Or bearings - Import export

Discover our range of bearings for agricultural equipment: ball bearings, roller bearings, cam rollers, needle bearings. To provide you with the most comprehensive range and impeccable quality, we work with the leading brands of agricultural bearings: Timken, NTN, SNR, NSK and Schaeffler. Our range includes more than 1,000 items, 450 of which are in stock. Landa offers a range of agricultural parts for forage harvesters, combine harvesters, balers, mower conditioners, windrowers and tedders. We develop wear parts for harvesting machines that are equivalent to original manufacturer parts, in partnership with industrial companies specialising in the fields of metallurgy (assembly, machining, forming).

Body and rotary table Al alloy, anodised. Spindle steel, casehardened. Spindle bearing maintenancefree. Version Radial play of rotation axis < 0.015 mm. Axial play of rotation axis < 0.02 mm. Repeat accuracy < 0.05°. Spindle selflocking. Note 360° adjustment, no end stop. Scale graduation is 10 increments. Transmission ratio 2116008 = 501 2116012 = 551 2116025 = 501 The rotary stage can be easily combined with other modules of the same size. Drawing reference All counterbores to DIN 74Bm (D6)

Ceramic bearings Si3N4. Bearing cage PTFE. For most applications Si3N4 is the preferred material for ceramic bearings. Silicon nitride bearings are light, very hard and highly wear resistant. High and ultrahigh performance bearings are used in e.g. aerospace technology, metal production industries (high application temperatures), machine manufacturing, chemical industries (chemically aggresive substances), pharmaceutical and medical industries, semiconductor and biotechnology (clean room enviroments which may not be contaminated by lubricants). On request Special version with PEEK ball cage. Without ball cage.

Highperformance polymer iglidur® G, iglidur® J or iglidur® X. Version iglidur® G grey; iglidur® J yellow; iglidur® X black Note Plastic highperformance polymer plain bearings. – maintenancefree – lubricantfree – corrosionresistant – resistant to dirt – high dimensional precision – high pressure resistance – good heat dissipation – very low creep tendencies – high mechanical damping – resistant to UV radiation. Assembly The bearings are designed for press fits in H7 bores. After pressing in, the ID of the bearing will be diameter D with the relative tolerance. The bearings are suitable for shafts with h tolerance (recommended min. h9).

Housing washer, shaft washer and rolling elements, bearing steel. Cage, steel. Note Axial ball bearings accept high axial loads from one direction but may not be loaded radially. The bearings are separable. This means the bearing parts can be fitted independently of each other. The main dimensions of the axial ball bearing conform to ISO 104 and DIN 711. Dimensional and running tolerances correspond to tolerance class PN acc. to DIN 620. These tolerance classes are standard and are well suited for most applications.

Frame brass. Tubular bubble vial glass. Version Nickelplated and highgloss polished. Form B black anodised. Note Bubble levels are used as a type of zero indicator instrument for checking horizontal inclination in e.g. spirit levels, inclinometers, metrology instruments and machine constructions. The tubular levels can be fastened using the two holes. Form A one sight window Form B three sight windows Sensitivity in angular minutes for 2 mm bubble travel Green filling

Bullseye level body stainless steel up to Ø14 mm, then aluminium. Sight window glass. Version Aluminium black anodised. Note Bubble levels are used as a type of zero indicator instrument for checking horizontal inclination in e.g. spirit levels, inclinometers, metrology instruments and machine constructions. Excellent bubble contour, with internal bubble ring to eliminate planar parallaxes. Sensitivity in angular minutes for 2 mm bubble travel Clear filling

Frame brass. Bullseye level body polyamide. Bubble levels are used as a type of zero indicator instrument for checking horizontal inclination in e.g. spirit levels, inclinometers, metrology instruments and machine constructions. These bullseye levels can either be screwed down using the three holes (Form A) or recessed (Form B). Form A calibrated to the ground bottom face Form B calibrated to the underside of the flange Sensitivity in angular minutes for 2 mm bubble travel Clear filling Black contrast ring White level base

Housing steel. Cage plastic. Balls steel. Note The linear ball bearings correspond to series 3 of ISO 10285. With doublesided seal. The linear ball bearings have a plastic cage which results in quiet and outstanding running properties. With flange for direct mounting on the housing. Linear ball bearings with doublesided seal should be greased before installation. The specified load ratings apply with the use of hardened and ground shafts. Precision guide shafts 21595. Fastening screws 07160.

Housing steel. Cage plastic. Balls steel. Note The linear ball bearings correspond to series 3 of ISO 10285. With doublesided seal. The linear ball bearings have a plastic cage which results in quiet and outstanding running properties. With flange for direct mounting on the housing. Linear ball bearings with doublesided seal should be greased before installation. The specified load ratings apply with the use of hardened and ground shafts. Precision guide shafts 21595. Fastening screws 07160.

Lifting table for electric motor Fixing with its reinforced end for vertical using Drived by ballscrew or leadscrew Guided by 2 rods on ball bushings (or plain bearings in leadscrew version) Motor adaptation for lifting table These lifting tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Presentation of the lifting tables to be motorized The trapezoidal screw version is irreversible and the axial precision is <0.15 mm (in practice 0,02 to 0,10 mm). The ballscrew version is reversible and the axial accuracy is <0.07 mm. The maxi stroke is 300 mm, and any intermediate stroke can be produced. Assembly of tables in XZ, YZ or XYZ systems For a crossed table XZ

Positioning table for electric motor Guided by 2 rods on ball bushings Motor adaptation on linear table These ballscrew tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Tables with ballscrew for motor The ballscrew is reversible and the axial precision of these tables is <0.07 mm. The maxi stroke is 400 mm, and any intermediate stroke can be produced. For a XY cross table, the tables are mounted on each other directly by the body with option 308922* (smooth holes are made in the body of a table). For less precise positioning applications, these tables are available with trapezoidal screw.

Positioning table for electric motor Guided by 2 rods on ball bushings (bronze bearings on request) Motor adaptation for linear table These leadscrew tables are delivered without motor, but the adaptation of your motor can be done by us. Some adaptations are standard, especially for standard motors (NEMA17 or NEMA23), if the dimensions of your motor are not listed, contact us to check the feasibility of your motor adaptation from our rough parts. Trapezoidal screw tables for motor The trapezoidal screw is irreversible and the axial precision of these tables is <0.15 mm (in practice 0.02 to 0.10 mm). The maxi stroke is 750 mm, and any intermediate stroke can be produced. For a XY cross table, the tables are mounted on each other directly by the body with option 308922* (smooth holes are made in the body of a table). For more precise positioning applications, these tables are available with ballscrew.

These bearing blocks permits to realize linear tables with 2 guide rods. Guided by 4 ball bushings and protected by 4 wiper seals. Quadruple bearings or bearing blocks These bearing blocks (or quadruple bearings blocks) permits to realize linear tables with 2 guide rods. Guided on 4 ball bushings and protected by 4 wiper seals. The housing is in anodized aluminium. In option, for dusty environment additionnals wipers in nitrile (/RNI) or polyurethane (/RPU). With 2 guide rods in hardened steel, you can easily make a precision linear table that will withstand significant torques and loads (according to the length of the rods). These blocks are interchangeable with the bodies of Type 306 linear tables, Type 309 trapezoidal screw tables, Type 308 ball screw tables and Type 307 pneumatic cylinder tables. They can therefore be the basis for a special execution of these products.

Table for manual using or outside motorization Guided on ball bushings Guide tables without transmission These tables are used for manual movement or for external drives. The end plates are tapped in the center to optionally receive a hydraulic shock absorber or stroke adjustment. On request, a position clamping is available (option /BP0* on leadscrew tables). Range of linear tables with cylinder or screw transmission These tables exist, in the same dimensions, in different versions – suitable for pneumatic cylinder Type 307 – with trapezoidal screw for electric drive Type 308 – with ball screw for electric drive Type 308 – with trapezoidal screw for manual drive Type 309

Manual XY positioning stage realized with leadscrew table 309L Manual XY positioning stage Tables 309L are assembled carriage on carriage (long carriage version only) with the option 308922 * making smooth holes in the carriage of a table. The standard strokes for each axis are 100, 200 or 300 mm. The same options as the 309L tables are available (handwheel, knob, indicator, locking, base plate). The choice of the type of guide is also the same (bronze or ball bushings). The axial positioning accuracy of these tables is <0.15 mm (in practice 0.02 to 0.10 mm). Positioning tables with base plate Base plates are only available for standard strokes (100, 200 and 300mm). The lower plate allows the table to be fixed by the 4 holes in the central zone, while without a base plate, the table must be fixed by the end plates.

Small manual positioning table Driving by metric screw M6x1 Guided by 2 rods in steel Precision and compactness of this small manual table It is the smallest manual table in our range (width 54 mm / height 27,5 mm). Screw step is 1 mm per round and axial precision of these tables is <0.05 mm after locking in position (<0,10 mm before locking in position). Locking in position is done on the transmission screw, either at the top of the bearing (position B1) or at the end of the table (position B2). Grip knob, position indicator and maxi stroke The shaft outlet is threaded to screw in the grip knob with or without a position indicator (or the handwheel, but it can’t be used with an indicator). The maxi stroke is 100 mm, and any intermediate stroke can be produced. Compact lifting table, miniature cross table and base plate A version « Z axis » allows to fix the table only by its end plate. It can be fixed directly on the carriage of another table for a YZ mounting.

Manual lifting table Driving by leadscrew Guided by 2 rods Interest of lifting table These tables can be fixed by only one end thanks to a reinforced sole, for vertical or offset applications (using the mobile body). This simplifies installation directly on a plate or directly on the body of another table no need to build a vertical structure to fix it. In the fixed body version, they also make it possible to fix a load at the end (on the end flange) the quality of the embedding of the guide rods in this flange guarantees reliability even in the event of a bulky load (example label printer). Indeed, the assembly presented on the photo below corresponds to the height and width adjustment application of a label printer on a conveyor. The printer is attached to the end of the horizontal table and the base of the vertical table is attached to the side of the conveyor. For XY crossed tables, the tables are mounted one on the other directly by the body (long body version only)

Manual positioning table drived by lead screw Guided by 2 rods on bronze bearings or ball bushings Precision manual tables The guidance is ensured by 2 rods on 4 calibrated bronze bearings (reduced play) or 4 ball bushings for guidance without play. The guide length of long body tables (309L/M) allows to accept large loads and torques. The axial positioning accuracy of these tables is <0.15 mm (in practice 0.02 to 0.10 mm). But the blocking in position is done on the carriage, by pressure on a guide rod, so as to remove the axial play of the nut of the trapezoidal screw after blocking. Manual crossed tables XY or YZ For the creation of XY crossed table, the tables are mounted one on the other directly by the body (long body version only) with the option 308922 * making smooth holes in the body of a table. To combine 2 tables in YZ, it is preferable to use a lifting table for the Z axis, mounted by its end on the body of the horizontal table.

Economical manual positioning table drived by leadscrew. Actuated by grip knob. Guided by 2 rods on bronze bearings. Using of economical manual tables Acting is done by a grip knob supplied with the table. Maxi stroke is 100 mm for size 0, and 200 mm for sizes 1 and 2. Any nonstandard intermediate stroke can be produced. The locking in position is done on the trapezoidal screw, either in position B1 (above the front plate) or in position B2 (at the end of the end plate) depending on the access and the space available. The position is visualized by a mechanical indicator or by ruler on the base plate. The fixing on the frame is done by the 2 end plates (laminated holes) or by the end plate in « Z axis » version for vertical applications. The positioning accuracy of economical manual tables The axial positioning accuracy of these tables is <0.20 mm (in practice 0.05 to 0.15 mm), because the axial play is largely eliminated after locking in position

We manufacture rough or fully machined half bearing for support rollers for rotary kilns in 10% Leaded Bronze

We manufacture rough or fully machined ball and ball trunnion bearing for trunnion mounted ball valve : • Austenitic stainless steel Alloys (CF8M, CF3M…) • Aluminium-Bronze (UNS C95500…) • Duplex and Super Duplex (CD4MCu, CD3MN…) • Nickel-based and high-alloys (CW-6MC, CU5MCuC, M-35-1 CW-12MW…) • Martensitic alloys (CA15, CA6NM…) • Other materials on request

We produce seal joints and bearings for propeller shaft in pure copper, aluminium bronze, tin and lead bronze as well as brass. Pieces are delivered as-cast, rough or fully machined.

Adjusting bearing for misalignment equalisation All-purpose as flanged or pedestal bearing, suitable for high loads Self-aligning spheric avoids edge load to the bearing Adjustable up to ± 5° Spheric is secured against distortion Depending on choice of housing, spherics and bearings, simple to most demanding bearing solutions are possible For optimum design solutions, various bearings from the GGB product programme are applicable

Aluminium bearing alloy widely used in external gear pumps and motors High strength aluminium alloy with anti-friction and wear resistance properties Suitable for use with oil lubrication High load capacity Good fatigue and wear resistance High mechanical strength Good friction Excellent machinability

Adjusting bearing for misalignment equalisation All-purpose as flange (EXALIGN DF and FL) or pedestal bearing (EXALIGN PB), suitable for high loads Self-aligning spheric avoids edge load to the bearing Adjustable up to ± 5° Spheric is secured against distortion Depending on choice of housing, spherics and bearings, simple to most demanding bearing solutions are possible For optimum design solutions, various bearings from the GGB product programme are applicable

Adjusting bearing for misalignment equalisation All-purpose as flange or pedestal bearing, suitable for high loads Self-aligning spheric avoids edge load to the bearing Adjustable up to ± 5° Spheric is secured against distortion Depending on choice of housing, spherics and bearings, simple to most demanding bearing solutions are possible For optimum design solutions, various bearings from the GGB product programme are applicable

Aluminium bearing alloy widely used in external gear pumps and motors High strength aluminium alloy with anti-friction and wear resistance properties Suitable for use with oil lubrication High load capacity Good friction Excellent machinability

Aluminium bearing alloy widely used in external gear pumps and motors High strength aluminium alloy with anti-friction and wear resistance properties High load capacity High mechanical strength High wear resistance Good machinability