Solutions for robots & cobots

Robots and cobots can be flexibly integrated into existing production and material flow concepts using the appropriate interfaces. Our solutions include, amongst other things, robot tables for different robot sizes and payload classes, as well as solutions for connecting conveyor technology to cobot applications. This results in coordinated end-to-end solutions for automated handling, pick & place, mounting and material supply.

Cobot Station ONE

013 - Compact, entry-level cobot workstation

The Cobot Station 013 is a compact, modular, plug-and-play workstation designed for the rapid and cost-effective deployment of collaborative robots. Specially developed for applications with limited space or budget, this station is ideal for those new to the technology. Based on mk’s tried-and-tested aluminium profile system, it combines a robust design with high flexibility and easy integration into existing production environments. Thanks to its modular design, it is ideally suited for compact pick-and-place applications, machine tending, test cells and R&D stations.

For advanced material flow concepts, it can be easily integrated with the Versamove pallet system.

  • Footprint: 800 × 600 mm
  • Working height: 860 mm
  • Weight: 106 kg
  • Max. cobot payload: 15 kg
  • Max. cobot reach: 1,300 mm
  • Standard equipment
    • Aluminium worktop with T-slots
    • Castors with brakes and floor fastening elements
    • Handle
    • Mounting bracket for cobot control panel
Cobot Station PLUS MINI

014 - Compact, mid-range cobot workstation with advanced features

The Cobot Station 014 is a compact, modular, plug-and-play mid-range workstation designed for the efficient use of collaborative robots in a minimal footprint. Specially developed for flexible production cells and applications with increased demands on functionality and integration, it is ideally suited to handling medium payloads and operating machinery in confined spaces.

Based on mk’s tried-and-tested aluminium profile system, this cobot station combines a robust design with high flexibility and fully integrated electronics for a particularly tidy solution. Thanks to its modular design, it can be easily integrated into existing production environments and flexibly adapted to different automation tasks. The cobot station 014 is ideally suited to compact pick-and-place applications, machine loading, test cells, and flexible manufacturing and assembly processes.

For advanced material flow concepts, connection to the Versamove pallet system is easily achievable.

  • Footprint: 800 × 560 mm
  • Working height: 860 mm
  • Weight: 126 kg
  • Max. cobot payload: 20 kg
  • Max. cobot reach: 1,300 mm
  • Standard equipment
    • Aluminium work surface with T-slots
    • Castors with brakes and floor fastening element
    • Integrated electronics (emergency stop switch, 3x press buttons, 21A on/off switch, Ethernet port, 230V Schuko socket, internal on/off power strip
    • Cover (Lexan or alucobond)
    • Front door with handles
    • Handle
    • Mounting bracket for cobot control panel
Cobot Station PLUS

015 - Modular full-size cobot workstation for demanding industrial applications

The Cobot Station 015 is a modular full-size workstation designed for the high-performance deployment of collaborative robots in demanding industrial applications. Designed for maximum flexibility and scalability, it is ideally suited to complex automation tasks with high demands on payload, process integration and expandability.

Based on mk’s tried-and-tested aluminium profile system, this cobot station impresses with its robust construction, generous working spaces and the seamless integration of controller and automation technology. Thanks to its modular design, it can be flexibly adapted to individual manufacturing processes and easily integrated into existing production environments.

The cobot Station 015 is ideally suited to machine loading, demanding pick-and-place applications, assembly stations and end-of-line inspection processes. For fully modular production lines, direct connection to the Versamove pallet system is easily achievable.

  • Footprint: 1,100 x 800 mm
  • Working height: 800 or 900 mm
  • Weight: 156 kg
  • Max. cobot payload: 40 kg
  • Max. cobot reach: 1,800 mm
  • Standard features
    • Aluminium work surface with T-slots
    • Castors with brakes and floor fastening elements
    • Integrated electronics (emergency stop switch, 3x press buttons, 21A on/off switch, Ethernet port, 230V Schuko socket, internal on/off power strip
    • Cover (Lexan or alucobond)
    • Front door with handles
    • Handle
    • Internal storage compartment
    • Mounting bracket for cobot control panel

UR+ approved conveyors with URCap control

The UR+ approved* belt conveyor system GUF-P 2000 is ideally suited for the easy and reliable use with UR cobots. Using the URCap allows the robot to control operation mode and speed of the conveyor.

To the UR Solutions

 

  • Widths: 50 / 75 / 100 / 150 / 200 / 250 / 300 / 400 / 500 / 600 / 700 / 800 mm
  • Lengths: Individual 410 to 10000 mm
  • Tail: ø 53 mm, knife edge ø 19 mm
  • Conveyor belt: Wide variety from suitable to unsuitable for accumulated operation
  • Drive: SEW / AC 230 V / 50 Hz / IP 54 / head or lower belt position
  • Total load: Up to 75 kg 
  • Speed: Up to 80 m/min
  • Power transmission: Direct and indirect
  • Additional options: Side rails, stands, sensors, a.o.

Practical examples

Robotertisch TH Köln

A compact demonstrator with a robot, conveyor technology and a camera system at UAS Cologne provides an interactive experience of complex production processes. Thanks to the support of the mk Technology Group, key concepts such as OEE can be taught.

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Roboterzelle 01

A customer needs a cell for integrating a robot and testing stations for checking high-precision small parts. The customers specifications for the enclosure dimensions, the carriers for the robot and testing stations and the operating and safety elements were available from the very start of the…

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Mobile test bench with storage system in a maritime container 06

Problem definition
In a testing process, containers need to be fed into a storage system and then discharged. After they are fed into the system, the containers need to be shaken and then positioned so that a robot can remove a sample. A worker fills the containers with products to be tested and…

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Contact

For custom requests, please contact our technical sales department at info(at)mk-group.com, by phone at +49 2284598-­0 or using the contact form below.

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