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GRINDAIX SERVICES                                                                                GRINDAIX SERVICES
 COOLANT AUDIT®  YOUR CHOICE:




 FOR MACHINES  AUDIT TYPE                                                     M 1/2     M 3      M 4      M 5



 Our Coolant Audit® encompasses a complete on-site analysis of your machine tool conducted by our lubricoolant specialists.
 The aim of this is to achieve process optimization of your machining task. During a Coolant Audit®, we analyse all relevant   For users
 lubricoolant data on your CNC grinding machine. This includes supply and return conditions on your grinding machine, part
 properties, the grinding wheel, the lubricoolant nozzles and the required lubricoolant volumes. We carry out these analyses   For machine manufacturers
 primarily during running operation – the machine tool is only down for approx. one hour.  GOALS
           Avoid grinding burn
 Of course, merely collecting the lubricoolant parameters on your CNC grinding machine is not the only key to higher produc-
 tivity during grinding or to eliminating grinding burn. The multitude of process parameters mean that there are many options   Increase productivity
 for increasing productivity, which we can identify and assess using the acquired data. For this reason, we use the data obtained   Reduce lubricoolant consumption
 from your grinding machine to carry out a comprehensive evaluation following the on-site analysis. We compare all relevant
 lubricoolant system parameters and determine the optimum lubricoolant supply conditions for your CNC grinding machine.  Identify lubricoolant requirement
           Increase energy efficiency
           Complete lubricoolant engineering / from the concept phase
 “We provide your machine  Aftersales customer service with machine retrofitting
           Service recipients – grinding burn
 with a turbocharger!”  ON-SITE ANALYSIS

           Pump technology
           Lubricoolant supply
           Lubricoolant system fixtures (valves, taps, pipes, etc.)
 PROCEDURE OF A COOLANT AUDIT® M  Lubricoolant consumption/requirements per grinding cycle

           Generation of a lubricoolant consumption profile
           Creation of a lubricoolant pressure and volume supply plan for individual and central lubri-
 1  Visit to your production environment   2  Measurement of flow rates  coolant supply
 Our technicians visit you with all the necessary   By means of state-of-the-art measurement tech-
 measurement equipment. Within a very short space   nology, we check the current lubricoolant flow rate   Lubricoolant requirements in various operating scenarios, e.g. all machines in use
 of time (approx. 3h/machine), the periphery inside   per line. Depending on the audit, we also monitor   New design of all lubricoolant nozzles, design of needs-based lubricoolant pressures,
 the machine is recorded.  all scenarios of your production process.  volume flows, supply lines and components, pump type and pump performance, taking into
           account the complete range of machine applications
           Creation of a lubricoolant and power consumption profile: pumps (kWh) and lubricoolant
 3  Recording supply lines and fixtures  4  Analysis and evaluation of waste  (pressure/volume) per cycle
 All pipes are completely recorded – from the  We demonstrate how machining sites may be sup-
 lubricoolant supply connection to all nozzle exits.  plied in a robust way to meet the highest productivity   RESULTS
 All geometrical and type values are also logged.  demands, and how all waste in secondary zones may   Complete retrofit engineering (incl. drawings, specifications and product recommendations
 be avoided.  for optimum lubricoolant supply)

           Lubricoolant requirements plan for the actual state: compiling an individual quotation for a
           Grindaix retrofit package (nozzles, pumps, optimised settings)

           Complete conception and design of the target lubricoolant situation, incl. parts list, design
           drawings, detailed quotations

           ADVANTAGES
           Longer tool life
           Higher feed rate

           Avoidance of grinding burn
           Lower lubricoolant and energy consumption
           Reduction of filtration load
           Determining needs-based lubricoolant pressures and volume flows
           Recording dimensions for lubricoolant components and filtrations
           Optimised lubricoolant supply according to customer requirements



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