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 140 IRC5 M2004
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 2400/10 S4CPlus M2000
Arm reach 1,50 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
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
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
Kawasaki
ZX 165U
Arm reach 3,23 m
Machining
The use of used industrial robots for machining, is increasingly widespread. This is due to improvements in accuracy, cost reduction and the adaptation of CAM systems.
The advantage increases when the size of the pieces to be machined increases.
Machining with used robot is a variant of the mechanized CNC focused to the manufacture of big pieces in soft materials.
The robots use conventional heads and tools but mounted on the wrist of the robot.
With the increase in the precision of industrial robots it is already possible to perform 3D parts machining taking advantage of the qualities of the robot.
In machine tools the use of robots can increase the productivity of machining centers. Other advantages lie in the minimization of downtime and the semi-automatic process of the machine in shifts without personnel.
An used robot is the solution to other applications that due to their lower requirements are economically unviable for their production with conventional CNC machines.
From a CAD file of the piece that is going to be made, it is introduced into a CAM software with which the trajectories of the tool are generated and later through a program the transformation is made for the movements of the robot axes.
The use of an used industrial robot to perform metal and machining tasks can boost your productivity and reduce your time to market.
Milling is one of the machining procedures that allows machining materials with the help of a milling tool. With an used robot it is possible to obtain an even more flexible production process.
The milling allows to give the piece the desired shape by removing the remains of excess material by means of a defined cut and a rotating movement of the cutting tool.
Other applications can be deburring, drilling, threading, polishing and the like.
The cell with used industrial robot, with cutting tool, allows the machining of various processes in very large and heavy parts. This process offers the possibility of changing the tools or machining equipment in the robot through the use of tool changers. Several tools can be placed at the same time on the head of the robot.
For applications where robots are exposed to liquids, it is recommended to use robots with additional protection.
The benefits of using industrial robots for these tasks:
• Reduction of operating costs.
• Improvement of product quality.
• Increase in production rates.
• Increase in product manufacturing flexibility.
• Reduced material waste and increased performance.
• Improvement of safety and health in the workplace.