Part loads - Import export

Grease lubrication of unsheltered parts subject to heavy loading and/or impacts, such as friction, rolling and pivoting bearings, splined shafts, knockout spindles, threaded spindles and sliding surfaces of all kinds For harsh operating conditions Advantages and benefits Excellently suited as a safety lubricating grease in mixed friction sector with especially good wear protection Effectively protects against corrosion Contains Mox-active to improve performance For best results clean the lubricating point carefully. Clean with solvents like OKS 2610/OKS 2611 Universal Cleaner. Remove the corrosion protection ahead of the initial filling. Fill the bearings in a way that all the functional surfaces for sure get the grease. Slow moving bearings(DN-value < 50,000) should be filled completely, normal moving bearings should be filled to 1/3 of the free inner housing space. Observe the instructions of the bearing or machine manufacturer. Relubrication with a grease gun on to the grease

For the lubrication of machine parts under high mechanical loads Silicone-free alternative for the lubrication of O-rings and sealings during assembly For the lubrication of plastic/plastic and plastic/metal combinations, e.g. beverage can holders in the automotive industry Advantages and benefits High shear stability Excellent adhesion on plastics and metals Compatible with plastics (see table OKS 468) Constant properties without drying, hardening or bleeding NSF H1 registered Silicone-free MOSH/MOAH-free

Long-term lubrication of dirt-sensitive sliding points under vibration stresses Particularly suitable for lubricating chucks on tool machines Broad range of uses at stress-loaded parts, also at contact with cooling lubricants Lubrication of control and drive mechanisms Can be used at filling, labelling and packaging machines Advantages and benefits Resistant to water, steam and aqueous cooling lubricants Prevents frictional corrosion reliably Highly effective due to optimum solid lubricant combination Minimal consumption due to formation of highly effective lubricating films For optimum adhesion, clean contamination and other lubricants from thread and slide surfaces. Best way is to clean mechanically first and then with OKS 2610/OKS 2611 universal cleaner. Apply sufficient paste evenly to the functional surfaces with a brush, spatula, etc. The paste will also act as a sealant. Do not use paste instead of grease and mix only with suitable lubricants.

Metzner provides a number of proven automation solutions for the automatic loading and unloading of coating carriers for CVD and PVD coatings. The abbreviations PVD (Physical Vapour Deposition) and CVD (Chemical Vapour Deposition) stand for different coating processes. When loading the PVD spears, we differentiate between "single-loading" and "back-to-back loading". In addition to part loading, spacers are loaded onto the spears in addition to the parts. In single-loading, a spacer is located behind each individual insert, whereas in back-to-back-loading, two inserts are placed "back to back" and only then is a spacer loaded. To implement "back-to-back-loading", a turning station is integrated into the machinery. This station is used to turn the corresponding insert by 180 degrees, loading it directly onto the respective spear.

Metzner powder press and indexable insert automations of the "RPA 3-SC series" automatically remove pressed blanks from a powder press and deposit them quickly and gently in a definable sample. In the "RPA 3-SC1", the transfer of the individual sintering plates and the loading of the blanks is carried out by a SCARA 4-axis robot. The empty sintering plates are placed manually into a sintering plate magazine, removed with a sintering plate gripper if necessary, and fed to the loading position. The robot then moves to a gripper station, deposits the sintering plate gripper, picks up a part gripper, and starts loading the sintering plate. In the "RPA 3-SC2", sintering plates are placed manually on a double conveyor belt. One sintering plate at a time is automatically transported to the loading position via the conveyor belt. The robot immediately starts to load the blanks. Loaded sintering plates are ejected from the loading position and manually removed from the conveyor belt.