ABB
IRB 6640 IRC5 M2004 235 kg payload
Arm reach 2,55 m
ABB
IRB 6400R S4CPlus REX
Arm reach 2,50 m
ABB
IRB 1400 S4C M98A
Arm reach 1,44 m
ABB
IRB 1400 S4CPlus M2000
Arm reach 1,44 m
ABB
IRB 6600 S4CPlus M2000
Arm reach 2,80 m
ABB
IRB 6600 IRC5 M2004
Arm reach 2,55 m
ABB
IRB 6640 IRC5 M2004
Arm reach 2,55 m
ABB
IRB 2400/16 S4CPlus M2000
Arm reach 1,55 m
ABB
IRB 6640 Foundry Plus
Arm reach 2,55 m
ABB
IRB 2400/16 S4C M98
Arm reach 1,50 m
ABB
IRB 6400 S4C M98
Arm reach 2,40 m
ABB
IRB 6640 IRC5 M2004 3200 mm arm reach
Arm reach 3,20 m
ABB
IRB 2400L S4CPlus M2000
Arm reach 1,80 m
ABB
IRB 6650 Shelf S4CPlus M2000
Arm reach 3,50 m
ABB
IRB 2400/10 S4C M98A
Arm reach 1,50 m
ABB
IRB 140 IRC5 M2004
Arm reach 0,81 m
ABB
IRB 140 S4CPlus M2000
Arm reach 0,81 m
ABB
IRB 1600 IRC5 M2004
Arm reach 1.450,00 m
ABB
IRB 2400/10 IRC5 M2004
Arm reach 1,50 m
ABB
IRB 6400R S4CPlus REX 3,00 m / 100 kg
Arm reach 3,00 m
ABB
IRB 4400/60 IRC5
Arm reach 1,96 m
ABB
IRB 6620 IRC5 M2004
Arm reach 2,20 m
ABB
IRB 6400 Shelf M2000
Arm reach 2,90 m
ABB
IRB 1600iD IRC5 M2004 Multi move
Arm reach 1,50 m
ABB
IRB 2400/10 S4CPlus M2000
Arm reach 1,50 m
ABB
IRB 4400 S4 M94-M96
Arm reach 1,95 m
ABB
IRB 4400 S4CPlus M2000
Arm reach 1,95 m
ABB
IRB 7600 IRC5 325 kg 3100 mm
Arm reach 3,10 m
ABB
Welding system 3x IRB 1400 multimove IRC5
Arm reach 1,44 m
ABB
IRB 2400-16 IRC5
Arm reach 1,50 m
ABB
IRB 6640 IRC5 M2004 205 kg payload
Arm reach 2,75 m
Fanuc
R2000i/165F RJ3i model B
Arm reach 2,65 m
Fanuc
LR Mate 200iB 5WP
Arm reach 0,70 m
Fanuc
M710iC/70
Arm reach 2,05 m
Fanuc
R2000iB 210F R30iA
Arm reach 2,66 m
Fanuc
LR Mate 200iC R30iA
Arm reach 0,70 m
Fanuc
Arc Mate 120iB RJ3iB
Arm reach 1,67 m
Fanuc
S420iF RJ2
Arm reach 2,40 m
Fanuc
M16iB R30iA
Arm reach 1,66 m
Fanuc
M710iC/50 R30iA
Arm reach 2,05 m
Fanuc
R2000i/165F RJ3iB mounted on linear track
Arm reach 2,65 m
KUKA
KR16
Arm reach 1,61 m
KUKA
KR 30-3 KRC2 Ed05
Arm reach 2,03 m
KUKA
KR 350/240
Arm reach 2,94 m
KUKA
KR 60/3 KRC2 Ed05
Arm reach 2,03 m
KUKA
KR 150-2 Series 2000 KRC2
Arm reach 2,70 m
KUKA
KR 210-2 Series 2000 KRC2
Arm reach 2,70 m
KUKA
KR 125 - KR150
Arm reach 2,80 m
KUKA
KR 210 KRC2 Ed05
Arm reach 2,70 m
KUKA
KR 210L150-2 2000
Arm reach 3,10 m
KUKA
KR 210L180-2 2000
Arm reach 2,90 m
KUKA
KR 200L170-2 Comp
Arm reach 2,60 m
KUKA
KR 360-2 KRC2 Ed05
Arm reach 2,82 m
KUKA
KR 200L140-2 Comp
Arm reach 2,80 m
Yaskawa - Motoman
UP 165
Arm reach 2,65 m
Yaskawa - Motoman
MH 180
Arm reach 2,70 m
Scara
Sony SRX-611 Scara
Arm reach 0,60 m
Kawasaki
ZX 165U
Arm reach 3,23 m
Atlas - AGV
Atlas AGV
Arm reach 0,00 m
Handling of parts
Material handling is one of the most common applications in robotics, and it is where companies can obtain great savings.
To optimize the exact positioning accuracy of the parts in a production process, the industrial robots can facilitate, with a high dynamic and long life of duration, assembly, handling and testing techniques.
Complex manipulation and repetitiveness can only be carried out by means of industrial robots with an articulated arm. Some processes, such as those carried out in clean and controlled environments, the so-called clean rooms, are clear examples of this.
With the use of an industrial robot, a reduction in pollution is achieved, a more homogeneous product and also a reduction in the cost of manufacturing.
An industrial robot is an arm composed of mechanical elements with joints between them. On the wrist is placed a device such as a clamp or a special tool that performs the operations that are needed.
The main advantage is the improvement in ergonomics in the movement of the pieces. The integration of these devices with robotics, gives the industry all the advantages of the automation of manufacturing processes.
Often the access to the piece is difficult, either by size, by its weight or by the complexity of its form, it is necessary to carry out a project of design and manufacture of a specific tool for it. These are some examples:
- clamps and fingers
- Tools, specific tools can be installed, such as screwdrivers, soldering irons, paint feeders, polishers, etc.
- claws
- of emptiness
- magnetic
These projects must take into account characteristics such as: the load capacity, grip force, geometry and dimensions of the objects to be handled, tolerance, types of movements to be made, type of power supply (electrical, hydraulic, pneumatic), time of action of the mechanism, characteristics of the contact surface, etc.
Product handling can be complemented with a vision camera, which gives the position of the product with high precision. It is not necessary to present the piece in a pre-programmed position, which reduces the work of programming.