On-site lubricant maintenance
Extend the lifetime of your lubricants and machinery through regular and expert lubricant maintenance!
Lubricating oils, particularly metalworking fluids can often be contaminated during planned and technically feasible change cycles. Contaminants will also reduce the lifetimes of lubricant loads and machinery.
Regular expert maintenance will help you preserve the quality of oils and emulsions for the longer term
We test lubricant loads, diagnose and then correct the main problems without stopping production. Supported by detailed laboratory WearCheck lubricant analysis, we can even restore the original status of loads..
How does on-site lubricant maintenance operate?
Lubricant oils
| ON-SITE STATUS SURVEY | WEARCHECK DIAGNOSTICS |
| QUICK RESULTS ABOUT THE GENERAL CONDITION OF LUBRICANTS Viscosity, water content, acid number and cleanliness measurements are conducted when different types of oil are examined. |
DETAILED RESULTS Provides more data with greater detail and accuracy than on-site status surveys can. You can learn more about the details of WearCheck diagnostics in our dedicated brochure. |
Emulsions
| ON-SITE STATUS SURVEY | WEARCHECK DIAGNOSTICS |
| QUICK RESULTS ABOUT THE GENERAL CONDITION OF LUBRICANTS Concentration, pH value, corrosion tendency, water hardness, chloride, nitrate and nitrite content are measured when emulsions are examined. |
DETAILED RESULTS Provides more data with greater detail and accuracy than on-site status surveys can. You can learn more about the details of WearCheck diagnostics in our dedicated brochure. |
You too should enjoy the benefits of our services!
| Direct results | Additional impacts, benefits |
| Regular and professionally sound maintenance of lubricants optimally leveraging their technical performance | Oil drain intervals can be increased without risk; machinery service life is increased |
| Lubricant loads, continuously maintained in good condition, reduce the rate of wear on equipment as well as the frequency and degree of malfunctions | Reduced number of stoppages; decreased maintenance needs; better use of production capacity |
| Metalworking fluids, maintained in good condition, will extend tool edge life spans | Time and money spent on sharpening tools and purchasing new tools reduced |
| Metalworking fluids, maintained in good condition, will contribute to the impeccable quality of manufactured products | Scrap ratio reduced; production efficiency improved |
| Metalworking fluids, maintained in good condition, do not cause healthcare problems and reduce the environmental burden | Better workplace conditions; fewer people on sick leave; less waste emulsion generated due to longer emulsion lifespan |
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