With MALAGA - the basic system -you can easily and purposefully develop the ideal profil - regardless of whether you want to create future-future-oriented structures from existing plants or design, simulate and implement completely new models for the greenfield.

Just as the primary goal is always to link the levels of information and process, we link all services from system engineering to integration testing to implementation and gain synergy from integration.

We offer an abundance of modular program units, which support you with your work effectively.

Software:

• MALAGA – Factory planning and logistics
• MASSIMO – Simulation

Planning is subject to increasing challenges (keyword: “turbulent environment, increasing requirements, more complexity”) and quick reactions are therefore required- and as well-future planning is agile (digital factory, IoT) and a response to the requirements for constant renewal and development of ratio potential.

das bedeutet: optimizing manufacturing processes and making the best possible use of resources from an economic and – increasingly important – ecological perspective.

We are always at the forefront of technology.

ZIP has received the prestigious elogistics award from AKJ Automotive. The main winners of the award were the automotive group Daimler and ZIP for the “Digital Logistics Planning”

The elogistics award is presented for innovative logistics concepts
and solutions that are already in use.

Factory planning

Malaga masters the implementation of processes in the layout at high speed. Individual goals are not optimized in isolation, but the range-spreading tasks are combined into a chain of rules and realised in the layout. 

Single goals are not optimized in an isolated manner, The same maxim is valid also for the organization of the production areas - the manufacturing is developed process orientated as a whole.

The same maxim also applies to the design of the production areas - production is developed as a whole in a process-oriented manner. The program takes the data from the material flow analysis and uses it to develop the structure-in result: short planning cycles with a well-founded basis and the concrete evaluation of alternatives.

Logistics

In plants the concepts of lean manufacturing gain more and more influence. Due to that enterprises begin to re-consider the role of logistics.

The material flow and thus the supply and disposal become the backbone of manufacturing - and this heavily affects the factory layout. The aim is to keep stocks low and turn over quickly, so that the material flows and the supply rolls.

Structuring production using transport axes, on which the material flow is oriented, is an efficient part of MALAGA logistics planning. The focus on the continuous value chain and the perspective of process chain logistics force functional and transparent processes in the layout.

The concept of short throughput times is clearly reflected in the route navigation and information system Easyplanner

The immense increase and complexity of internal traffic requires relevant know-how in the area of logistics and layout systems. And only those who have the necessary information can foresee, plan and act accordingly.

MALAGA provides this information and supports the planner in many ways. Route capacities and bottlenecks are displayed, material flows are planned and controlled according to specified rules. Finally, the simulation shows how the planning can be successfully implemented into reality.

MASSIMO - Simulation convinces

MASSIMO (MAterialsflow System  SImulation and MOnitoring) is a simulation package, that runs directly in the factory layout. All necessary data are already available anyway.

A powerful solution - the coupling of simulation and animation directly with the CAD. Lengthy model development and extensive data acquisitions are no longer necessary. Simulating at the"push of a button" is literally “easy”!

Simulation provides detailed results

MASSIMO finds saving possibilities and, -above all-helps to increase the efficiency of the system and optimize production.

Through simulation, dangerous undercapacities or expensive overcapacities in some areas of production plants can be reliably and promptly identified in the planning phase, even under dynamic load conditions. The simulation can be used to identify the effects of disruption-related problems in the materials flow. In this way, high usage losses in linked systems can be prevented. The simulation shows ways in which an increase in throughput can be achieved through organizational or control measures, thus avoiding expensive plant engineering solutions.

The strategy is to regulate and rationalize the organization of workflows and processes in production.