DA53T 3+1 4+1 Axis CNC Press Brake

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DA53T 3+1/4+1 Axis CNC Press Brake

Main features:

* 3+1 Axis,Y1 Y2 X+Crowing

* Fast Released Tool Clamp

* Synchronized cylinders for Y1 & Y2 axis.

* Schneider Electrics, Yaskawa Servo Motor and Driver

* Imported ball bearing lead screw and linear guide rail

Controller	DELEM DA53T
Motor	Siemens
Valve	BOSCH Rexroth
Electrics	Schneider
Pump	Sunny
Servo	Yaskawa

Controller

DELEM DA53T
* 2D and 2D graphical touch screen programming mode
* 3D visualisation in simulation and production
* 9" high resolution colour TFT
* Full Windows application suite
* Delem Modusys compatibility (module scalability and adaptivity)
* USB, peripheral interfacing
* User specific application support within the controllers multitasking environment
* Sensor bending & correction interface

Main Parameters

MB8	6325	10032	10040	16032	16040	20032	20040	25032	25040
Nominal Pressure	800	1000	1000	1600	1600	2000	2000	2500	2500
Workbench Length	2500	3200	4000	3200	4000	3200	4000	3200	4000
Workbench Width	110	110	110	110	110	110	110	110	110
Poles distance	1960	2600	3200	2600	3200	2600	3200	2600	3200
Throat depth	320	380	380	400	400	400	400	400	400
Slipper Stroke	200	200	200	200	200	200	200	200	200
Max Opening Height	480	480	480	480	480	480	480	480	480
slipper stroke adjust Length	150	150	150	150	150	150	150	150	150
Main motor	5.5	7.5	7.5	11	11	15	15	18.5	18.5
Oil pump	13	16	16	20	20	25	32	32	32
Hydraulic System Max Work Pressure	30	30	30	30	30	30	30	30	30
wallboard thickNess	35	45	45	50	50	50	60	70	70
slipper thickNess	40	50	50	60	60	60	60	70	70
support plate thickNess	40	60	60	70	70	70	70	80	80
Dimension(L×W×H)	2800×1700×2550	3800×1750×2580	2600×1500×2200	3800×1800×2900	2800×1900×2820	3800×1900×2920	4500×2100×2920	3800×2150×3020	4500×2150×3050
Machine weight	4.8	7.6	9	9	11	12	13.5	14	15

Detailed Images

DELEM DA53T CONTROLLER
FAST CLAMP
FRONT SUPPORTER
SCHNEIDER ELECTRICS
YASKAWA SERVO
Taifeng cylinder
REXROTH HYDRAULIC SYSTEM
Sunny Oil Pump
Siemens Motor
OIL COOLER
Kacon foot pedal
GIVI Linear Encoder
Side Fence
Back Fence
HIWIN LINEAR GUIDER

Standard AMADA type Toolings

*42CrMo material ,HRC>55
*Standard Segmented in to 835mm length each
*one piece segmented for small part
*Left and Right side with L shape cut
*Other types tooling for optional

▌ About Chzom

CHZOM is a leading and professional metal working machine manufacturer in China, which was established in 2010 and located in the cultural ancient city of Nanjing, Jiangsu Province. After 10 years development, it has been a famous and influential modern enterprise.Its sales revenue has been increased by over 100% yearly in recently years.

CHZOM endeavors to provide high quality machine and satisfied after-sales service, our machine products including: NC & CNC Press brake, swing beam shearing machine, guillotine shearing machine, mechanical & pneumatic punching machine, hydraulic press machine, rolling machine, iron worker, and laser cutting machine . They have been sold to over 100 countries and 1,000 customers all over the world in different fields.

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Under the guidance of “professional, satisfactory, high performance-to-price ratio” policy, CHZOM team always tries to provide complete and thoughtful proposal to customers by our speciality and experience. What is more, CHZOM has world-class R&D team which can ensure we can design professional and innovative machines. We can also offer overseas installation, training, maintenance, commissioning for each client and confirm they can operate CHZOM machine properly and enjoy the high performance and best service during operation.

CHZOM will make progress together with each client and strive for the goal “best quality, good price”, we will certainly be your best option in metalworking machine suppliers.

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Cooperating with the industrial association and plentiful expert factories, we can quickly match 2-3 suppliers for your selection.

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Just appoint one person to communicate with us, we have experienced team members to help you through the process, saving your time&labor cost. Our agency fee is as low as 3% of the purchasing amount.

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Press Brake FAQ

What is a Press Brake?

Unlike the hydramechanical press brake that converted the hydraulic energy to mechanical energy with a hydraulic motor fixed to an eccentric shaft, the modern hydraulic press brake uses a hydraulic pump and hydraulic cylinders to mover the ram. This design is far more efficient, allowing increased speed and accuracy. The modern hydraulic press brake can be divided into two basic subgroups , up-acting and down-acting(all other types of press brakes are down-acting only.) The French designed and were first to use, the up-acting style of press brake. In our opinion, up-acting is the best type of press brake, not only because of the ram’s guidance and arrangement of rollers, but also because of its natural antideflection characteristics. On this machine you have gravity on your side, working with you instead of against you. For any mechanical device to have movement, it must have some clearance built in to allow the mechanism to function freely. On the press brake, an important clearance lies between the power source and the ram body. The clearance is just right when the machine is new or rebuilt. However, with age and use this clearance will increase (sometimes dramatically), causing an ever-increasing amount of play in the mechanism. When the press is a down-acting, this excess clearance, or “play” is located on the bottom when no load is present. When a load is applied, such as when a piece of material is formed, this error moves to the toe of the connection. This hurts the ram’s repeatability, often leading to vast swings in bend angle from one workpiece to the next, the up-action press brake, on the other hand, always keeps this play on the bottom, whether under pressure or not. Down-acting hydraulic press brakes represents 90% of all press brakes in use today. Of all the down-acting press brakes, the hydraulic is, by far, the most accurate, these machines are controller by a CNC or DNC controller (computer numerical control or direct numerical control). The computers, in turn, control a proportional valve system. This system allows for ram control in the downward direction, which, in turn, gives accurate bend angle control.

What is a Press Brake Used For?

The press brake machine is widely used for the steel sheet metal processing, mostly they will be used in the following felds:
Decoration industry
The CNC press brake machine will be used for bending the stainless-steel elevator, steel door and frame, steel windows and skirting line. Sometimes we will use the CNC Vgrooving machine after bending to get the perfect bending angles.
Electric industry
The press brake plays an important role in the production of electric cabinet. After the steel sheet cut by the shearing machine, we will use the press brake machine to bend them into different size of the cabinet by different types of the punch and die. The segmented tooling is also the necessary part during the production, especially for the left and right horns of the punch, it is vital to form the box in the final stage.
Kitchen industry
Most of the kitchen devices are made of stainless steel, we need to use the press brake to bend them into different shapes before the final product is finished. Mostly we will use the CNC Press brake with different punch and die, like gooseneck punch and 2V die by segments. We can also use this machine to make the HVAC and other related products.
Automobile and ship industry
In this field, large capacity press brake and CNC press brake will be widely used and it as higher requirement for the bending accuracy and efficiency. CHZOM is one of the press brake manufacturers in China who is capable to produce such machines and offer good service for customers from all over the world.
Aerospace industry
High precision is generally required in this industry, because the product which produced by CNC Press brake is the key part for the final product and the bending tolerance should be within the acceptable range. CHZOM has many customers in this field and they are all satisfed with our press brake.

How Does a Press Brake Work?

The bending proceed is executed by the punch and die, the upper punch is installed on the ram and the bottom die is anchored on the table. When the punch moves together with the ram up and down, the sheet will be bent into different angles or shapes. There are three different types of bending methods used in forming sheet metal: coining, bottom bending, and air forming. Each has a specific purpose and application.
Coining
Coining was probably the first bending method practiced in the sheet metal trade. The process requires an amount of tonnage so great that the material being formed actually flows. This flowing goes out from the coined segment to that part of the workpiece not under pressure. If the bend radius is sharp (less than 63% of the material thickness), the punch tip can actually penetrate into or past the neutral axis of the bend. There the yield of the material is broken. With this penetration of the neutral axis by the punch tip, the springback almost disappears, and material remains permanently deformed at the point where the pressure was released.
Bottom Bending
There are many similarities between coining and bottom bending. With coining, however, the entire surface of the material comes into contact with the tooling, which is stamped so severely that the material actually flows, with bottom bending, on the other hand, only the radius is stamped into the material. Springback is the characteristic of most materials to try to return to the flat position after forming. The angular tooling clearance should be equal to the springback. As pressure is applied to the radius, the material passes by the required angle and up to a total equal to the required angle and the springback; then it is forced back to the required bend angle.
Air forming
Air forming is a three-point bending operation. The three points are the punch tip and both top corners of the die, Air forming uses the penetration of the punch tip into the die space as the determining factor in achieving the required bend angle. Because its tonnages are greatly reduced from those required for coining or bottoming, air forming is fast becoming the method of choice by most manufacturers. Wear and tear on the press brake and tooling is greatly reduced, leading to a marked increase in equipment longevity.Each of there foregoing styles of metal forming has a purpose. Each is capable, within its limitations , of producing an excellent product, it takes the practiced eye of the journeyman to know why and when specific techniques should be used.

How Much Does a Press Brake Cost?

The press brake price depends on the machine capacity, configurations, optional devices, degree of automation, axis quantity, controller difference, etc. Here we will give you a brief introduction about how much does the CHZOM press brake cost:
Econom press brake
This is the most economic press brake among HARSLE Product. This is widely accepted by startup and new operators. Actually, its price starts from USD3,500, when the bending capacity and bending length is more, the price will increase accordingly. This type of press brake is equipped with X any Y axis and its operation will be much easier than other high-level machines. CHZOM will use E21 controller as the standard for the cheapest level, customer can also upgrade it into DELEM DA-41S, TP10S, CT8 controllers, compared with E21, these controllers can program the bending angle for fast bending purpose, but they are all torsion-bar structure.
Smart press brake
This is the second level in CHZOM press brake. It will be upgraded from torsion-bar structure into electro-hydraulic type. The controller will be smarter and more functional. There will be two proportional valves on the top of two cylinders and two linear scales on each side of the machine vertical plate. The linear encoder can detect the distance between cylinder and the table for each side and give the feedback to CNC controller, when the controller gets the signal, it will send the signal to the proportional valve to control the movement of the cylinder. They will be a closed-loop system.
When we talk about the press brake, we will also think more about the back-gauge axis. The press brake price varies by the quantity of the axis. Actually, if you want to add one more axis, the price will be USD2,000-USD2,500 more. The smart press brake can support Maximum 4+1 axis and X+R axis for the back gauge.
For the controller, mostly we will recommend DA-52S, DA53T, DA-58T from DELEM or CT 8PS, CT12 from CYBELEC or S530, S630 from ESA.
Genius press brake
This is the highest level in CHZOM press brake, this will be chosen by most of professional companies or the customers who have high requirement on the fabrication process, like aerospace industry and automobile industry. The axis will be upgraded into like 6+1 axis or 8+1 axis and the controller will support 3D simulation or 3D programming, it will largely optimize the bending process, the offline software will be the helpful tool to boost the productivity and this software will be for free. Actually Genius press brake price will be 1.5 times higher than smart press brake, but if customer will choose other configurations, the price will increase accordingly.

How to Use the Press Brake?

1. Punch and die is the important part for bending process, we need to choose the right punch and die for our products before running the machine.
2. Because the die v opening is corresponding to the bending sheet thickness, we need to choose the right opening for the bending job.
3. Because this is hydraulic press brake machine, we need to prepare the hydraulic oil firstly. The oil type is #46 anti-wear hydraulic oil and we need to fill the tank until it is full.
4. We need to prepare the necessary cable according to the machine power in advance, when we get the cable, one end will be connected to the power, another end will be connected to the machine electric cabinet.
5. After the connection of the cable, we will start the machine power and pump and check the motor rotating direction, if the direction is anticlockwise, we need to exchange the cable each line and try again until the rotating direction is clockwise.
6. When the machine is running, we need to program on the controller according to the product that we will bend step by step, we can also operate in manual mode or auto mode according to our bending purpose.
7. After the programming, we will put the metal sheet on the bottom die and start the bending work step by step and finish the product finally.

DA53T 3+1 4+1 Axis CNC Press Brake