above situations.
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