Powermatic PM1-34 PM2815B, 15 Inch Benchtop Drill Press

PRODUCT DETAILS

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• Overview
  The PM2815BT Drill Press is designed with a gear driven spindle which delivers consistent torque through the entire range of operation. When drilling through tough materials, the gear drive will reduce inertia back to the motor and give the drill press world class performance for its size.

  The large LED digital readout shows real-time bit RPM. The drill press also has laser cross hairs which show the exact location that the bit will contact the work piece.

  At Powermatic we pride ourselves on the quality of our machines. From the handles to the motor, this Powermatic drill press delivers on the promise of quality and will prove a dependable machine that will last in your shop for years.

  • Gear driven power transfers torque consistently and efficiently for a wide range of materials
  • Powermatic quality in a benchtop size with 5" of total quill travel
  • Electronic variable speed from 250 to 3000 RPM
  • Cast iron work table tilts 90 degrees left and right, and rotates 360 degrees around the column
  • Laser cross hairs provide unbeatable accuracy and precise tool point indication
  • Highly-visible digital readout gives users precise speed control
  • Backed by Wilton's industry-leading five-year warranty against manufacturing defects

  Technical Specifications

  • Motor: 3/4 HP, 115V, DC brush motor
  • Swing: 15"
  • Quill Diameter: 2" (52mm)
  • Speed Range: 250 – 3000 RPM
  • Table Insert: 3.7" x 3.9" (94 x 99mm)
  • Table Dimensions: 11.61" x 12.59" (295mm x 320mm)
  • Chuck Style and Shank Capacity: Keyed/MT2-JT3, 5/8" (16mm)
  • LED Light: Yes
  • Laser (Cross Hair): Yes
  • Read Out Screen: Digital
  • Column Diameter: 2.87" (73mm)
  • Base Size: 18.25" x 11.74" x 2.28" (463.7mm x 298.2mm x 58mm)

  Uses:

  • Creating precise holes in woodwork projects
  • Drilling into metal for automotive or machinery repairs
  • Making pilot holes for screws in cabinetry and furniture making
  • Crafting custom jewelry or art pieces with fine detail
  • Assembling electronics with precise component placements
  • Creating ventilation holes in plastic enclosures for DIY projects
  • Developing prototypes that require exact drilling specifications
  • Educational purposes in schools for teaching mechanics and engineering principles
  • Home renovation projects, such as installing door hardware or creating cable passages
  • Crafting wooden toys or puzzles with intricate joint connections

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