Automatic CNC Robot Press Brake | Hydraulic Sheet Metal Bending for Steel Parts
- Price
- US $8800-7600
- Model
- CNC Robot Press Brake
- MOQ
- 1 piece
Item specifics
- Color
- yellow
- country of origin
- Anhui
- Applicable industries
- Manufacturing Plant
- weight
- 260
- marketing type
- Hot Product 2024
- core components
- PLC Engine Motor Gearbo Gear
- Core component shelf life
- 1 year
- brand
- RONGWIN
Review
Description
Automatic CNC Robot Press Brake Machine Hydraulic Sheet Metal Bending Cell System Carbon Steel Pump Bearing Gear Engine Steel
FULLY AUTOMATIC ROBOT
Production Flow
1.The robot grabs materials
from the loading area
2.The robot grabs the sheet and
places it on the centering table.
3.The robot grabs the sheet
(short side) and automatically aligns
the rear finger system
4.The robot grabs the sheet metal
bending machine and follows
the bending short edge
5.The robot grabs the sheet and
uses the turning frame to turn it over
6.The robot grabs the sheet
(long side) and automatically
aligns the rear finger system
7.The robot grabs the sheet metal
and the bending machine
follows the bending long edge
8.The robot puts materials into the
unloading area
Application Scenario
Advantages
1. Easier to use
Easy to install and teachEasy to maintain and use
2. High stability
The core components adopt imported configuration,with more stableperformanceand vibrationsuppression technology, which effectivelysuppressesthe low-frequencyvibration caused byacceleration and deceleration.
3. High efficiency
Trajectory planning technology based on dynamic model tooptimizerobot rhythm
4. New structural design
Rod length ratio, small arm length ( X ) /big arm length ratio ( Y ) , meetsthe needs of the bending process Support higher palletizing height (H=1500mm)
5. Humanized operating world
All configurations are integrated into one interface, making switching quickand convenient.Automatically generate a folded coordinate system in threestepsPlug and play with folded statements, no need for teaching,improving debugging efficiency
6. Bending simulation software
Comes with virtual controller and pC teaching pendant Supports teachingprogramming, motion simulation, reachability and beat testing
Technical specifications
|
Name
|
ER30
|
|
Action type
|
Multiple joints
|
|
Number of control axes
|
Number of control axes
|
|
Number of control axes
|
Floor decoration
|
Maximum joint speed J1axis | 145°/sec |
Maximum joint speed J2axis | 105°/sec |
Maximum joint speed J2axis | 170°/sec |
Maximum joint speed J4axis | 320°/sec |
Maximum joint speed J5axis | 320°/sec |
Maximum joint speed J6axis | 450°/sec |
Maximum activity radius | 1.6m |
Maximum allowable load on wrist | 30Kg |
Additional load allowed on third axis | 10Kg |
Repeat positioning accuracy | ±0.1mm |
Detailed lmages
1. Robot gripper
Quick switching. Match different loads.Workpieces of different specificationsDiversification: suction cup method and magnet method
2. Robot track
Modular design, effective travel can becustomizedAutonomous servo drive, accuracy+0.1rrn.Self-lubricating system
3. Face changing mechanism
Meet complex process requirements invarious forms: horizontal and vertical
4. The gravity centering mechanism has a modular design and various forms!
It can adapt to different sizes.Workpieces of different materials
5. Rear gear positioning mechanism
Standardized design. Easy andconvenient installationCheck the plate is in place
Specific application cases
In the sheet metal industry, the application of robotbending unitscan solve the production needs ofmultiple varieties, small batches, and fast switching.The LAG international robot press brake unit integratesa CNC bending machine, a KUKA 7-axis robot andguide rails, supporting loading stations, etc. Throughthe intelligent robot press brake unit, it can solve theproblems existing in the traditionalpress brake process,such as operation Problems such as inconsistentplacement of workpieces caused by the unsustainableendurance of workers, the need for multiple peopleto operate large workpieces, and poor work safety.
Workshop
