Balls - Import export

Design and construction This Schulz ball caster consists of a casing with threaded pin and a top cover as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction The Schulz ball caster „Blue-Line“ with a housing made of certified plastic and a gap-free, closed cover (without dirty edges), a plastic or stainless steel carrier ball and several support balls has been specially developed by us for use in the food industry. For this purpose they have the signal colour blue. The Schulz plastic ball castor „BlueLine“ is particularly easy to clean due to the new design with several dirt holes in the housing. Dimensions The pitch is determined by dividing the shortest edge length of the conveyed material by 3.5.

Design & construction Our Schulz separate fixing clip assits installation and compensates for irregular bore diameter. Installation Our Schulz clamp spring washers/fixing clips for euro ball transfer units allow ball transfers units to be mounted and removed from the installation (upper) side. Our clips requires a minimum plate thickness of 3 mm to grip securely.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing, a top cover and a bearing cap as solid turned parts, a bearing ball and several support balls. To this ball caster is another casing which serves as a body for the spring. Prevent spring loaded ball casters Damage caused by shock loads. Dimensions Die Teilung wird ermittelt, indem man die kürzeste Kantenlänge des Fördergutes durch 3,5 dividiert.

Design and construction This Schulz ball caster consists of a casing with threaded pin and a top cover as solid turned part, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing, a top cover and a bearing cap as solid turned parts, a head flange, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing and a top cover as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing and top cover as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer units consists of a casing and a top cover as stamped parts, a bearing ball and several support balls. In common parlance, these ball casters are also called “UFO” or “Saturn” ball casters, according to their construction type. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of three stamped parts, the casing, bearing shell, threaded pin, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of three stamped parts, the casing, bearing shell, 3-prong-buittin-clip and top cover, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of three stamped parts, the casing, bearing shell and top cover, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

1 to 3 molding heads Double Spindle Design For gentle products transport Diaphragm adjustable from 10mm. up to 9cm CIP System A vacuum equipped to avoid production interruption or product damage. Conical Feeding system Productivity starts from 8000 pcs/hr. up to 24000 pcs/hr Easy to use electric control panel Available certification up on your request: UL, CE, GMP, FDA, ASME. Available documents up on your request: I.Q (Installation qualification), O.Q Operational qualification), P.Q Performance qualification.

DESCRIPTION High stability on high capacity. Can handle multiple Viscosity types Type of metal used S.S 316 / 304 Certifications ISO 90012015, OHSAS 180012007, ISO 500012011, ISO 450012018 SPECIFICATION 1 to 3 molding heads Double Spindle Design For gentle products transport Diaphragm adjustable from 10mm. up to 9cm CIP System A vacuum equipped to avoid production interruption or product damage. Conical Feeding system Productivity starts from 8000 pcs/hr. up to 24000 pcs/hr HMI and SCADA system with touch screen integrated user friendly and simplified software. Available certification up on your request UL, CE, GMP, FDA, ASME. Available documents up on your request I.Q (Installation qualification), O.Q Operational qualification), P.Q Performance qualification.

Our flexible ball transfer units provide a simple solution for transporting lightweight to heavy goods along all directions. Our ball transfer units enable you to easily move, rotate and control your conveyed goods. The ball transfer units are constructed so that a very smooth run is possible in all directions, even when moving heavy loads (depending on the version). In a configuration where the ball transfer units are offset from the vertical with overhead mounting, it is possible to achieve a reduction in the load-carrying capacity of up to 50%. Many of our ball transfer units are low-maintenance and feature an oil-soaked felt seal against contamination. Ball transfer units with plastic load balls are excellent for moving loads with delicate surfaces (such as glass, polished aluminum, brass and steel sheet).

On request, we can supply ball caster tables / ball transfer units tables adapted to your individual requirements. We usually use sheet metal panels, which are manufactured, edged and welded on all sides, in accordance with your size specifications. The standard table models are galvanised, but can also be supplied with powder-coated surfaces in different RAL colours, in bright steel or stainless steel. Ball caster spacing patterns are manufactured in accordance with your individual requirements. We supply every size of table. In the case of surfaces larger than 2,000×3,000 mm, several table plates are put together to make one table. The ball casters / ball transfer units are mounted by means of press fitting and are easily replaceable. They can be mounted in rows or positioned alternately.

On request, we supply ball caster rails / ball transfer units rails adapted to your individual requirements. We usually use rectangular section tubes with 2-4mm thick walls. The tubes are galvanised in the standard procedure, but can also be supplied with powder-coated surfaces in different RAL colours. Ball caster spacing patterns can be carried out in accordance with the collar size of the ball casters used. We supply profile lengths of up to maximum 6,000 mm. The ball casters / ball units are mounted by means of press fitting and are easily replaceable. So you’d like to “get something special rolling”, but have questions about it!? Please don’t hesitate to contact us in person or to use our contact form – we’re always happy to advise you!

Design and construction This Schulz ball caster / ball transfer unit consists of a casing with threaded pin, a top cover and a bearing cap as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing, a top cover and a bearing cap as solid turned parts, a bearing ball and several support balls. To this ball caster is another casing which serves as a body for the spring. Prevent spring loaded ball casters Damage caused by shock loads. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing, a top cover and a bearing cap as solid turned parts, a bearing ball and several support balls. To this ball caster is another casing which serves as a body for the spring. Prevent spring loaded ball casters Damage caused by shock loads. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster consists of a casing with threaded pin and a top cover as solid turned part, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

Design and construction This Schulz ball caster / ball transfer unit consists of a casing, a top cover and a bearing cap as solid turned parts, a bearing ball and several support balls. Dimensions The spacing is calculated by dividing the shortest edge length of the object to be transported by 3.5.

The ball sector motor valve type 4037 is suitable for use in potentially explosive atmospheres in accordance with Directive 94/9 EC. This motorized control valve is used in a number of process applications for shutoff and control tasks, especially with abrasive, pasty and fibrous fluids.

The ball sector motor valve type 4030 is used in a number of process applications for shut off and control tasks, especially with abrasive, pasty and fibrous fluids. This series is characterised by an extraordinary rangeability of 300 1 and a high flow capacity.

GMN offers a complete range of sizes, types and designs with its spindle ball bearings in standard sizes S, SM and KH. In conventionally oil-lubricated spindle bearings, lubricant is supplied through a lateral oil supply. GMN spindle bearing designs +A, +AB, +L and +LB provide direct oil supplies to the lubrication point through a bore in the outer ring. GMN spindle bearing designs +AG ensure the highest possible machine running times without complex oil supply systems. These feed the lubricant directly into the lubricating point through holes in the outer ring. The developed high-performance, separable BNT and BHT designs ensure fast and uncomplicated handling, especially with regard to assembly and maintenance.

The use of high-precision radial groove ball bearings is especially recommended when axial forces are supported in two directions, but the installation space makes the use of a spindle bearing pair impossible; plus when the best-possible guide for rotating components is needed, but the RPM requirements are less important. Depending upon the load capability and the installation space available, GMN provides deep groove ball bearings in sizes 60 and 62 as per DIN 625. A large selection of various cages, lubricants and covers make it possible to adapt GMN deep groove ball bearings to any application.