MECACONCEPT,

INDUSTRIAL ROBOTICS SOLUTIONS


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From the simplest application to the most complex trajectory studies, MECACONCEPT supports you in the realization of your robotic projects.

Sébastien NIVET, CEO
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PROCESS ROBOT CELL

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PICK AND PLACE

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PACKAGING CELL

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PALLETIZING ROBOT
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AUTONOMOUS ROBOT

ROBOTIC PALLETIZING SYSTEM


Automated palletizing is a popular addition to packaging and logistics processes. It's a robotic application that's easy to implement and widely used by manufacturers.

WHY AUTOMATE PALLETIZING?

Robotic palletizing offers a number of advantages, including

  • reduction of RSI by limiting manual and repetitive handling of loads
  • increased throughput
  • optimization of the logistics process during loading operations.

AUTOMATED PALLETIZING : COBOT OR ROBOT?

Palletizing is the organized arrangement of stackable shapes. The palletizing operation therefore consists in arranging objects in successive layers in a secure and stable manner.

However, each palletizing application is specific to the company.  Here are the main criteria to consider before opting for a cobotic or robotic island solution:

  • characteristics of the objects to be handled: size, weight, shape
  • production rate
  • pallet or support dimensions (European pallets, half-pallets, etc.)
  • working environment (wet, grey areas, etc.)
  • integration into upstream/downstream process
  • presence of operators in the immediate vicinity

The functional and risk analyses carried out by the robotic integrator will guide the technical choices towards the most appropriate solution.


A robotic palletizing project?Contact US !

étude d'implantation de robot collaboratif de palettisation par Mecaconcept

palletizing by collaborative robot


robotic palletizing by Mecaconcept

General layout study: robotized palletizing island, integration of additional equipment and automated management of upstream/downstream flows

MACHINE LOADING/UNLOADING ROBOT



robotized loading machincer center by mecaconcept

ROBOTIZED LOADING FOR MACHINING CENTERS

Automated loading/unloading of machines makes it possible to :

  • relieve operators of repetitive, tedious tasks with no real added value.
  • respond to increased production rates (implementation of 3 X 8), even on a one-off basis.

Depending on the cycle diagram and the configuration of the work area, the same robot can feed one or more machines. In addition, to facilitate the production of specific small batches, simplified and secure operator access to the machining centers must be offered and managed.

An automation project for your machining stations?Contact US !

PICK AND PLACE


EXAMPLE OF A PICK AND PLACE ROBOTIZED APPLICATION

On-the-fly collection (pick & place) of parts placed on a conveyor by a robot, and placement on specific pick & place modules.

TECHNOLOGIES USED :

  • 2D vision
  • SCARA robot / Delta robot

Good to know: Possibility of using the vision system supplied by the robot manufacturer, but also development of customized solutions from the range of systems available: autonomous 2D/3D sensor or PC-based system.

A project combining vision and robotics?Contact US !

ROBOTIZED PACKAGING CELL


Imagecellule de conditionnement robotisé mecaconcept

DESCRIPTION :

End-of-line robotized packing of multi-reference products into cartons and insertion of interleaves.

TECHNOLOGIES USED :

Robots synchronized 2 by 2

  • Differentiated management of case packing plans according to production campaigns
  • Development of a vision system with linear camera acquisition and barcode readers for product identification and positioning.
  • Automated control of the robotized cell

Good to know: During the pre-project phase, the cycle diagram can be validated using a flow simulation study (carried out with Tecnomatix® Plant Simulation).

A robotic packaging project ?Contact Us !

SPECIFIC APPLICATION DEVELOPMENT



Innovation is part of Mecaconcept's DNA. We work with some of our customers on a wide range of prototyping and/or pre-industrialization issues.

Example: process robot with complex trajectory tracking

  • Design and production of the robot cell integrating a heavy-duty robot
  • Design of the specific machining head
  • Assistance in generating complex machining trajectories using in-house CAM software
  • Management of 9 robot axes, including 1 machining axis and 2 interpolated rotary axes
A prototyping or R&D project?Contact us !
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COLLABORATIVE MOBILE ROBOT


ROBOT COLLABORATIF MOBILE par MECACONCEPT ( autonomous mobile cobot  )

Towards a new generation of Collaborative Mobile Robot capable of carrying out different missions at different locations in a workshop, factory or building. The Mobile Assistant Robot combines the power of image processing algorithms with the mobility and agility of mobile and collaborative robotics. It's a set of technological bricks that can be combined and upgraded according to customer needs.
FLEXIBILITy
A hardware-independent method of configuring tasks, providing a high degree of operating flexibility.
MODULARITy
The Collaborative Mobile Robot can be customized on demand.Selection of the brand and specific features of components according to user needs: choice of the brand and features of the shuttle, collaborative robot, 3D sensor and tool (gripper, AI camera, etc.).
AGILITy
The robot's ability to adapt to its environment and manipulate objects without upstream parameterization. The vision algorithms developed by MECACONCEPT determine, with extreme precision, the best orientation of the gripping device for picking up or manipulating objects. Thanks to CAD modeling, the system is able to identify any product without prior learning.
COnnectivity

Various interfacing protocols enable the robot's actions to be coordinated with the various players involved (machines/line operator/operators).

USE CASE
  • machine loading and unloading
  • spot sampling on line
  • Intralogistics: picking or handling of parts
  • specific processes (autonomous sanding, quality control, defect inspection, etc.)
MORE INFORMATIONContact-us !
Use cases of supply at the edge of the line and sampling to carry out quality checks. Video shot as part of the SIRAM project - Integrated System for Mobile Assistant Robots -