Hydraulic servo valve body familiy of parts lean manufacturing process.

1000 PSI HYDRAULIC SERVO VALVES

Apply lean manufacturing machining technology on low pressure aluminum hydraulic servo valve body family-of-parts to reduce lot size, number of machining operations, setup time, run time, queue time, and lead time, and increase inventory turns.

Similar Business Interests:
.
Bendix       Chandler Evans       Double A        Dowty        Hamilton Standard       Lucas       Moog       National Waterlift
Oil Gear       Parker Hannifin       Pegasus       Rexroth       Sun Hydraulics       Vickers       Woodward Govenor

Bill Moog - the inventor, the pioneer and the entrepreneur.

Manufacturing Alliance Associates, Inc.
720 Maple Road, East Aurora, New York 14052-1012   716-652-4510
Since 1993 implementing technology for businesses where resources are non-existent or during a growth initiative.

APPROACH:
  • horizontal machining center with pallet shuttle
  • workholding and tool holders and cutting tools
  • custom macro B and parametric programming
  • automated workpiece and tool probing
  • broken tool detection

RESULT:
$20 (labor + material) main component to a $156 assembly cycle tested and shipped for $800 to $3,200.

BASELINE PART


BASELINE PART NOMENCLATURE


FAMILY-OF-PARTS      FAMILY-OF-FEATURES      FAMILY-OF-TOOLS      FAMILY-OF-MACROS (FANUC CUSTOM MACRO "B")
COMMERCIAL ALUMINUM ALLOY BAR STOCK CUT TO DIFFERENT LENGTHS
SAME WORK HOLDING JAWS FOR PALLET 1


  • 6 SIDES MACHINED IN 1 OPERATION WITH 1 PALLET SHUTTLE.
  • 3 SIDES PER PART; 8 PARTS PER PALLET; 2 PALLETS.
  • 48 WORK OFFSETS (X, Y, Z & B AXES); 24 PER PALLET.
  • PALLET 1 AND PALLET 2 WITH AUTO LOADED WORK OFFSETS AND PALLET 2 AUTO PROBED WORK OFFSETS.
  • 120 MAGAZINE WITH PROGRAMMED AUTO LOADED TOOL OFFSETS
  • QUICK CHANGE VISE JAWS; PALLET 1 SAME JAWS FOR ALL PARTS IN FAMILY.
  • WORK AND TOOL PROBING.
  • BROKEN TOOL DETECTION.
  • UNATTENDED MACHINING (GHOST MACHINING).
  • LOAD IDLE PALLET WHILE  OPPOSITE PALLET IS IN CYCLE


 PHASE 1 IMPLEMENTATION
 

PHASE 2


PHASE 3

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