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U Drilling and Boring SPM

Listing ID #4648032

  • Supply Type Manufacturer, Exporter, Supplier
  • Preferred Buyer Location All over the world

Used a conventional lathe. Manual 3 jaw chuck. Feeding HSS pilot drill manually Feeding HSS finish drill manually. . Heat treating the material and then boring using a VMC Total machining time of....
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Company Information

  • Member Since 16 Years
  • Nature of Business Retailer
  • Year of Establishment 2006

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Product Details no_img_icon

  • Used a conventional lathe.
  • Manual 3 jaw chuck.
  • Feeding HSS pilot drill manually
  • Feeding HSS finish drill manually. .
  • Heat treating the material and then boring using a VMC
  • Total machining time of 20-30 minutes.
  • Features and Specs:
    • Heavily ribbed, fabricated and stress relieved structure.
    • Atop the base, a stationary fixture is provided. The fixture consists of V blocks and hydraulic clamps to clamp the component.
    • On one side the fixture, drilling head is mounted on hydraulic cross slides. Sliding surfaces is made of LM guideways and blocks. The slide has a stroke of 300 mm.
    • The drilling head is driven by a 20HP motor connected to the spindle through timer belt and pulley mechanism.
    • The drilling head’s motor are routed through VFD for stepless speed variation from 300-1500 RPM.
    • The slide is driven through a servo motor which is coupled to a ballscrew through a 1:4 ratio servo reducer to provide feed rates of 10mm/min to 7500mm/min.
    • The machine is provided with spindle through coolant and chip flushing.
    • The machine will be provided with complete machine enclosure.
    • The machine will be provided with PLC programmed auto-cycle. A touch screen HMI will be provided for machine parameter setting and trouble shooting.
    • Sequence of Operation:
      • Load the component on the fixture and press auto-cycle.
      • The component gets clamped.
      • Through coolant is switch on. The drilling head spindle starts, drills the component with 3 pecking cycles and retracts. Spindle stops
      • The finish drilling head moves, drills the component to the finish bore and retracts. Spindle and coolant stops
      • The component clamp disengages.
      Cycle Time:

      The cycle time of the machine from component clamp to unclamp condition consider the bore diameter Ø44x220mm is 180 seconds

      Final Conclusion:
      Lathe:
      • Component setup time is high.
      • Machining time is high
      • Need of skilled operators.
      • Due to manual feeding, operation is prone to operator’s fatigue, which may lead to loss in efficiency of production.
      • Even though tooling cost is less, considering the machining time, operator’s salary, the overall cost is more.
      U-Drilling and Boring SPM:
      • No need of skilled operator. Cost of skilled operators is reduced.
      • Uses U-drills with indexable inserts. Cost of tooling is reduced.
      • The total drilling time is 3 minutes, instead of 15-20 minutes on a lathe. Efficiency is more than 6 times. Increases the productivity, increases profitability, increases the scrap generation rate.
      • Machine provided with adjustable V blocks and clamps, which can accommodate a variety of 


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U Drilling and Boring SPM at Best Price in Bangalore - ID: 4648032 | Shenoy Engineering Private Limited
Products / Services
  • Products / Services
  • Companies
  • Buy Leads
Post Buy Requirement

U Drilling and Boring SPM

Listing ID #4648032

  • Supply Type Manufacturer, Exporter, Supplier
  • Preferred Buyer Location All over the world

Used a conventional lathe. Manual 3 jaw chuck. Feeding HSS pilot drill manually Feeding HSS finish drill manually. . Heat treating the material and then boring using a VMC Total machining time of....
View More Details
Send Enquiry

Company Information

  • Member Since 16 Years
  • Nature of Business Retailer
  • Year of Establishment 2006

Ask for more detail from the seller

Contact Supplier

Product Details no_img_icon

  • Used a conventional lathe.
  • Manual 3 jaw chuck.
  • Feeding HSS pilot drill manually
  • Feeding HSS finish drill manually. .
  • Heat treating the material and then boring using a VMC
  • Total machining time of 20-30 minutes.
  • Features and Specs:
    • Heavily ribbed, fabricated and stress relieved structure.
    • Atop the base, a stationary fixture is provided. The fixture consists of V blocks and hydraulic clamps to clamp the component.
    • On one side the fixture, drilling head is mounted on hydraulic cross slides. Sliding surfaces is made of LM guideways and blocks. The slide has a stroke of 300 mm.
    • The drilling head is driven by a 20HP motor connected to the spindle through timer belt and pulley mechanism.
    • The drilling head’s motor are routed through VFD for stepless speed variation from 300-1500 RPM.
    • The slide is driven through a servo motor which is coupled to a ballscrew through a 1:4 ratio servo reducer to provide feed rates of 10mm/min to 7500mm/min.
    • The machine is provided with spindle through coolant and chip flushing.
    • The machine will be provided with complete machine enclosure.
    • The machine will be provided with PLC programmed auto-cycle. A touch screen HMI will be provided for machine parameter setting and trouble shooting.
    • Sequence of Operation:
      • Load the component on the fixture and press auto-cycle.
      • The component gets clamped.
      • Through coolant is switch on. The drilling head spindle starts, drills the component with 3 pecking cycles and retracts. Spindle stops
      • The finish drilling head moves, drills the component to the finish bore and retracts. Spindle and coolant stops
      • The component clamp disengages.
      Cycle Time:

      The cycle time of the machine from component clamp to unclamp condition consider the bore diameter Ø44x220mm is 180 seconds

      Final Conclusion:
      Lathe:
      • Component setup time is high.
      • Machining time is high
      • Need of skilled operators.
      • Due to manual feeding, operation is prone to operator’s fatigue, which may lead to loss in efficiency of production.
      • Even though tooling cost is less, considering the machining time, operator’s salary, the overall cost is more.
      U-Drilling and Boring SPM:
      • No need of skilled operator. Cost of skilled operators is reduced.
      • Uses U-drills with indexable inserts. Cost of tooling is reduced.
      • The total drilling time is 3 minutes, instead of 15-20 minutes on a lathe. Efficiency is more than 6 times. Increases the productivity, increases profitability, increases the scrap generation rate.
      • Machine provided with adjustable V blocks and clamps, which can accommodate a variety of 


Tell us your Buy Requirement to Get Instant Response
Tell us what you need?

Looking for U Drilling and Boring SPM?

Quantity
Seller Contact Details

Find Seller from near by Cities

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