Machine mount - adjustable foot SF 50 vibration damped - Sylomer^®

Machine foot, adjustable foot with vibration-damping, steel chrome-plated SF 50

Thread M

Thread length (mm)

Sylomer^®

Size

12.5
X

SKU: ---

Price per item

€4.01 excl. 19% Vat
excl. Shipping & package

DELIVERY

Base plate: chrome-plated steel
Threaded spindle: galvanised steel
Damping plate: Sylomer®

Electroplating gives the steel a mirror-smooth, shiny surface with a high-quality appearance. The chrome layer acts as a barrier against moisture and oxygen, thus contributing to corrosion resistance.

In addition to its visual effect, chrome plating also increases the surface hardness and makes the steel more resistant to abrasion and mechanical stress.

Our chrome-plated machine feet are also easy to maintain: the low-porosity surface makes it difficult for dirt to adhere and is easy to clean. Furthermore, chrome-plated steel is characterised by high chemical resistance to many acids, alkalis and solvents.

The Sylomer® damping plate, which is bonded with a special adhesive, effectively dampens vibrations and structure-borne noise. It is permanently dimensionally stable, ageing- and weather-resistant. Sylomer® has good chemical properties against oils, greases, diluted acids and alkalis, as well as good UV and ozone resistance.

This machine foot is also available in stainless steel.

Our high-quality, precision-manufactured machine feet offer many advantages. Among other things, they reduce vibrations and, thanks to the Sylomer® damping plate, reduce noise caused by vibrations. In addition, they protect the machines, thereby increasing their service life.

Machine feet with Sylomer® damping plates are particularly suitable for machines and products that require precise vibration damping.

The machine foot is steplessly height-adjustable via the thread (depending on the spindle length) and can be adjusted to an angle of inclination of approx. 7.5° in each direction (approx. 15° in total) via the ball-bearing spindle. This guarantees stable and accurate alignment of the machine.

Vibration damping with maximum stability
Noise reduction and protection against slipping
Increased durability of machines, measuring instruments and products
Compensation for uneven floors without the need for costly concrete foundations
Large hexagonal wrench surfaces for easy height adjustment
Bolted connection between plate and spindle

The machine feet are delivered fully assembled.

Sizes in stock and quickly available (please ask for special sizes) Machine mount SF80:

SF50M8x50
SF50M8x80
SF50M8x100
SF50M8x120
SF50M8x150
SF50M8x180
SF50M8x200
SF50M8x250
SF50M8x300
SF50M10x50
SF50M10x80
SF50M10x100
SF50M10x120
SF50M10x150
SF50M10x180
SF50M10x200
SF50M10x250
SF50M10x300
SF50M12x50
SF50M12x80
SF50M12x100
SF50M12x120
SF50M12x150
SF50M12x180
SF50M12x200
SF50M12x250
SF50M12x300
SF50M14x50
SF50M14x80
SF50M14x100
SF50M14x120
SF50M14x150
SF50M14x180
SF50M14x200
SF50M14x250
SF50M14x300
SF50M16x50
SF50M16x80
SF50M16x100
SF50M16x120
SF50M16x150
SF50M16x180
SF50M16x200
SF50M16x250
SF50M16x300
SF50M20x50
SF50M20x80
SF50M20x100
SF50M20x120
SF50M20x150
SF50M20x180
SF50M20x200
SF50M20x250
SF50M20x300
SF50M24x50
SF50M24x80
SF50M24x100
SF50M24x120
SF50M24x150
SF50M24x180
SF50M24x200
SF50M24x250
SF50M24x300
SF50M30x50
SF50M30x80
SF50M30x100
SF50M30x120
SF50M30x150
SF50M30x180
SF50M30x200
SF50M30x250
SF50M30x300
SF50M24x1.5x50
SF50M24x1.5x80
SF50M24x1.5x100
SF50M24x1.5x120
SF50M24x1.5x150
SF50M24x1.5x180
SF50M24x1.5x200
SF50M24x1.5x250
SF50M24x1.5x300
SF50M30x1.5x50
SF50M30x1.5x80
SF50M30x1.5x100
SF50M30x1.5x120
SF50M30x1.5x150
SF50M30x1.5x180
SF50M30x1.5x200
SF50M30x1.5x250
SF50M30x1.5x300

Machine foot / adjustable foot / vibration damper SF 50 steel chrome-plated sketch

Technical Details

Ø D	50 mm
H	--- mm
H1	14.5 mm
H2	--- mm
	17 mm
Sylomer^®	12.5 mm
	1.5 - 95 kg

Notice: The maximum static load value refers to the Sylomer® damping layer. If you have any questions about the load on the base plates or spindles, please feel free to contact our technical support team.

Download data sheet (PDF)