SWING TABLE TYPE SHOT BLASTING MACHINE
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Table type machines are ideally suited for foundries, forge shops, fabricated items and for job workers with mix component size of small and large components. These machines are available in various swing table sizes of 30'/ 36' / 48' / 72' / 96' and 96' with 120' swing. Single and double door options are available.


Table type machines consist of one / two rotary tables for the loading of the component. This table mounted on the door swings inside the cabinet and the blast wheel on the top cleans the component. The rotation of the table is in clockwise and anticlockwise direction to ensure the thorough cleaning. The component needs to be kept upside down and again blast cleaned to cover the bottom of the component.


Typical applications include -

  • Castings (for jobbing foundries)
  • Motor bodies, pump casings
  • Surface preparation prior to rubberizing, powder coating, painting
  • Fabricated components and press parts
  • Forged components
  • Gears and heat treated components
  • Gears and heat treated components



 
TECHNICAL SPECIFICATIONS
Particulars GLINT T 30 GLINT T 48 GLINT T 72 GLINT T 96
Cabin Size (mm) 1250x1100x1420 2400x1400x1800 3500x2000x2300 4000x2350x2400
Rotary Table Size 750 mm 1220 mm 1820 mm 2450 mm
Work load Capacity 500 Kg 700 Kg 1500 Kg 2000 Kg
Table height 1000 mm 1000 mm 1000 mm 1150 mm
Table Drive 1 HP 1 HP 1 HP 2 HP
Table RPM 12 12 8 8
Blast Wheel Motor 5 HP 15 HP 20 HP 25 HP - 2 Nos
Shot Flow Rate 5000 Kg/hr 10,000 Kg/hr 13,000 Kg/hr 16000 Kg/hr x 2
Bucket Elevator Motor HP 1 HP 2 HP 2 HP 3 HP
Screw Con. Motor -- -- 2 HP 2 HP
Shaker Motor 0.5 HP 1 HP 1 HP 1 HP
Blower Motor 5 HP 7.5 HP 10 HP 20 HP
Blower Cap. (12"WG) 1300 CFM 1500 CFM 2700 CFM 4300 CFM
Initial charges of Shots 200 Kgs 400 Kgs 800 Kgs 1500 Kgs
Total Connected Load 11.5 Hp 25.5 Hp 35 Hp 78 Hp
Electricals All Motors shall be standard TEFC sq. case type suitable for 415 V, 3 phase, 50 cycles AC supply with Clas E/B insulation.

Note : All dimensions and specifications given above are approximate and are subject to change to improve efficiency