Bearing systems - Import export

As the leading manufacturer of linear guide system bearings, WIB works collaboratively with customers on the development of common and tailor designs, supplying the best-in-class technical and commercial solution for each unique application. Each parameter, including environmental factors, precision requirements, speed, temperature, load, boundary dimensions are thoroughly evaluated during the design and development phase.

For many applications such as machine tools, medical devices, vacuum and measuring equipment, as well as complex bearing systems, GMN develops and offers special ball bearings which meet our customers’ specified requirements.

In addition to our special bearings, GMN develops and manufactures ready-to-install, complex bearing systems. By assigning your entire bearing project to GMN you can fully focus on your core competencies.

The L-20 series is a particularly cost-effective solution that is suitable for a wide range of applications. It has versatile mounting options and a flange drive. Helac’s sliding spline technology with helical teeth is not self-locking and offers both high impact resistance and a high holding torque for demanding applications. It functions both as a rotating device and as a mounting bracket and support structure, so that no external bearing systems, brakes or locking devices are required. Available in five standard sizes with an output torque of up to 4,400 Nm at 210 bar.

This dot peen marking range is a marking solution equipped with innovative functionnalities especially developed for integration in production processes PRODUCT ADVANTAGES ROBUST Frame in moulded aluminium. Each axis is fitted with a ball bearing and a transmision system with automatic compensation ERGONOMIC Vertical or horizontal position, easily adaptable to any rackmount configuration due to a connection at the back of the machine. HANDY Mounting connection cable can be connected at the back or on top of the marking head, to facilitate the integration. Three mounting bracket positions are available. FLEXIBLE First integrated marking equipment fitted with a 16 bus card for greater time efficiency and productivity.

Depending on the central control, it takes action by being set up with chain gear and ensures the transportation of the falling product. The body is made of steel. It has idler drive bearing system. It has been designed with a special tensioning device. It varies according to the desired capacities. Carrier plates are made of hardened steel. It is used wherever horizontal transportation is possible. It is used in feed, food, chemical, mining, sawdust and soil industries. Applications Fields ◾ Food industry ◾ Flour and semolina mills ◾ Feed mills ◾ Grain cleaning plants ◾ Corn processing plants ◾ Grain warehouses and silos ◾ Malt Factories

IT IS A MACHINE THAT ENABLES BREAKING GRAINED PRODUCTS TO THE DESIRED SIZE. FEATURES: TWO-DIRECTIONAL FEATURE. DYNAMIC AND CYTATIC BALANCED STRONG ROTOR POSSIBILITY TO GRIND RAW MATERIALS WITH 0.2-0.8 kg / dm3 DENSITY ELECTROPNUMATIC DEFLECTOR QUIET OPERATION 90-93 dB EASILY CHANGEABLE HAMMER AND SIEVE SYSTEM COVER WHEN MOTOR CURRENT IS GIVEN SECURITY SYSTEM THAT LOCKS LARGES, TWO-WAY WORKING POSSIBILITY, POWERFUL AND LONG LIFE BEARING BEARING SYSTEM HEAT TREATMENT HARDENED HAMMER AND HAMMER BAR SHAFT

Compact Rail Plus linear guides feature double row ball bearings for higher load capacities and rigid rails with convex raceways and new robust steel sliders with longitudinal protection and floating wipers, Compact Rail Plus has been designed for the most demanding applications in terms of high load capacities, high dynamics and work environment. All while maintaining the self-aligning capabilities that make this product family unique. Sliders are available in four versions: guiding slider (RV); floating slider (RP); extra-floating slider (RU) and rotating slider (RA). Combining two rails with different sliders makes it possible to create self-aligning systems that can compensate misalignment errors on two planes: axial up to 3.5 mm and radial up ±1.3°.

Telescopic Slide 57.5 x 34 mm, Galvanized Steel, Standard Length up to 1200 mm, Load Capacity up to 150 kg per Pair Ball Bearing Full Extension, 100% Extension Load Capacity up to 150 kg per Pair Standard Slide Length up to 1200 mm Especially Suitable for Extra-Wide Drawers Manufactured in the European Union For over 40 years, the Schock Group has been developing and manufacturing ball-bearing telescopic slides for linear motion technology. The advantageous physical properties of the ball bearing system form the basis for the high performance of Schock telescopic slides: Smooth and quiet operation, even under high loads. High operational reliability Long service life without maintenance Standard items in the specified lengths are available from our distribution partner SToxxparts GmbH from stock and starting from a quantity of one. Custom solutions are available from Schock Metall on a project-specific basis.

Linear actuators with different guide configurations and drives, available with belt, screw or rack and pinion drives according to different needs in terms of precision and speed. Guides with bearings or ball recirculating systems for different load capacities and critical environments.

Telescopic slide 70 x 18 mm, galvanized steel, standard length up to 1100 mm, load capacity up to 200 kg per pair. These slides feature full extension with a 100% extension range, providing a smooth and secure linear movement. They are designed for heavy-duty applications and can handle loads of up to 200 kg per pair. The Schock Group has over 40 years of experience in developing and manufacturing ball-bearing telescopic slides for linear motion technology. The advantageous physical properties of the ball bearing guidance system form the basis for the performance of Schock telescopic slides: Smooth and quiet operation, even under high loads. High functional reliability. Long service life without the need for maintenance. Standard items in the specified lengths are available from our distribution partner SToxxparts GmbH from stock, and they can be ordered in quantities as low as one pair.

iglidur® JATM, metric d1 [mm]: iglidur® JATM/VATM consists of a hard-anodized ring and a bearing ring made of iglidur® J (JATM) and iglidur® V400 (VATM). These glide pairings fetch low coefficients of friction and high wear resistance - without lubrication. Special features Maintenance-free plain bearing system For high service performances High stiffening Simple installation Material: iglidur® J High temperature options VATM, iglidur® V400 More dimensions and supplies on request When to use it? When an axial bearing system with defined gliding partners is desired When extremely high wear resistance is required When a very low coefficient of friction is desired When not to use it? When an additional angle compensation is required igubal® axial bearing When little mounting space is available iglidur® J When only sporadic movements are present iglidur® G Y = wear [μm/km] Figure 36.1: The diagram shows the influence of load (p in MPa) and speed (v in m/s) on the wear of the axial bearing. Y= Coefficient of friction Figure 36.2: In the test with different speeds (v) and loads (p) the coefficients of friction of the bearing systems were determined (v in m/s, p in MPa). iglidur® JATM, metric d1 [mm]:

iglidur® PEP, metric d1 [mm]: d2 [mm]: iglidur® PEP, inch d1 [inch]: d2 [inch]: When to use iglidur® PEP plain bearings? When a low-priced plastic plain bearing system is required When freedom is required from shaft material and shaft surface For the protection of expensive and sensitive shafts For extraordinary wear resistance with rare and slow movements. For constantly low coefficients of friction When freedom from corrosion is desired When not to use them? For high surface speeds iglidur® J For high loads iglidur® G iglidur® Q For high temperatures iglidur® V400 iglidur® X iglidur® Z When low-clearance bearings are required iglidur® P iglidur® X Maintenance-free plain bearings usually distinguish themselves by their ability to glide free of lubricants without any further additional layer on the shaft. In these systems it is obvious that shaft materials are as important as the bushings. igus® blazes a new trail with an enclosed and maintenance-free plain bearing concept. iglidur® PEP is an entirely novel lubricant-free plastic plain bearing system with an inner and outer ring. Special feature: The running partner is determined by the inner ring and for the first time, the material and surface finish of the shaft are insignificant. Even thread, rust or scratches do not affect the long-term reliable function. By the specification of the gliding partner and extensive series of tests, the long-term behavior of the bearing system can be precisely forecast. With the PEP polymer plain bearing, the inner ring rotates with the shaft like in ball bearings Relative movements of the shaft to the bearing are dispensed with. This protects the shaft surface from wear and saves costs. Another plus point: Even the most sensitive or unusual materials for the rotating shaft can be used with these new polymer bearings. The PEP polymer bearings are thereby absolutely free from material-dependent corrosion. Wear resistance The wear test results are absolutely convincing with loads up to 5 N/mm². Here the PEP polymer bearings attain values that are virtually comparable with those of the most wear-resistant plastic-steel bearing systems. An exceedingly satisfying result when you consider the costs saved by dispensing with the otherwise essential surface treatment of the shaft. The constantly low friction-coefficient level is also an advantage for the user. As the glide partners are fixed by the defined system, their tribological data too are accurately predictable. The coefficients of friction of the lubricant-free bearing are not determined any more by the shaft materials or surface conditions. If necessary, the coefficients of friction can be further lowered by additional minimum lubrication. Detailed test information with a wide range of lubricants are available and can be had from igus® on request. iglidur® PEP bearings operate independent of the shaft material. iglidur® PEP bearings consists of an inner and outer bearing. X = Load [MPa] Y = Wear [μm/km] A = PEP B = Combination 1 C = Comb. 2 D = Comb. 3 E = Comb. 4 F = Comb. 5 G = Comb. 6 H = Comb. 7 A1 = Wear of the outer bearing B2 = Wear of the inner bearing Fig. 02: Wear tests of various material combinations, p = 0.75 MPa, v = 0.3 m/s X = Load [MPa] Y = Wear [μm/km] A = iglidur® J B = iglidur® PEP Fig. 03: Wear of the iglidur® PEP bearing dependent on the load, v = 0.3 m/s iglidur® PEP, metric d1 [mm]: d2 [mm]: iglidur® PEP, inch d1 [inch]: d2 [inch]: Dimensions according to ISO 3547-1 and special dimensions

DryLin® T linear guide systems were specially developed for applications in automation and handling systems. The design objective was a rugged linear guide for application in the most diverse - and also extreme - environments. They have the same dimensions as most recirculating ball bearing guides. Technical data Gliding elements: Maintenance-free Material: iglidur® J * Max. surface speed: 15 m/s Operating temperature: -40°C to +90°C *Other materials on request 1 Profile rail and base body of the carriage made of aluminum. The rail is hard-anodized, the aluminum base body of the carriage is clear anodized. 2 Six gliding elements made of iglidur® J serve as guide bearings, which are positioned opposite to each other in pairs and make up 3 guide bearings. 3 Alternatively, bearing clearance is continuously adjustable 4 All steel parts are stainless steel 5 The lid is made of solid plastic or stainless steel DryLin® T - Technical data DryLin® T - Clearance adjustment DryLin® TWBM hand clamp DryLin® T - Design rules DryLin® T - Automatic clearance adjustment DryLin® linear guide systems in the cleanroom DryLin® T - Applications DryLin® T - System design DryLin® T - Installation videos System selection & service life calculation DryLin® T - Adjustable clearance The DryLin® T standard version is supplied preset and can be put into operation at once. The user can also manually adjust or fine-tune the clearance of the linear guide. The individual adjustment for your application, as well as the potential to respond to uneven screw surfaces through specific clearance allowance. DryLin® T - Adjustable clearance DryLin® T - Automatic DryLin® T carriages of the automatic version have a mechanism that automatically adjusts the bearing clearance after removal of the preload key. In case a bearing clearance of more than 0.13 mm has to be adjusted during operation, the bearing clearance automatically resets itself when the carriage is completely unloaded. DryLin® T - Automatic DryLin® TW-HKA manual clamp The manual clamp has been developed for simple tasks. The creep behavior of the clamped plastic causes a slackening in clamping force over time (up to 70%). Therefore safety-related parts should not be clamped. Please approach our applications consultant if you require other options for the clamping. DryLin® T - Manual clamping Drylin® T - Heavy Duty This series is used for the most extreme conditions such as dirt, adhesive residues, chips, mud, etc. The plastic gliding elements made of iglidur® J are fixed in the lid and are therefore non-detachable. This system is compatible with many standard commercial recirculating ball bearing systems and is available in the following sizes: TW-01-20, TW-01-25 and TW-01-30. DryLin® T Heavy Duty DryLin® T - Low-profile guide The clearance is not adjustable for the DryLin® T low profile guide rails. The gliding elements are mounted with positive fit in the chromated zinc carriage. This simple and effective design enables guides that are rugged and low-priced at the same time. DryLin® T - Low-profile guide DryLin® T - Compact linear guide This compact linear guide is suitable for rugged use (without clearance adjustment). This system has a slim design and the same dimensions as conventional recirculating ball bearing systems. The plastic gliding elements made of iglidur® J are fixed in the lid and are therefore undetachable. Suitable for DryLin® T guide rail of installation size 20. DryLin® T - Compact linear guide DryLin® TWBM - Manual clamping with high holding force This manual clamping is designed for a long-lasting high holding force of up to 500 N per clamping element. DryLin® TWBM hand clamp DryLin® T clamping elements for rail guide DryLin® T clamping elements for fast positioning by hand or with pneumatics. DryLin® T clamping element DryLin® T linear guide systems were specially developed for applications in automation and handling systems. The design objective was a rugged linear guide for application in the most diverse - and also extreme - environments. They have the same dimensions as most recirculating ball bearing guides. Technical data Gliding elements: Maintenance-free Material: iglidur® J * Max. surface speed: 15 m/s Operating temperature: -40°C to +90°C *Other materials on request 1 Profile rail and base body of the carriage made of aluminum. The rail is hard-anodized, the aluminum base body of the carriage is clear anodized. 2 Six gliding elements made of iglidur® J serve as guide bearings, which are positioned opposite to each other in pairs and make up 3 guide bearings. 3 Alternatively, bearing clearance is continuously adjustable 4 All steel parts are stainless steel 5 The lid is made of solid plastic or stainless steel Advantages: 100 % lubricant-free Adjustable bearing clearance Automatic clearance adjustment High static load capacity Service life up to 50,000 km without lubrication High dirt resistance Low vibration and low noise When not to use ? When you want to save installation space drylin® N drylin® W When you need a pure stainless steel solution drylin® W drylin® R When you want to construct as economical as possible drylin® N drylin® W

Universal glide elements – customise your own plain bearing supported rotary table systems Using the versatile iglidur® PRT universal glide elements, large slewing ring systems can be modeled tailored to the type 01. Depending on the number of elements, rotary table systems can be implemented with inner diameters ranging from approx. 0.5 to 5m. – we will gladly support you with the design and detailed layout. Universal gliding element, made from the proven iglidur® J Customize your own slewing ring tables starting at 500 mm diameters and larger Lubricant free Maintenance-free wear-resistant Rugged Resistant to corrosion Typical applications:Solar industry, assembly equipment, fixture making 1. Glide element made of iglidur® J Part number: JRS-500S/45S Material table General features Density 1,49 g/cm 3 Colour yellow Max. moisture absorption at 23 °C and 50 %r.h. 0,3 Wt.-% Max. water absorption 1,3 Wt.-% Mechanical properties Max. permissible static surface pressure (+20 °C) 35 MPa Shore D hardness 74 Physical and thermal properties Max. long term application temperature 90°C Max. short term application temperature 120°C Lower application temperature –50° Electrical properties Surface resistance >10 12 Ω loads up tp 10 tons

iglidur® clip bearing, metric d1 [mm]: iglidur® clip bearing, inch d1 [inch]: iglidur® clip bearings are especially intended for the shaft bushing through plates. For this reason the bearing has a flange on each of the two front sides. After the clip-on the bearings are secured on both sides in the plate. The clip bearings have chamfered slot on the side that enables the mounting of the bearing on one side. After the mounting the bearing straddles and lines the bore in the plate. The shaft prevents the clip bearing from slipping out of the bore. The bearing cannot slip out of the bore even in axial movements. Extremely simple mounting through lateral slot Maintenance-free and self-lubricating Good flexibility in punch hole Good abrasion resistance Quiet operation Suitable for rotary and linear movements Extendibility through the slot Undetachable through double flange Special dimensions possible Plate thicknesses from 3 mm to 4 mm available from stock Material: iglidur® M250 Special properties of the iglidur® clip bearings iglidur® clip bearings are made from the most abrasion-resistant material, iglidur® M250. iglidur® M250 is a bearing material for rugged, wear-resistant bearing systems for medium loads. The bearings are self-lubricating and can be used dry. If required the bearings can also be lubricated. The material iglidur® M250 is resistant to all common lubricants. The iglidur® clip bearings are the ideal solution for bearing functions with low loads. The easy mounting makes it ideal for applications with difficult bearing locations. Compressive strength The permitted static surface pressure of iglidur® M250 amounts to 20 MPa at room temperature. Due to the good adaptability to uneven surfaces of the bearing housing, a high pressure load capacity of the clip bearings persists even in punched holes. For the most small bearing surfaces, the good vibration dampening properties and the insensitivity to misalignment are of primary importance. Surface speeds Clip bearings are particularly wear resistant in slow rotating, oscillating and axial motions. You can find the maximum gliding speeds for the various motions for the iglidur® M250 material under the materials data link shown below. A lubrication at installation or continuous lubrication raises the permitted surface speeds. Clip bearings are available from stock in dimensions of 3 to 25 mm. Fixation Triflex RS For mounting, the bearings are laterally pressed together with the large flange. The chamfered slot makes the bearing spiral-shaped, whereby it can be easily inserted in the plate. The remaining slot in the attached clip bearing can compensate for linear expansions of the circumference. Thus narrow bearing clearances are possible with clip bearings. The bearing clearance is dimensioned in such a way that in a housing bore with a nominal diameter, a shaft made with the same nominal diameter turns easily. The clip bearing can be used in H-tolerance housings up to H13. The turning of the clip bearing in the bore is also permitted. Operating temperatures The wear resistance of the iglidur® clip bearings are excellent with operating temperatures till 80°C. Even at low temperature the bearings remain elastic and abrasion resistant. When to use it? When a sheet metal feedthrough is required When the bearing should be captively clipped on in a drill hole with rough tolerance For rotating, linear and pivoting movements When a quick-mounting bearing solution is sought Clip bearings application examples When not to use it? When constant temperatures of more than +80°C occur iglidur® G When a high-precision bearing is needed iglidur® J When the housing bore is more than 4 mm long iglidur® Clips 2 iglidur® MKM When very high surface pressures occur iglidur® G iglidur® clip bearing, metric d1 [mm]: iglidur® clip bearing, inch d1 [inch]:

Complement of the lubricant-free delivery programs of screw drives small sizes. With spindles made of stainless steel and nuts made of the self-lubricating high-performance plastic iglidur® J. Application areas:small handlings, lab and medical technology, professional model construction, scanner, printer and locking systems Sleeve bearing with flange

For our bearing assemblies and linear systems, we use high-quality lubricants as standard that are suitable for most applications. Special operating conditions require special lubricants. Standard and special greases are available in the respective container sizes from us as accessories. They can be used when our bearing elements are used for the first time or for relubricating slewing rings.

Acoustic insulation materials called Metal Suspended Ceiling Panels or systems are constructed by free seating of aluminum or steel plates on T24 and T15 bearing systems. Plates with different sex and perforation properties are manufactured with 8 mm sag in the carrier profile. Various size and perforation options are used as an aesthetic preference in terms of the different plates and joint effects in addition to the offered plates, easy mounting and demounting features. Stainless Steel Ceiling Panels 30 x 30 special conveyor systems are made by integrating aluminum or steel plates with special claws. Various size and perforation options offer the best solution for suspended ceilings in hospitals and kitchens, as well as the aesthetic and uninterrupted view of plates, joints. Our products have texture and color options. So you can get perfect in ceiling designs.

The TMR series is a reliable magnetic drive pump that easily handles critical operating conditions due to its patented magnetic axial thrust compensation. * Drive via magnetic coupling with patented magnetic axial thrust compensation * Typical applications: Acids, alkalis, acid and alkali mixtures, solvents, alkaline degreasing baths, electroplating baths, photographic chemicals Features & Advantages * Variable connection options * Compact dimensions, performance in line with requirements * Also for liquids with high density * Due to "magnetic axial thrust balancing" the bearing system "R" is suitable for dry running * Motor and pump are mechanically separated * Connections with thread or flange

Application examples: Suitable for high pump capacities. With the TMR G3 series, Lutz presents a reliable magnetic coupling pump with a patented magnetic axial thrust compensation that easily handles even critical application conditions. Features: Drive via magnet coupling with patented magnetic axial thrust compensation Motor and pump mechanically separated Performance range max. 48 m³/h and 42 m delivery head Suitable for densities up to 1.8 kg/dm3 and viscosities up to 150 mPas Housing material PP (GF) or ECTFE /CF) Connections with BSP/NPT thread or ISO/ANSI flange Version GX approved according to ATEX Directive 2014/34/EU, Category 2 Benefits: No dynamic shaft seal Pump housing hermetically sealed By “magnetic axial thrust compensation” the bearing system “R” is suitable for dry running Also for liquids with a high specific density Variable connection options Metallic protection plate protects the pump housing against mechanical damage

Application examples: Suitable for medium-sized performance ranges. With the TMR G2 series, Lutz presents a reliable magnetic coupling pump with a patented magnetic axial thrust compensation that easily handles even critical application conditions. Features: Drive via magnet coupling with patented magnetic axial thrust compensation Motor and pump mechanically separated Performance range max. 30 m³/h and 30 m delivery head Suitable for densities up to 1.8 kg/dm3 and viscosities up to 150 mPas Housing material PP (GF) or ECTFE /CF) Connections with BSP/NPT thread or ISO/ANSI flange Version GX approved according to ATEX Directive 2014/34/EU, Category 2 Benefits: No dynamic shaft seal Pump housing hermetically sealed By “magnetic axial thrust compensation” the bearing system “R” is suitable for dry running Also for liquids with a high specific density Variable connection options

Arga Super EP 00, is a semi-fluid lithium soap automotive grease that is used in roller bearings, and sliding bearings, central lubrication systems and applications operating under high loads up to 120°C.

In order to prepare the fruit base, vegetables, jam, marmalade, jelly and sauces, horizontal or vertical mixing systems are used. Mixers are vital for attaining the highest product quality. The main aim is to ensure consistent mixing and temperature distribution by applying the lowest possible shear force on the pieces of the product. Since it is possible to thereby realise short process times along with the qualitatively high-value process apparatuses, KASAG has the ideal mixing technology for you. For the horizontal mixers, KASAG also has a special bearing and mechanical seal that has been tried and tested over many years. On an ongoing process to develop our mixing system and the bearing and mechanical seals further to attain optimal product quality and to enable smooth operation.

Radial fans are an indispensable part of most operational processes in ventilation systems. In cases where extremely large volumes need to be moved or transported, or where a critical impeller mass is exceeded, radial fans with bearings at both sides are an ideal choice. This type of equipment is available in single-flow and double-flow versions. However, the robust design of Scheuch COMPONENTS radial fans makes it possible to achieve large volumetric flows even with unilateral bearings (i.e. single-flow systems). Bearings can be provided on both sides if requested by the customer, and this configuration is implemented as standard above a critical impeller mass. With their flow-optimized suction pockets, double-flow radial fans make it possible to create efficient designs for transporting and diverting conveyed media – even when space is tight. Altogether, there are various factors and criteria that make double-flow radial fans a favourable option.

Pivot pins are found on shutoff devices such as spherical valves, butterfly valves, hollow jet valves and plunger valves. These valves are generally used for opening and closing and occasionally to control the flow rates by oscillating movement. The greaselubricated sliding bearing is protected against water infiltration by a seal on the inside. The seal also prevents the grease leaking into the inside to prevent water contamination. The MANOY® system seal WP, type 418, was developed for this application. To prevent leakage of grease from greased bearings, the unidirectional MANOY® system seal WP, type 456, is also installed.

Cantilever racking systems are highly load-bearing storage systems intended for storage of long and/or bulky storage materials. Such goods include timber, wooden boards, metal sheets, sections, beams or steel elements, building materials but also scrap cars and all kinds of heavy loads. Cantilever racking by OHRA is distinguished from standard racks using solid steel sections for all load-bearing elements. Thanks to this slim construction of our racks a high storage capacity can be achieved across a small floor space. There are specific types of cantilever racks for every product and for every industry. They differ based on requirements, height, useable depth, load-bearing capacity or section thickness. All cantilever racking are produced individually according to customer requirements; they are equipped with a high-quality powder coat or hot-dip galvanised for outdoor storage.

4 Column cutting station 80mm diameter resistant shafts in each column Lower and upper independent servo motor station groups Cutting right – left and forward – reverse motorized adjustment system Max 780°C cutting blade temperature and insulation plate. Fast blade damping system Cutting group stroke lower/upper 750 mm Needle bearing system Piston upper group dearance system Compression force 60 tons

4-column, servo-controlled station groups Needle bearing toggle system Cooling water flow control system Max stroke upper/lower 150 mm Lubrication system for each bearing Easy mould damping (with Locking System) Support piston upper and lower group Upper group spacing system (Positioning block parallelism) Ability to work with frame or press in upper and lower press Servo controlled seal system Compression force 70 tons