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34

REQUIRED MATERIAL

Flat steel bar thickness 4.8 mm, max. width 50.8 mm. 

2 flat steel bar 342.9 mm long

BENDING PROCEDURE

The letter "W" is made from two letters "V", 

welded together, similarly as the letter "M".

REQUIRED MATERIAL

Flat steel bar thickness 4.8 mm, max. width 50.8 mm. 

2 flat steel bar 190.5 mm long

Setting 

Mark the locations of the bends. See the picture. 

Bend  

Slide the work piece in the machine all the way to

the mark No. A) and bend it to achieve the outer 

measurement of 6" = 152.4 mm (see the pic.).

Final steps

Stitch weld both pieced together and make sure they

are parallel to each other. Grind and sandblast all sharp edges.

REQUIRED MATERIAL

Flat steel bar thickness 4.8 mm, max. width 50.8 mm. 

1 flat steel bar 241.3 mm long 

1 flat steel bar 95.3 mm long

BENDING PROCEDURE 

(flat steel bar 241.3 mm long) 

Mark the locations of the bends. See the picture. 

95.3 mm

95.3 mm

95.3 mm

7

Setting the bending angle

Depending on the desired precision, use the appropriated angle-measuring gauge. 

If you want to perform identical bends on identical work pieces (the same angle and bend position) you

may use the moveable and the non-moveable stoppers on the circle of the bracket. 

The non-moveable stopper is used if higher precision is required. 

Therefore, if you need higher precision of the angle setting, use the non-moveable stopper. 

Tighten the nut only slightly and test the bend angle. 

If everything is ok, tighten the nut firmly. 

Test the final angle on an identical piece of material. Due to the resiliency of the material the bend has

tendency to come back a little. 

After you test the angle and the bend, write all the information about the used dies, diameters and stud

positions an so on, to make setting in the future easier.

Using the stopper cube

Purpose of the stopper cube

The cube prevents the material / work piece from

turning during die-bending around the centre stud or

if another die has been placed on the centre stud. 

Before you start bending, place and fix the stopper

cube (use the connection stud) in one of the five

large holes in the middle of the ring assembly.

(The large hole in the middle of the bracket is for

the centre stud). The hole you should use, shall be

determined based on the material thickness, nut

size, centre stud and on the position of the stopper

cube.

You may use the cube stopper in various positions

based on the angular tilt. The cube together with the

stud can be used in 5 different holes of the rotating

part of the tool.

The cube may be placed in various positions based

on the stud angular tilt. The positions of the stopper

cube are determined and described in the manual

with numbers. See picture on the right. 

For bending purposes you may use only four positi-

ons though. Used options in this manual are shown

on the picture.

Warning:

place the stopper always to the right, away

from the centre - regardless what surface will

be touching the work piece. If you place the

cube on the left, away from the centre, the

work piece and the cube will move during the

bending process.

stopper cube

stopper cube positions

Stopper cube

Cube support placement

Cube support

Summary of Contents for CB200

Page 1: ...t present the warranty card showing the date of the purchase the serial number of the machine vendor stamp and signature of sales clerk as well as the proof of purchase receipt 5 Warranty claim shall...

Page 2: ...rform professional bending work of various type of metal struts and poles with various cross cut sections flat square and circular Equipped with a telescopic arm length up to 90 cm ensures enough powe...

Page 3: ...not used correctly Always pay attention to safety instructions on the safety labels Do not remove or damage them If the warning label becomes unreadable please contact your vendor Disorganized and dir...

Page 4: ...he work piece and subsequently the bending handle Before bending always push the connecting studs all the way in Never try to attempt to bend thermally hardened materials Only hot rolled steel may be...

Page 5: ...packaging material We are not liable for shipping damages due to incorrect packaging of your machine If making a claim at the shipping company the level and method of packaging plays a major role dur...

Page 6: ...the work piece from the machine turn it around or put it back backwards Hole identification in the moveable and non moveable parts of the machine The samples included in this manual have the bracket...

Page 7: ...on an identical piece of material Due to the resiliency of the material the bend has tendency to come back a little After you test the angle and the bend write all the information about the used dies...

Page 8: ...ut if you are performing special bending work or need to bend with high precision it is good idea to fasten the work piece to the stopper cube using self locking pliers see picture on the right Using...

Page 9: ...measurement of the finished bend Round pole bending REQUIRED MATERIAL only for this sample One piece of pole rod with length 228 6 mm and diameter of 15 9 mm Too flat pieces with desired dimensions N...

Page 10: ...114 3 mm and with cross section 25 4 x 4 8 mm NOTE if you are to make similar holder with different dimensions you must first test which die size and what position of the cube best fits your design U...

Page 11: ...ure C Slide the work piece as far as possible against the centre stud Place the stopper stud in the sixth hole of the ring counting from the closed ring end clockwise Turn the handle and perform the s...

Page 12: ...the long connecting stud to fasten the handle brackets and the rings through the centre stud hole Place 25 4 mm 1 die on the centre stud Using the short connecting stud mount the 50 8 mm 2 die in the...

Page 13: ...Mark 13 Bracket screw bending The following charts show the applicable settings for bracket screw manufacture with typical end length and bent radius manufactured from steel poles of common diameters...

Page 14: ...steel bar 225 4 mm long 1 flat steel bar 152 4 mm long BENDING PROCEDURE Make the letter B parts the straight and the arch piece Final steps Stitch weld both parts together Grind and sandblast all sha...

Page 15: ...d No 2 Turn the piece see picture B and slide it toward the mark No 2 and perform 73 angle bend Check the angle Remove the stud that holds the sharp angle die in place Remove it from the machine Final...

Page 16: ...flat steel bar 177 8 mm long 1 flat steel bar 152 4 mm long 1 flat steel bar 63 5 mm long BENDING PROCEDURE flat steel bar 177 8 mm long Mark the locations of the bends See the picture Bend Slide the...

Page 17: ...225 4 mm 1 bar length 152 4 mm BENDING PROCEDURE Using a chalk mark the bend location on both flat rods length 225 4 mm See the picture Bend No 1 Slide the work piece in the machine all the way to the...

Page 18: ...bar 152 4 mm long 1 flat steel rod 95 3 mm long Final steps Weld it together as seen on the picture Make sure to check the 90 angle between both arms Grind and sandblast all sharp edges 76 2 mm REQUIR...

Page 19: ...nd Check the angle Remove the stud that holds the sharp angle die in place Remove it from the machine Final steps Place the long piece 76 2 mm long to a position as shown on the picture and stitch wel...

Page 20: ...52 4 mm long to the finished arch Grind and sandblast all sharp edges Mark 21 REQUIRED MATERIAL Flat steel bar thickness 4 8 mm max width 50 8 mm 1 flat steel rod 369 9 mm long 1 flat steel rod 63 5 m...

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