Phone Number
+971 58 101 6267

Address
AL QUOZ INDUSTRIAL AREA

SHEET METAL PRESS WORK
 

WE ARE A LARGE SHEET METAL PRESSWORK IN THE UAE. 
SHEET METAL PRESSWORK UNDERTAKEN FOR INDUSTRIAL AND MACHINERY COMPONENTS. OUR SHEET METAL PRESS WORKS IS EQUIPPED WITH A WIDE RANGE OF SHEET METAL PRESS WORK MACHINES

SHEET METAL PRESSWORK-II-PRESS 300 TON

SHEET METAL PRESSWORK-II-PRESS 300 TON

 
SHEET METAL PRESSWORK

SHEET METAL PRESSWORK-III-PRESS 300 TON

SHEET METAL PRESSWORK-III-PRESS 300 TON

FACTORY PRICES 

Phone: 06 743 9209
WhatsApp: 050 632 8990

Cell: 058 101 6267

email: info@bakjam.com
www.bakjamfabrications.com

 PRESS 50 TON CAPACITY 1 NUMBERS
 PRESS 75 TON CAPACITY  1 NUMBERS
 PRESS 80 TON CAPACITY 1 NUMBERS
 PRESS 100 TON CAPACITY  1 NUMBERS

PRESS 150 TON CAPACITY 1 NUMBERS
PRESS 200 TON CAPACITY  2 NUMBERS

HYDRAULIC PRESS 250 TON CAPACITY 1 NUMBER   

HYDRAULIC PRESS 300 TON CAPACITY 1 NUMBERS


  

SHEET METAL PRESSWORK-We are Designer, Developer, Manufacturer, Supplier of Sheet Metal Pressed Components, Sheet Metal Pressed Parts, Metal Sheet Pressed Components, Sheet Metal Parts, Sheet Metal Components, Sheet Metal Press Parts, Pressed Components, Pressed Parts and Stamping.

Customized to the requirements of the customer, as per their drawings / samples provided, we develop various operations on metal sheets like blanking, bending, trimming, forming, bidding, dimpling, piercing, extrusion etc.

Backed by its technical expertise, highly enthusiastic workforce and an array of power presses in varying range and a set of machines for secondary operations; in a short duration  we have attracted attention of buyers in manufacturing Industry.

Industry wise Application of Sheet Metal Components / Parts 

  • Automotive industry
  • Aircraft industry
  • Home machine industry for example sinks, cooker hoods, coolers
  • Food industry for example cooking pots, canned merchandise
  • Construction
  • Electrical Components, etc…
Sheet Metal-Making of Sheet Metal Pressed Components
  1. Cutting ( Shearing ) Operations   The cutting tasks include: Punching ( Piercing ), Blanking, Notching, Perforating, Slitting, Lancing, Parting, Shaving, Trimming, Fine blanking.
  2. Shearing Operations Punching ( Piercing ): It is a cutting activity by which different formed openings are made in sheet metal. Punching is like blanking aside from that in punching, the opening is the ideal item, the material finished off to shape the opening being waste.
  3. Blanking: Blanking is the activity of cutting a level shape sheet metal. The article finished off is known as the clear and is the necessary result of the activity. The opening and metal left behind is disposed of as waste.
  4. Notching: This is cutting activity by which metal pieces are cut from the edge of a sheet, strip or clear. Puncturing: This is an interaction by which various openings which are tiny and near one another are cut in level work material. Cutting: It alludes to the activity of making inadequate openings in a work piece. Spearing: This is a cutting activity where an opening is to some extent cut and afterward one side is bowed down to shape a kind of tab. Since no metal is really taken out, there will be no piece. Separating: Separating includes cutting a sheet metal strip by a punch with two bleeding edges that match the contrary sides of the clear.
  5. Shaving: The edge of blanked parts is by and large harsh, lopsided and unsquare. Exact components of the part are acquired by eliminating a slender portion of metal along the edges. Managing: This activity comprises of cutting undesirable overabundance material from the fringe of recently shaped segments. Fine blanking: Fine blanking is an activity used to clear sheet metal parts with close resistances and smooth, straight edges in a single step. Schematic representations of shaving on a sheared Fine blanking edge. (a) Shaving a sheared edge. (b) Shearing and shaving, consolidated in one stroke.
  6. Forming Activities In this activity, the anxieties are beneath a definitive strength of the metal. In this activity, there is no cutting of the metal except for just the shape of the work piece is changed to get the ideal item. The framing tasks include: Twisting: In this activity, the material as level sheet or strip, is consistently stressed around a straight pivot which lies in the impartial plane and opposite to the length wise heading of the sheet or metal. The bowing activities include: V-bowing Press break framing Edge twisting Beading Roll bowing Roll shaping Air bowing Cylinder shaping Flanging Swelling Dimpling Stretch framing Drawing: This is a course of a shaping a level workpiece into an empty shape through a punch, which makes the clear stream into pass on cavity. Crushing: Under this activity, the metal is caused to stream to all segments of a kick the bucket hole under the activity of compressive powers.
  7. Bending of Level Sheet and Plate V-bowing Edge bowing Roll Bowing in 4-slide machine Air twisting
  8. Flanging  Flanging is a course of bowing the edges of sheet metals to 90o Psychologist flanging – exposed to compressive band pressure. Stretch flanging – exposed to elastic
  9. Dimpling: First opening is punched and ventured into a spine Ribs can be delivered by penetrating with formed punch When curve point < 90 degrees as in fitting cone shaped closures its called flanging
  10. Press break shaping: Sheet metal or plate can be bowed effectively with straightforward apparatuses utilizing a press. Long and generally thin pieces are typically twisted in a press break. This machine uses long kicks the bucket in a mechanical or water powered press and is reasonable for little creation runs. The tooling is straightforward and versatile to a wide assortment of shapes. Schematic delineations of different twisting tasks in a press brake.
  11. Beading: In beading the edge of the sheet metal is bowed into the depression of a kick the bucket. The globule offers solidness to the part by expanding the second on idleness of the edges. Likewise, it works on the presence of the part and takes out uncovered sharp edges (a) Dab framing with a solitary kick the bucket. (b) Dot framing with two kicks the bucket, in a press brake.
  12. Stretch Shaping In stretch framing, the sheet metal is clasped around its edges and extended over a pass on or structure block, which moves up, descending or sideways, contingent upon the specific machine. Stretch shaping is utilized basically to make airplane wing skin board, auto entryway boards and window outlines.
  13. Deep Drawing Cycles Profound Drawing: Drawing activity is the way toward framing a level piece of material (clear) into an empty shape through a punch, which makes the clear stream into the bite the dust hole. Round sheet metal square is put over a roundabout bite the dust opening and held in a spot with clear holder and punch powers down into the pass on hole. Wrinkling happens at the edges. Shallow drawing: profundity of shaped cup ≤ D/2 Profound or moderate drawing: profundity of framed cup > D/2 (a) profound drawing measure on a round sheet-metal clear. The stripper ring works with the expulsion of the framed cup from the punch. (b) Cycle factors in profound drawing. With the exception of the punch power, F, every one of the boundaries showed in the figure are autonomous factors.
  14. Ironing Cycle If the thickness of the sheet as it enters the pass on hole is more than the freedom between the punch and the kick the bucket, the thickness should be decreased; this impact is known as pressing. Pressing produces a cup with steady divider thickness hence, the more modest the freedom, the more prominent is the measure of pressing. All refreshment jars without creases ( known as two-piece jars ) are pressed, by and large in three stages, in the wake of being profound brought into a cup.
  15. Redrawing Activities Compartments or shells that are too hard to even think about attracting one activity are by and large redrawn. In switch redrawing, displayed in after Figure, the metal is exposed to twisting toward the path inverse to its unique bowing arrangement. This inversion in twisting outcomes in strain relaxing. This activity requires lower powers than direct redrawing and the material acts in a more flexible way.