Hydraulic Upper Roller Universal Plate Rolling Machine

Hydraulic Upper Roller Universal Plate Rolling Machine System 1

Hydraulic Upper Roller Universal Plate Rolling Machine

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 1000 unit/month

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Precision of the superior products
Unique crooked craft , the high-accuracy tip is curved in advance, the crooked angle after not having in succession, the crooked course is digital control.
Man-machine dialogue controls the high-efficient intelligence of interfaces to operate
Peculiar crooked craft software, the interactive window, the automatic compensation of the crooked course, operate singly, high-efficient and safe and convenient!
Abundant crooked form
Have rolls of form to make O type, U type, many sections of R ,etc. different forms.
Choice of many models According to the use or users’ enquiry, count and show the model economily, TC numerical control model chooses.

The Feature of Hydraulic Plate Rolling machine :

The Feature of Hydraulic Plate Rolling machine :

1. The machine widely used in petroleum, chemical industry, cement, boiler, shipbuilding, aviation, water conservancy, power transmission towers and other machinery and equipment. Its working principle is rotating bending deformation. For the upper roller can be moved no matter up and down, but also horizontally, so no need additional press or equipment, can realize prebending, bending, as well as correction of the workpiece.

1. The machine widely used in petroleum, chemical industry, cement, boiler, shipbuilding, aviation, water conservancy, power transmission towers and other machinery and equipment. Its working principle is rotating bending deformation. For the upper roller can be moved no matter up and down, but also horizontally, so no need additional press or equipment, can realize prebending, bending, as well as correction of the workpiece.

2.The whole structure of Hydraulic Plate rolling machine :

2.The whole structure of Hydraulic Plate rolling machine :

1.Totally European design,streamlined looking,frames of our machines are fabricated, welded steel (ST-52). Roll shafts, materials and bearings used in production are European quality. Also the torque limit of the machines is very high. NC playback and CNC graphic control systems are available as optional accessory.
2.The main structure of the equipment includes upper roller, lower roller and horizontal movement mechanism, supporting mechanism,main drive mechanism,downturn system, left and right machine frame, chassis and balance mechanism, hydraulic and electrical control systems.
3.The model MH has both the upper and the lower roll powered with hydraulic motor and planetary gear box.

1.Totally European design,streamlined looking,frames of our machines are fabricated, welded steel (ST-52). Roll shafts, materials and bearings used in production are European quality. Also the torque limit of the machines is very high. NC playback and CNC graphic control systems are available as optional accessory.

2.The main structure of the equipment includes upper roller, lower roller and horizontal movement mechanism, supporting mechanism,main drive mechanism,downturn system, left and right machine frame, chassis and balance mechanism, hydraulic and electrical control systems.

3.The model MH has both the upper and the lower roll powered with hydraulic motor and planetary gear box.

3.The Feature of Hydraulic Plate Rolling machine :

3.The Feature of Hydraulic Plate Rolling machine :

1. High precision pre-bending, freely setup the width of plate. Upper roller presses the plate end for pre-bending.
2. Upper roller likes drum with collaboration of carrier roller permit continual bending of any thickness of plate.
3. Safe work, fixed two down roller, upper roller does horizontal and vertical movement, and the plate don’t move during upper roller moving.
4. Unitary structure, convenient to move the whole machine as machine has a hardy under pan. No need to anchor bolt.
5. Different use has different control way, like top numerical control and below numerical control.
6.Through exclusive technology, AccurL can develop cones as easily as competitive machines can develop cylinders. And it eliminates scarring on the surface of shell or roll and also eliminates, in most cases, the need for grinding the lamination (bullnosing) on the minor diameter edge.

1. High precision pre-bending, freely setup the width of plate. Upper roller presses the plate end for pre-bending.

2. Upper roller likes drum with collaboration of carrier roller permit continual bending of any thickness of plate.

3. Safe work, fixed two down roller, upper roller does horizontal and vertical movement, and the plate don’t move during upper roller moving.

4. Unitary structure, convenient to move the whole machine as machine has a hardy under pan. No need to anchor bolt.

5. Different use has different control way, like top numerical control and below numerical control.

6.Through exclusive technology, AccurL can develop cones as easily as competitive machines can develop cylinders. And it eliminates scarring on the surface of shell or roll and also eliminates, in most cases, the need for grinding the lamination (bullnosing) on the minor diameter edge.

4.CNC control system:

4.CNC control system:

1. Special bending aircraft, numerical control.
2. HMI (human machine interface), intelligent operation.
3. Self-compensating, single operate, high efficiency, safe and convenient.
4. Many models for choice, economic numerical control model, TC computerized numerical control.

1. Special bending aircraft, numerical control.

2. HMI (human machine interface), intelligent operation.

3. Self-compensating, single operate, high efficiency, safe and convenient.

4. Many models for choice, economic numerical control model, TC computerized numerical control.

5.Major parts of the manufacturing process :

5.Major parts of the manufacturing process :

1. Working rollers: cast steel ingot (chemical composition analysis): check performance-forging roughcast — forging annealing-UT flaw — roughing (mechanical tests)-heat treatment (hardening and tempering) — UT flaw — semi finishing — finishing — MT.

2. Large forgings: cylinder body, gear, gear shaft forging roughcast — surface inspection – roughing — UT flaw — UT flaw detector heat treatment — finishing semi—finishing — MT.

3. Welding structure: racks, chassis, wheel box

4. Plate into the factory (chemical composition analysis, mechanical properties test) — pretreatment — for sheet metal cutting-welding-seam UT or RT flaw — annealing treatment — roughing-finishing— vibration destressing—hot blasting —finishing

6.Configuration of Hydraulic Plate Rolling machine is follows:

6.Configuration of Hydraulic Plate Rolling machine is follows:

1. Main power:Siemens Electrical made in Germany
2. Main electronic elements: Schneider made in France;
3. Axletree:Double-row self-aligning bearingfrom Germany
4. Main motor: Siemens Electrical made in Germany
5. Programmable logic controller PLC:OMRON products from Japan
6. Hydraulic system: Bosch – Rexroth made inGermany
7. Gear pump: made in China TaiWan ;
8. Work Roller:Material of work roller with 42CrMo Alloy steel.
9. Digital display system:Touch Screen for Delta
10 .Transducer:OMRON,Made in Japan
11. Automatic lubrication system:Sino-Japanese joint,which has block alarm

1. Main power:Siemens Electrical made in Germany

2. Main electronic elements: Schneider made in France;

3. Axletree:Double-row self-aligning bearingfrom Germany

4. Main motor: Siemens Electrical made in Germany

5. Programmable logic controller PLC:OMRON products from Japan

6. Hydraulic system: Bosch – Rexroth made inGermany

7. Gear pump: made in China TaiWan ;

8. Work Roller:Material of work roller with 42CrMo Alloy steel.

9. Digital display system:Touch Screen for Delta

10 .Transducer:OMRON,Made in Japan

11. Automatic lubrication system:Sino-Japanese joint,which has block alarm

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Q: Does it have all the details of the threading section? I used Machinery's Handbook for drawings to determine tap sizes, thread dimensions etc for technical drawings. I hate to buy the book again (I lost it in a flood) for the one chapter I really need. Does anyone know if it includes those tables?: rmatc4 okorder /

Q: where can i get the plant layput & list of machinery along with market value?: For what kind of company?

Q: describe the ways in which bacterial machinery can be utilized to replicate mammalian genome?: NONE NON-EXISTENT WON'T

Q: what rate of depreciation on new machineries purchase?: The maximum section 179 deduction you can elect for property you placed in service in 2006 is increased to $108,000 for quali?fied section 179 property. This limit is reduced by the amount by which the cost of section 179 property placed in service during the tax year exceeds $430,000. Assuming you bought this equipment and it was placed into service in 2006, you dont have to capitalize it and depreciate it. You can elect to expense the equipment up to $108,000. This limitation gets reduced dollar for dollar for the amount of equipment placed into service in 2006 that exceeds $430,000.

Q: would these include non motorized equipment used for processing?: farm machinery, mechanical devices, including tractors and implements, used in farming to save labour. Farm machines include a great variety of devices with a wide range of complexity: from simple hand-held implements used since prehistoric times to the complex harvesters of modern mechanized agriculture.

Q: Shouldn't insurance companies start considering this when insuring businesses?: Sure! They can help out with all the buttons and levers.

Q: what do companies benefit from when upgrading machinery?: Depends what you mean by upgrading. A business can upgrade existing machinery to perform faster, better, etc or they can purchase a new machine to replace an older one. With upgrading the business is looking at increasing output, reducing operating costs and improving the efficiency of the machine. A new machine will potentially return less downtime due to breakdowns, but may have teething troubles whilst it settles in. New machinery will have costs involved, not only the purchase cost, but cost of spares, cost of training to operate and maintain, and depreciation. Hope this helps

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