Post on 26-Jan-2017
AUTOMATEDMACHINERY DESIG
N
INDUSTRIAL
DESIGN BUILD PROCESS:
AUTOMATED INDUSTRIAL MACHINERY
Step 1: ConceptEvaluate FeasibilityProvide feedback on conceptPropose alternatives
Step 2: Front End Engineering
The EPIC way of quoting and estimating. The most critical
stage; determines project scope and specifications
Step 3: Machine Design3-D modelingForce calculationsDetailed component selectionFinalized machine design
Step 4: Machine AutomationAutomation design strategyElectrical designProgramming & operator interface developmentData collection
Step 6: Start-up/CommissioningFAT TestingOperator TrainingPunch list resolutionMaintenance trainingShippingOn-site integration & installation
Step 5: Machine Fabrication
Structural FabMechanical FabElectrical WiringPiping/TubingInstrumentation
Component AssemblyFinishing
MANUFACTURINGSlow production rates, poor product quality and operator fatigue
must be overcome to achieve efficient manufacturing.
INDUSTRIAL MACHINERY can help IMPROVE:AUTOMATED
ELEMENTS OF MANUAL FABRICATIONS BY AUTOMATION WITH MACHINERY
INCREASED PRODUCTION RATES AND PRODUCT QUALITY
LINE WORKER SAFETY & DECREASED WORKER FATIGUE
Priming Machine• Automated previously
manual process• Primed Deodorant during
assembly phase• Increased production by
200%• Drastically reduced error
rate• Featured:
• Stepper motor• Multiple proximity
sensors• LED indicator lights• UHMW fixture drawer• 120 V single phase
power source
Stone Slotting Machine• Decreased worker fatigue
during labor intensive process
• Increased overall process efficiency
• 100% pneumatic controlled machine
• Can be operated from any location with compressed air.
• With improved maintenance measures, the company
• Greatly reduced machine repairs and part replacement.
Industries served by Automated Machinery Design
AEROSPACE
MANUFACTURING
MILITARY & DEFENSE
PHARMACEUTICAL
RECYCLING
Speak with an expert custom machinery designer today: (314) 845-0077Learn more about automated machinery design at www.epiccustommachines.com