Our sets of collaborative robots were also created for machining companies. The available configurations can work side-by-side with humans, extending maintenance-free machine runtimes, which in turn increases productivity and production stability. Choose one of the following sets to streamline your production.
By choosing the services of Cobot Planet you get a ready-to-use workstation and expert support. We will help you implement the complete cobot station – therefore, you will achieve the benefits of automation faster and minimize the risk of errors.
With the support of our specialists:
We would be happy to share our experience in the field of production automation.
Precise and stable fastening, as well as easy disassembly and reassembly of the station are crucial for the efficient operation of the whole installation. We have designed special solutions which feature compatibility with cobots, high quality of workmanship, and the possibility of adjusting the parameters to the production needs. Thanks to our anchoring kit it is possible to keep the surface flat and safe for operators after moving the cobot. The caps available in the kit protect sockets with anchors from contamination. The mounting column allows for safe and secure fixing of the cobot. In addition to the standard height that meets the maximum safety requirements, supplementary column extensions are also available, providing even greater flexibility in production. The cobot base is mounted on the column.
Mounting column K400
KOL_0400.02
Z2 anchoring set
KK_Z2-STD.01
UR10e and UR16e cobot base
KOL_PR_190.01
UR5e i HCR5 cobot base
KOL_PR_177.01
UR3e and HCR3 cobot base
KOL_PR_128.01
HCR-12 cobot base
KOL_PR_HCR12.01
Doosan Robotics cobot base
KOL_PR_DOOSAN.01
TM5-700 and TM5-900 cobot base
KOL_PR_TM5.01
TM12 and TM14 cobot base
KOL_PR_203.01
Column extension F100
KOL_F100.01
Column extension F200
KOL_F200.01
Column extension F400
KOL_F400.01
Mounting column K400
KOL_0400.02
Z2 anchoring set
KK_Z2-STD.01
UR10e and UR16e cobot base
KOL_PR_190.01
UR5e i HCR5 cobot base
KOL_PR_177.01
UR3e and HCR3 cobot base
KOL_PR_128.01
HCR-12 cobot base
KOL_PR_HCR12.01
Doosan Robotics cobot base
KOL_PR_DOOSAN.01
TM5-700 and TM5-900 cobot base
KOL_PR_TM5.01
TM12 and TM14 cobot base
KOL_PR_203.01
Column extension F100
KOL_F100.01
Column extension F200
KOL_F200.01
Column extension F400
KOL_F400.01
Mounting column K400
KOL_0400.02
Z2 anchoring set
KK_Z2-STD.01
UR10e and UR16e cobot base
KOL_PR_190.01
UR5e i HCR5 cobot base
KOL_PR_177.01
UR3e and HCR3 cobot base
KOL_PR_128.01
HCR-12 cobot base
KOL_PR_HCR12.01
Doosan Robotics cobot base
KOL_PR_DOOSAN.01
TM5-700 and TM5-900 cobot base
KOL_PR_TM5.01
TM12 and TM14 cobot base
KOL_PR_203.01
Column extension F100
KOL_F100.01
Column extension F200
KOL_F200.01
Column extension F400
KOL_F400.01
Mounting column K400
KOL_0400.02
Z2 anchoring set
KK_Z2-STD.01
UR10e and UR16e cobot base
KOL_PR_190.01
UR5e i HCR5 cobot base
KOL_PR_177.01
UR3e and HCR3 cobot base
KOL_PR_128.01
HCR-12 cobot base
KOL_PR_HCR12.01
Doosan Robotics cobot base
KOL_PR_DOOSAN.01
TM5-700 and TM5-900 cobot base
KOL_PR_TM5.01
TM12 and TM14 cobot base
KOL_PR_203.01
Column extension F100
KOL_F100.01
Column extension F200
KOL_F200.01
Column extension F400
KOL_F400.01
Mounting column K400
KOL_0400.02
Z2 anchoring set
KK_Z2-STD.01
UR10e and UR16e cobot base
KOL_PR_190.01
UR5e i HCR5 cobot base
KOL_PR_177.01
UR3e and HCR3 cobot base
KOL_PR_128.01
HCR-12 cobot base
KOL_PR_HCR12.01
Doosan Robotics cobot base
KOL_PR_DOOSAN.01
TM5-700 and TM5-900 cobot base
KOL_PR_TM5.01
TM12 and TM14 cobot base
KOL_PR_203.01
Column extension F100
KOL_F100.01
Column extension F200
KOL_F200.01
Column extension F400
KOL_F400.01
Our wide range of solutions enables the assembly of working areas for component positioning. Simple design allows for quick and precise assembly of the station. Due to the compact size of the frame, the process can be automated even when there is very little space between the machines. The mounting rack serves as a base for the C-interconnector. The trapezoidal rack for frame allows the use of extra space between the worktop surfaces. The scanner holder makes it possible to attach a scanner to the column, which slows down the cobot after an operator enters its workspace.
Frame 66 x 43 cm
S66x43.02
Trapezoidal rack for frame 66 x 43 cm
S66x43_PTR.01
Mounting rack
UCH_CB.01
Scanner holder
UCH_SF00_SICK.01
Frame 86 x 63 cm
S86x63.01
Clamping ring with T-shaped inserts
UCH_OM.01
Mounting set 10 pcs.
ZMON_S_OM
Frame 66 x 43 cm
S66x43.02
Trapezoidal rack for frame 66 x 43 cm
S66x43_PTR.01
Mounting rack
UCH_CB.01
Scanner holder
UCH_SF00_SICK.01
Frame 86 x 63 cm
S86x63.01
Clamping ring with T-shaped inserts
UCH_OM.01
Mounting set 10 pcs.
ZMON_S_OM
Frame 66 x 43 cm
S66x43.02
Trapezoidal rack for frame 66 x 43 cm
S66x43_PTR.01
Mounting rack
UCH_CB.01
Scanner holder
UCH_SF00_SICK.01
Frame 86 x 63 cm
S86x63.01
Clamping ring with T-shaped inserts
UCH_OM.01
Mounting set 10 pcs.
ZMON_S_OM
The flexible and easy-to-configure system guarantees precise and convenient storage of parts as well as uncomplicated replenishment, which significantly extends the maintenance-free station runtimes. Components can be positioned on the gravity feeder with adjustable inclination angle, on a perforated plate or in a KLT container. The low cost of the solution allows for the configuration of numerous station variants, depending on the manufactured assortment. Reconfiguration and setting up takes no more than a few minutes. An increase in the working area can be achieved by mounting two Cobot Planet frames on one column (for more details, see Configurations for the CNC industry).
Perforated plate 37 x 27 cm
ZS_01.01
Gravity feeder
ZS_PG.02
KLT container
ZS_KLT.01
Pin Set – 150 pcs.
ZS_PIN150.01
Bumper
ZS_PG_P1.01
Guides set
ZS_PG_PR.01
Perforated plate 37 x 27 cm
ZS_01.01
Gravity feeder
ZS_PG.02
KLT container
ZS_KLT.01
Pin Set – 150 pcs.
ZS_PIN150.01
Bumper
ZS_PG_P1.01
Guides set
ZS_PG_PR.01
Our solution guarantees the efficient exchange of signals between a machine and a cobot. C-interconnector is the central element of the solution. It allows for free transfer of the station between machines (plug-and-play configuration change). The contol panel allows for the operation of the necessary functions of the cobot (stopping, returning to the service position, resuming work, macro reset) without the need to activate them from the teach pendant. The functions of the control panel can be tailored to your needs. The scanner ensures safety near the cobot's workstation by detecting the operator's entry into its workspace, eliminating the risk of an accident at the workstation without using a barrier.
C-interconnector I/O - 6/6
CI01.01
C-interconnector I/O - 8/8
CI02.01
C-interconnector 6/6 with scannerr
CI01.01+SF00_CI
C-interconnector 8/8 with scanner
CI02.01+SF00_CI
Signal cable with a 6/6 strip
NC01.01
Signal cable with a 8/8 strip
NC02.01
Control panel for C-interconnector
SF01_CI.01
Independent control panel
SF01_BW.01
Power supply cord
CI_KZ230V.01
Scanner
SF00_SICK
C-interconnector I/O - 6/6
CI01.01
C-interconnector I/O - 8/8
CI02.01
C-interconnector 6/6 with scannerr
CI01.01+SF00_CI
C-interconnector 8/8 with scanner
CI02.01+SF00_CI
Signal cable with a 6/6 strip
NC01.01
Signal cable with a 8/8 strip
NC02.01
Control panel for C-interconnector
SF01_CI.01
Independent control panel
SF01_BW.01
Power supply cord
CI_KZ230V.01
Scanner
SF00_SICK
C-interconnector I/O - 6/6
CI01.01
C-interconnector I/O - 8/8
CI02.01
C-interconnector 6/6 with scannerr
CI01.01+SF00_CI
C-interconnector 8/8 with scanner
CI02.01+SF00_CI
Signal cable with a 6/6 strip
NC01.01
Signal cable with a 8/8 strip
NC02.01
Control panel for C-interconnector
SF01_CI.01
Independent control panel
SF01_BW.01
Power supply cord
CI_KZ230V.01
Scanner
SF00_SICK
C-interconnector I/O - 6/6
CI01.01
C-interconnector I/O - 8/8
CI02.01
C-interconnector 6/6 with scannerr
CI01.01+SF00_CI
C-interconnector 8/8 with scanner
CI02.01+SF00_CI
Signal cable with a 6/6 strip
NC01.01
Signal cable with a 8/8 strip
NC02.01
Control panel for C-interconnector
SF01_CI.01
Independent control panel
SF01_BW.01
Power supply cord
CI_KZ230V.01
Scanner
SF00_SICK
C-interconnector I/O - 6/6
CI01.01
C-interconnector I/O - 8/8
CI02.01
C-interconnector 6/6 with scannerr
CI01.01+SF00_CI
C-interconnector 8/8 with scanner
CI02.01+SF00_CI
Signal cable with a 6/6 strip
NC01.01
Signal cable with a 8/8 strip
NC02.01
Control panel for C-interconnector
SF01_CI.01
Independent control panel
SF01_BW.01
Power supply cord
CI_KZ230V.01
Scanner
SF00_SICK
The Cobot Planet team has designed sets of dedicated Cobot Planet finger grippers for the Robotiq 2F-85, 2F-140 and Hand-E grippers for gripping workpieces from the outside and from the inside. They enable repetitive picking up of components from the storage and their precise placement, e.g. in jaws or in a vice. The replacement of finger grippers takes only a few dozen seconds. We also offer a wide range of dedicated solutions for your product range. Contact our technical advisor to design individual finger gripper.
Gripping from outside
for Robotiq 2F-85 and 2F-140
PCH_2F_Z.01
Gripping from inside
for Robotiq 2F-85 and 2F-140
PCH_2F_W.01
Bumpers
Dedicated solutions
Gripping from outside
for Robotiq Hand E
Gripping from inside
for Robotiq Hand E
For flat surfaces
Gripping from outside
for Robotiq 2F-85 and 2F-140
PCH_2F_Z.01
Gripping from inside
for Robotiq 2F-85 and 2F-140
PCH_2F_W.01
Bumpers
Dedicated solutions
Gripping from outside
for Robotiq Hand E
Gripping from inside
for Robotiq Hand E
For flat surfaces
Gripping from outside
for Robotiq 2F-85 and 2F-140
PCH_2F_Z.01
Gripping from inside
for Robotiq 2F-85 and 2F-140
PCH_2F_W.01
Bumpers
Dedicated solutions
Gripping from outside
for Robotiq Hand E
Gripping from inside
for Robotiq Hand E
For flat surfaces
Compressed air system
for Robotiq dual grippers
AIR_ROBOTIQ-DUAL.01
Clamping rings set for UR10e and UR16e
MEDIA_85-110.01
Clamping rings set for UR5e
Clamping rings set for UR3e
Compressed air system
for OnRobot grippers
Compressed air system
for Robotiq dual grippers
AIR_ROBOTIQ-DUAL.01
Clamping rings set for UR10e and UR16e
MEDIA_85-110.01
Clamping rings set for UR5e
Clamping rings set for UR3e
Compressed air system
for OnRobot grippers
When selecting the gripping method, it is essential to take into account the compliance with the standards for safe use. We offer innovative Robotiq grippers that are fully compatible with the Universal Robots cobots. Easy installation and integration at the software level (common application for programming and control) guarantee the comfort of operation of the entire installation. We are an official reseller of the Robotiq grippers and have the status of a Universal Robots Certified Integrator.
Our priority is to ensure the high quality of our products. That is why we offer ready-to-use sets of the Universal Robots collaborative robots. The UR e-Series cobots feature innovative solutions that increase both safety and efficiency of use, making them ideal for your production plant. Cobot Planet is an official reseller of the Robotiq grippers and has the status of a Universal Robots Certified Integrator.
Integration of CP-1s with SICK scanner
The Cobot Planet design team has completed work on the integration of CP-1s station for CNC machines with the SICK scanner. SICK is a recognized supplier of work safety solutions. As a result of this project, our C-interconnector was adapted to cooperate with the scanner. Functionality of the station was extended by the so-called safe zone. After an operator enters this zone, the station reduces the speed of the cobot arm.
Cobot Planet's promotional
online debut
Thanks to the cooperation with Pro-Cobot, well-known distributor of the Universal Robots collaborative robots, the Cobot Planet team was able to present their CNC Tending solution to a wider group of potential customers. The webinar took place on 8 July 2020 and was attended by nearly 60 participants. We would like to thank the Pro-Cobot team for organizing the webinar and the audience for taking part in it. You can find the link to the recording from the webinar below.
Integration of CP-1s with FANUC milling machine
The Cobot Planet team has completed the pilot implementation of the CP-1s station to cooperate with the FANUC 4-axis milling machine. Due to the specificity of the production process, the double-frame station was implemented. This allowed for extending the maintenance-free operation of the machine. For the implementation purposes, the Cobot Planet team designed dedicated finger grippers and a bumper for the Schunk pneumatic vice.
Integration of CP-1s with SICK scanner
The Cobot Planet design team has completed work on the integration of CP-1s station for CNC machines with the SICK scanner. SICK is a recognized supplier of work safety solutions. As a result of this project, our C-interconnector was adapted to cooperate with the scanner. Functionality of the station was extended by the so-called safe zone. After an operator enters this zone, the station reduces the speed of the cobot arm.
Cobot Planet's promotional
online debut
Thanks to the cooperation with Pro-Cobot, well-known distributor of the Universal Robots collaborative robots, the Cobot Planet team was able to present their CNC Tending solution to a wider group of potential customers. The webinar took place on 8 July 2020 and was attended by nearly 60 participants. We would like to thank the Pro-Cobot team for organizing the webinar and the audience for taking part in it. You can find the link to the recording from the webinar below.
Integration of CP-1s with FANUC milling machine
The Cobot Planet team has completed the pilot implementation of the CP-1s station to cooperate with the FANUC 4-axis milling machine. Due to the specificity of the production process, the double-frame station was implemented. This allowed for extending the maintenance-free operation of the machine. For the implementation purposes, the Cobot Planet team designed dedicated finger grippers and a bumper for the Schunk pneumatic vice.
Integration of CP-1s with SICK scanner
The Cobot Planet design team has completed work on the integration of CP-1s station for CNC machines with the SICK scanner. SICK is a recognized supplier of work safety solutions. As a result of this project, our C-interconnector was adapted to cooperate with the scanner. Functionality of the station was extended by the so-called safe zone. After an operator enters this zone, the station reduces the speed of the cobot arm.
Cobot Planet's promotional
online debut
Thanks to the cooperation with Pro-Cobot, well-known distributor of the Universal Robots collaborative robots, the Cobot Planet team was able to present their CNC Tending solution to a wider group of potential customers. The webinar took place on 8 July 2020 and was attended by nearly 60 participants. We would like to thank the Pro-Cobot team for organizing the webinar and the audience for taking part in it. You can find the link to the recording from the webinar below.
Integration of CP-1s with FANUC milling machine
The Cobot Planet team has completed the pilot implementation of the CP-1s station to cooperate with the FANUC 4-axis milling machine. Due to the specificity of the production process, the double-frame station was implemented. This allowed for extending the maintenance-free operation of the machine. For the implementation purposes, the Cobot Planet team designed dedicated finger grippers and a bumper for the Schunk pneumatic vice.
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