Features

Bed : It is made of tested 'TATA' channel 16" x 4" or fabricated from tested M.S. Plate.

Gear Box Body : Double reduction Gear Box of Cast Iron made from highly closed grained casting and precision machined to ensure continued service without any vibration.

Gears : The gears and pioniors are made of tested steel. Both fabricated as well as Cast Steel Gears are provided as per customer requirement.

Bevel Gear Set : Our innovatively designed and recently induced Crown Bevel gear Set enhances the performance and durability of gear box manifold besides its working noiselessly. This innovated design is incorporated in those machines where the buyer opts for it.

Parts : All other parts such as Pressing Worms, Cone Point, Cone Rings, and Cage Bars are duly case hardened and tempered for durability and long service. Shafts, Chamber, Tie Rods etc are made of tested Steel and precision machined.

Round Heating Kettle : Round Heating Kettle is made of 10mm thick plate, seam welded and hydraulic tested upto 100 LBS. Two Stage or Three Stage kettle are provided as per requirement.

Specifications & Technical Data

Type Of Expeller	H.P.	Mustard, Copra & Sun Flower	Castor, Jatropha	Cotton Seed	Ground Nuts	Palm Kernal	Linseeds	Percentage of oil Residue in cake
Super Model
55" x 11" x 9"	75	40 Ton	50 Ton	25 Ton	30 Ton	30 Ton	30 Ton	10 to 16% in Single Crushing
55" x 11" x 8"	60	30 Ton	40 Ton	20 Ton	25 Ton	25 Ton	25 Ton	10 to 16% in Single Crushing
Duplex Model
44" x 8"	60	20 Ton	30 Ton	20 Ton	22 Ton	20 Ton	20 Ton	6 to 8% in Final Crushing
44" x 7"	50	15 Ton	22 Ton	14 Ton	14 Ton	14 Ton	14 Ton	6 to 8% in Final Crushing
Delux Model
36" x 6½	40-45	12 Ton	14 Ton	10-12 Ton	10 Ton	10 Ton	12 Ton	6 to 8% in Final Crushing
33" x 6"	30-40	10 Ton	10 Ton	7 Ton	8 Ton	8 Ton	10 Ton	6 to 8% in Final Crushing
30" x 5½	20-25	5 Ton	5 Ton	3-4 Ton	4 Ton	4 Ton	5 Ton	6 to 8% in Final Crushing
27" x 5"	15-20	3 Ton	4 Ton	3 Ton	3 Ton	3 Ton	4 Ton	6 to 8% in Final Crushing

The above capacities of different seeds and percentage of oil left in cake and the power requirements are entirely dependent on dryness and oil contents in oil seeds.