MODEL:
PLN Serie is based on orbital working concept, where one or two belts, acording to model, wrap the products to be worked. while these are feeded throguth the machine, while.
A constant and quality all round polishing is achieve thanks to the high speed of the system and controlled working pressure.
The system allow the work of round bars or tubes also in case of endless products and required limited resources in term of handling equipment and spaces.
PLN
Applications
The machie can work round products in general, for example seamless or welded tubes, bar or wire, in case of bar to bar, coil to coil or coil to bar systems.
The target results can be for example:
- Cosmetic finishing.
- Defects removal
- Roughness improvement
- Reduction of noise during NDT.
- Cleadning from oxide layer, rust or impurities
- Removal of spirals or machining marks
For model PLN
Carachteristics
Orbital
PLN machines are offered in different configuration and dimensions, according to application for example to work on small products with high feeding speed or to process big diameters with the scope of high stock removal.
The machine can be easilyt intergrate in a production mill where more funcions are operated, and can be upgraded with numerous accessories and optioanls manage or improve the performances, such as laser gauges to measure the stock removal or before a NDT test to reduce of the back ground noise.
Alternatives to PLN
PLN- Available with different capacity and dimensions
Tubes, pipes and bars, bundle to bundle, coil to coil, before cut to length
From 4 to 15 mm - 5 - 114 mm - From 60 to 350 mm (Other on demand)
Length from 2,5 mt up to endless (according to transport system)
Grinding belts with different length and width according to model
Dry with dust collector .
Belt Grinding
PLN Technical
MODEL
Workable products
Workable dimensioms
Diameters
Length
Tools used
Working conditions
SURFACE ENGINEERING s.r.l.
Street: Via Quadretto 5 - 9
Post code: 20013 City: Magenta
State: ITALY - EU
Ph: +390297003431
Fx: +390297296473
@: info@surfaceenginering.it