Threaded pins - Import export

Machine screws machined, Threaded rods, Slotted set screws, Hose clamps - Threaded pins - BN 425

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.

Threaded rods and pins made of molybdenum and the molybdenum alloy TZM are available in the Plansee Online Shop. Order fast and easily from the producer's online shop: www.plansee.com/shop.

With regard to centering pins and bushes used on rated castings, our company, which holds the top position in Turkey, is here to assist you with all of your requirements in accordance with the technical drawings you supply. used in focused casting, especially in the casting industry. Casts must meld together properly, and this has an impact on the caliber of the final products. We don't recommend fake heat-treating processes or similar materials in this topic since the quality of both the heat-treating process and the materials that are determined in the technical drawing are of greatest importance. Additionally, engraving sensitivities affect the longevity of pin bushings. Pin bushings with incorrect engraving tolerances deteriorate quickly, which raises costs. Our company has been producing pin bushings for top casting companies in Turkey successfully for many years and we're still doing it nowadays.

igubal® flange bearing EFOM With 2 mounting holes igubal® flange bearing EFOM igubal® flange bearing EFSM With 4 mounting holes, dimensional series E igubal® flange bearing EFSM igubal® flange bearing KFSM-GT With 4 mounting holes, dimensional series K igubal® flange bearing KFSM-GT igubal® flange bearing EFOM HT Applicable up to 200°C,resistant to chemicals , with 2 mounting holes igubal® flange bearing EFOM HT igubal® flange bearing EFSM HT Applicable up to 200°C,resistant to chemicals , with 4 mounting holes igubal® flange bearing EFSM HT igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins - male threads for direct connections igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins, female thread igubal® flange bearing with ball pins, female threads for direct connections igubal® flange bearing with ball pins, female thread igubal® flange bearings were developed for the bearing of shaft extensions or shaft bushings. Like all igubal® products, they consist of an igumid G housing and an iglidur® W300 spherical ball. igubal® flange bearings correspond to the dimensional series E and are offered with 2 or 4 mounting holes. Features igubal® flange bearings were developed for the bearing of shaft ends or shaft bushings. Like all igubal® products, it consists of a housing made of igumid G and a spherical ball in iglidur® W300. igubal® flange bearings correspond to the dimensional series E and are offered with 2 or 4 mounting holes. Application area As the igubal® flange bearings are also suitable for dry operation, they are particularly considered for applications in which the installation site is difficult, in humid or wet environment, or with special demands on hygiene. Thus the igubal® flange bearings are used for instance in wash-brush controls, in facade sunscreen systems, in materials handling systems and in bakery equipment. igubal® flange bearing - Applications Installation According to type, igubal® flange bearing are designed for mounting with 2 or 4 holes. The 2-hole types are provided with oblong holes that enable a trouble-free readjustment. A precise alignment of the bearing housing is not required as the flange bearing automatically compensates for error. Delivery program For shafts, igubal® flange bearings with 2 and 4 mounting holes are available in standard dimensions of 5 to 50 mm. For delivery times and more dimensions, you may please contact us. When to use it? When chemical resistance is required When a low-cost alternative is desired When dirt-resistant bearings are needed When misalignments should be compensated When fully split components are needed When not to use? When temperatures above +200°C prevail When an integrated collar is required When dimensions over 50 mm are needed When rotation speeds in excess of 0.5 m/s should be implemented igubal® flange bearing EFOM With 2 mounting holes igubal® flange bearing EFOM igubal® flange bearing EFSM With 4 mounting holes, dimensional series E igubal® flange bearing EFSM igubal® flange bearing KFSM-GT With 4 mounting holes, dimensional series K igubal® flange bearing KFSM-GT igubal® flange bearing EFOM HT Applicable up to 200°C,resistant to chemicals , with 2 mounting holes igubal® flange bearing EFOM HT igubal® flange bearing EFSM HT Applicable up to 200°C,resistant to chemicals , with 4 mounting holes igubal® flange bearing EFSM HT igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins - male threads for direct connections igubal® flange bearing with ball pins, male thread igubal® flange bearing with ball pins, female thread igubal® flange bearing with ball pins, female threads for direct connections igubal® flange bearing with ball pins, female thread

DryLin® R shafts and supported shafts - Technical data DryLin® R - AWMP Precision aluminum shaft, mm DryLin® R - AWMP DryLin® R - AWMU Supported aluminum shaft, mm DryLin® R - AWMU DryLin® R - SWM/EWM An steel or stainless steel precision shaft, mm DryLin® R - SWM/EWM DryLin® R - SWUM/EWUM Supported steel shaft orstainless steel shaft, mm DryLin® R - SWUM/EWUM DryLin® R - SWUMN/EWUMN Low supported steel shaft orstainless steel shaft, mm DryLin® R - SWUMN/EWUMN DryLin® R - EWUM Partially supported stainless steel shaft, mm DryLin® R - EWUM-Ø DryLin® R - CWM Carbon-fiber shaft, mm DryLin® R - CWM DryLin® R - AWMP Precision aluminum shaft, mm DryLin® R - AWMP DryLin® R - AWMU Supported aluminum shaft, mm DryLin® R - AWMU DryLin® R - SWM/EWM An steel or stainless steel precision shaft, mm DryLin® R - SWM/EWM DryLin® R - SWUM/EWUM Supported steel shaft orstainless steel shaft, mm DryLin® R - SWUM/EWUM DryLin® R - SWUMN/EWUMN Low supported steel shaft orstainless steel shaft, mm DryLin® R - SWUMN/EWUMN DryLin® R - EWUM Partially supported stainless steel shaft, mm DryLin® R - EWUM-Ø DryLin® R - CWM Carbon-fiber shaft, mm DryLin® R - CWM Aluminum Low weight Lower wear of the plain bearing Corrosion resistant Ideal in combination with liners made of iglidur® J/J 200 Delivered off the shelf Steel Low-priced standard High load capacity Application in dry area Hard chrome-plated also available Lower coefficient of friction against plastic bearing Stainless steel High corrosion-resistance High resistance to chemicals Ideal solution for the wet area V4A for extreme chemical intensive applications Female thread, axial male thread Pins Groove cut-in Spanner flat Female thread, radial Special machining All shafts can be individually machined. Please send us your drawing. We'll submit an offer to you in a short time. Shaft request

DryLin® N miniature gliding systems - basics DryLinN2010.wmv DryLin® N - Installation video of the gliding elements DryLin_N_Montage.wmv DryLin® N - Technical data DryLin® linear guide systems in the cleanroom DryLin® N - Applications DryLin® N - Design rules System selection & service life calculation NW 17 = 17 mm rail width The smallest type series of the drylin® N series distinguishes itself by the lowest dimensions and high stressing capacity. This series operates free of lubrication and offers the potential to execute high-speed applications. Variants: Standard, Preload (P), floating bearing (LL) extrem low weight Quiet running Installation height 6 mm up to 50 N load NW 17 Preload (with pretension)The NW 17 Preload model of the drylin® N series displays, in addition to the features of the NW 17, an automatic pre-stressing within the rail. Freedom from lubricants and the potential to execute high travel speeds distinguish this series. DryLin® N - Low profile linear guide system NK-02-17 DryLin® N - Low profile linear guide system NK-22-17-40 drylin® N - Low profile linear guide system NK-22-17-30 NW 27 = 27 mm rail width The installation size 27 offers the largest range of various guide carriages. They vary in the connecting potentials, lengths and precision. The injection-molded types additionally facilitate the stocking and installation. NW 27 Preload (with pretension) Identical version to the DryLin® standard carriage NW-01/02-27 and NW-02-40 respectively. The version injection-molded with iglidur® J offers an enhanced installation-friendliness and easier storage for large quantities. Features like the high wear resistance as well as low coefficients of friction remain unchanged. Over 20 carriage options 9.5 mm installation height 100% lubricant-free iglidur® J plain bearing material up to 500 N Last Best selling linear guide DryLin® N - Low profile linear guide system NK-01-27 DryLin® N - Low profile linear guide system NW-21-27-60P DryLin® N - Low profile linear guide system NK-11-27-80 DryLin® N - Low profile linear guide system NK-02-27 DryLin® N - Low profile linear guide system NW-22-27-60P DryLin® N - Low profile linear guide system NK-12-27-80 NW 40 = 40 mm rail width The dimension 40 defines itself by the rail width of 40 mm and ideally fits standard aluminum profiles. The carriages are available with threaded pin or through hole. The gliding elements are available as clip version or directly injection-molded. Lightweight Installation height 9,5 mm high speeds are possible (up to 5 m/s) iglidur® J plain bearing material up to 700 N Last DryLin® N - Low profile linear guide system NK-01-40 DryLin® N - Low profile linear guide system NK-02-40 drylin® N - low profile linear guide system preload NW-01-40P drylin® N - low profile linear guide system preload NW-02-40P NW 80 = 80 mm rail width The largest series in the DryLin® N type series offers the potential to take high loads with low installation height. The largest series also operates free of lubrication and can undertake high-speed applications. The gliding elements can be replaced in the clips option, and the injection-molded option facilitates the installation. Installation height 12 mm 100% lubricant-free Wide torque support up to 1000 N Last Gliding elements made of iglidur® J or J200 DryLin® N - Low profile linear guide system NK-02-80 Telescope system Mounting rails: Anodized aluminum Intermediate rail: Plastic Options: Full extension, over extension (+ 20 mm), partial extension Continuous lengths up to 1200 mm extended total length Lubricant-free Low noise Corrosion resistant From stock DryLin® telescopic rails End caps. The new plastic end caps, suitable for DryLin® N rails, offer „protection against loss“ for the carriages and cover the open sharp edges of the profi les safely and in an aesthetic way. Easy installation Low-priced Dismantling possible High retention force DryLin® N end caps Low profile linear axis - SLN-27-01 SLN-27-01: Linear axis for manual operation with hand wheel (SHT-HR-05-22-15-OG) SLN-BB-27-01: Ball bearing linear axis for manual adjustments with hand wheel 100 / 150 / 200 / 250 mm strokes Small (installation height from 22 mm), light and flat Plastic plain bearings in the bearing points Feed with spindle Ø 5 and pitch 0.8 and/or 5 mm Manual and motorized operation drylin® miniature linear axis Low profile linear axis - SLN-27-02 SLN-27-02: Linear axis with NEMA11 stepper motor, ball bearing spindle over motor bearing SLN-BB-27-02: Ball bearing linear axis with NEMA11 stepper motor Small (installation height from 22 mm), light and flat Plastic plain bearings in the bearing points M5-thread (5x0,8 mm), steep thread 5x5 and 6x12,7 Manual and motorized operation drylin® SLN low profile linear axis with motor DryLin® N low profile guide systems offer you low profiles in various widths. Like in all drylin® products, the carriage runs without lubrication in anodized aluminum profiles. The material used and the unique design make DryLin® N a cost-efficient and flexible guide system. 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 Rail made of anodized aluminum 2 Gliding elements made of iglidur® J or J200 3 Carriage made of chromated zinc or plastic 4 Carriage with threaded hole or through hole Advantages: Small installation height between 6 and 12 mm Lightweight Numerous carriage options – also with pretension Maintenance-free, self lubricating Corrossion-resistant Low wear with low coefficient of friction Rails in silver or black anodized When not to use ? When precision below 50 μ is required In high loads over 50 kg drylin® T drylin® R drylin® W When high resistance to chemicals is required drylin® W drylin® R DryLin® N miniature gliding systems - basics DryLinN2010.wmv DryLin® N - Installation video of the gliding elements DryLin_N_Montage.wmv Standard, preload and floating bearing NW 17 = 17 mm rail width The smallest type series of the drylin® N series distinguishes itself by the lowest dimensions and high stressing capacity. This series operates free of lubrication and offers the potential to execute high-speed applications. Variants: Standard, Preload (P), floating bearing (LL) extrem low weight Quiet running Installation height 6 mm up to 50 N load NW 17 Preload (with pretension)The NW 17 Preload model of the drylin® N series displays, in addition to the features of the NW 17, an automatic pre-stressing within the rail. Freedom from lubricants and the potential to execute high travel speeds distinguish this series. 1. NW-01-27 standard 01 with through hole g 2. NW-02-27 standard 02 with threaded hole 3. Preload with through-hole or threaded hole 4. uinjection-molded with through-hole or threaded hole 5. NW-21-27-60P Vollkunststoffschlitten mit Durchgangsbohrung 6. NW-22-27-60P solid polymer carriage with through hole 7. NW-11-27-80 double carriage with through hole NW 27 = 27 mm rail width The installation size 27 offers the largest range of various guide carriages. They vary in the connecting potentials, lengths and precision. The injection-molded types additionally facilitate the stocking and installation. NW 27 Preload (with pretension) Identical version to the DryLin® standard carriage NW-01/02-27 and NW-02-40 respectively. The version injection-molded with iglidur® J offers an enhanced installation-friendliness and easier storage for large quantities. Features like the high wear resistance as well as low coefficients of friction remain unchanged. Over 20 carriage options 9.5 mm installation height 100% lubricant-free iglidur® J plain bearing material up to 500 N Last Best selling linear guide DryLin® N - Low profile linear guide system NK-01-27 DryLin® N - Low profile linear guide system NW-21-27-60P DryLin® N - Low profile linear guide system NK-11-27-80 DryLin® N - Low profile linear guide system NK-02-27 DryLin® N - Low profile linear guide system NW-22-27-60P DryLin® N - Low profile linear guide system NK-12-27-80 1. Standard 02 with threaded hole 2. Injection-molded with threaded hole 3. Standard 01 with through hole NW 40 = 40 mm rail width The dimension 40 defines itself by the rail width of 40 mm and ideally fits standard aluminum profiles. The carriages are available with threaded pin or through hole. The gliding elements are available as clip version or directly injection-molded. Lightweight Installation height 9,5 mm high speeds are possible (up to 5 m/s) iglidur® J plain bearing material up to 700 N Last DryLin® N - Low profile linear guide system NK-01-40 DryLin® N - Low profile linear guide system NK-02-40 drylin® N - low profile linear guide system preload NW-01-40P drylin® N - low profile linear guide system preload NW-02-40P 1. Standard 02 with mounting nuts 2. Injection-molded with mounting nuts NW 80 = 80 mm rail width The largest series in the DryLin® N type series offers the potential to take high loads with low installation height. The largest series also operates free of lubrication and can undertake high-speed applications. The gliding elements can be replaced in the clips option, and the injection-molded option facilitates the installation. Installation height 12 mm 100% lubricant-free Wide torque support up to 1000 N Last Gliding elements made of iglidur® J or J200 DryLin® N - Low profile linear guide system NK-02-80 Telescope system Mounting rails: Anodized aluminum Intermediate rail: Plastic Options: Full extension, over extension (+ 20 mm), partial extension Continuous lengths up to 1200 mm extended total length Lubricant-free Low noise Corrosion resistant From stock DryLin® telescopic rails End caps. The new plastic end caps, suitable for DryLin® N rails, offer „protection against loss“ for the carriages and cover the open sharp edges of the profi les safely and in an aesthetic way. Easy installation Low-priced Dismantling possible High retention force DryLin® N end caps Low profile linear axis - SLN-27-01 SLN-27-01: Linear axis for manual operation with hand wheel (SHT-HR-05-22-15-OG) SLN-BB-27-01: Ball bearing linear axis for manual adjustments with hand wheel 100 / 150 / 200 / 250 mm strokes Small (installation height from 22 mm), light and flat Plastic plain bearings in the bearing points Feed with spindle Ø 5 and pitch 0.8 and/or 5 mm Manual and motorized operation drylin® miniature linear axis Low profile linear axis - SLN-27-02 SLN-27-02: Linear axis with NEMA11 stepper motor, ball bearing spindle over motor bearing SLN-BB-27-02: Ball bearing linear axis with NEMA11 stepper motor Small (installation height from 22 mm), light and flat Plastic plain bearings in the bearing points M5-thread (5x0,8 mm), steep thread 5x5 and 6x12,7 Manual and motorized operation drylin® SLN low profile linear axis with motor

Lead-free - According to (RoHS) 2002/95/EG Standards and Certificates drylin® trapezoidal lead screw nut - cylindrical nuts with right-hand thread Trapezoidal lead screw nuts made from lubricant-free iglidur® W300, J, J350 and A180. drylin® - trapezoidal leadscrew nuts - WSRM, JSRM, J350SRM and A180SRM drylin® trapezoidal lead screw nut - cylindrical nuts with left-hand thread Trapezoidal leadscrew nuts made from lubrication-free iglidur® W300 and iglidur® J. drylin® - trapezoidal leadscrew nuts - WSLM and JSLM drylin® trapezoidal lead screw nut - flanged nuts with right-hand thread Trapezoidal lead screw nuts made from lubricant-free iglidur® W300, J, J350 and A180. drylin® - trapezoidal leadscrew nuts - WFRM, JFRM, J350FRM and A180FRM drylin® trapezoidal lead screw nut - flanged nuts with left-hand thread Trapezoidal leadscrew nuts made from lubrication-free iglidur® W300 and iglidur® J. drylin® - trapezoidal leadscrew nuts - WFLM and JFLM drylin® Anti-backlash nuts Trapezoidal leadscrew nuts with reduced bearing clearance. Anti-backlash nuts drylin® split lead screw nuts Split lead screw nuts for easy assembly. drylin® split lead screw nut drylin® leadscrew nut - two start two-start lead screws, double stroke in addition to the usual trapezoidal leadscrew nuts. drylin® two-start leadscrew nut drylin® miniature nuts Screw drives ,iniatur lead screw nuts, small sizes. Miniature nuts small sizes drylin® lead screw nuts with spanner flat Ideal transmission of the torque through form fit. drylin® lead screw nuts with spanner flat drylin® disc drylin® disc – eliminate clearance easily at low cost drylin® disc drylin® - Trapezoidal threaded spindle drylin® - Trapezoidal threaded spindle drylin® - trapezoidal lead screws made from aluminum, coated drylin® - Trapezoidal threaded spindle, Aluminium drylin® - Trapezoidal lead screw spindles with pin drylin® - Trapezoidal threaded spindle with pin drylin® - Trapezoidal lead screw spindles reverse Increased flexibility for format adjustments: counter rotating drylin® lead screws. reverse drylin® Zero backlash screw drives Screw drives with steep thread for quick adjustments. Zero backlash screw drives drylin® steep-threaded nuts For quick adjustments as an alternative to pneumatic or toothed belt. Leadscrews drylin® steep thread DST Lubricant-free steep thread DST higher performance in service life and efficiency Steep thread DST drylin® steep-threaded spindles Lubrication-free threaded spindles with high pitches. Steep-threaded spindles drylin® leadscrew nuts made of SHT linear modules Threaded nuts made of SHT linear modules drylin® leadscrew nuts made of SHT linear modules drylin® leadscrew nuts made of SLW linear modules Threaded nuts made of SLW linear modules drylin® leadscrew nuts made of SLW linear modules drylin® leadscrewsstorage Anodized aluminum bearing blocks of iglidur® L250. Design your own linear table. Leadscrewsstorage Floating bearing block for lead screws with ball bearing Useful extension to the drylin® construction kit. Floating bearing block for lead screws with ball bearing drylin® lead screw nut retainer Conveniently use srews to standard lead screw nuts with nut retainers drylin® lead screw nut retainer drylin® spherical trapezoidal lead screw nut To compensate for angular errors in screwed on plates. Spherical trapezoidal lead screw nut drylin® spherical lead screw nut with flange housing spherical trapezoidal lead screw nut, which permits continuous angle adjustments. drylin® leadscre nut with flange housing drylin® spherical lead screw nut with pillow block bearing Spherical lead screw nut with pillow block bearing continuous angle adjustments. drylin® lead screw nut with pillow block bearings drylin® quick-release nut – Fast Forward Fast forward mechanism: A combination of accurate positioning and quick manual adjustment with trapezoidal lead screw nuts. Quick release mechanism drylin® clamping rings drylin® clamping rings - flexible even down to the finest of details, made of coated aluminum. drylin® clamping rings drylin® trapezoidal lead screw nut - cylindrical nuts with right-hand thread Trapezoidal lead screw nuts made from lubricant-free iglidur® W300, J, J350 and A180. drylin® - trapezoidal leadscrew nuts - WSRM, JSRM, J350SRM and A180SRM drylin® trapezoidal lead screw nut - cylindrical nuts with left-hand thread Trapezoidal leadscrew nuts made from lubrication-free iglidur® W300 and iglidur® J. drylin® - trapezoidal leadscrew nuts - WSLM and JSLM drylin® trapezoidal lead screw nut - flanged nuts with right-hand thread Trapezoidal lead screw nuts made from lubricant-free iglidur® W300, J, J350 and A180. drylin® - trapezoidal leadscrew nuts - WFRM, JFRM, J350FRM and A180FRM drylin® trapezoidal lead screw nut - flanged nuts with left-hand thread Trapezoidal leadscrew nuts made from lubrication-free iglidur® W300 and iglidur® J. drylin® - trapezoidal leadscrew nuts - WFLM and JFLM drylin® Anti-backlash nuts Trapezoidal leadscrew nuts with reduced bearing clearance. Anti-backlash nuts drylin® split lead screw nuts Split lead screw nuts for easy assembly. drylin® split lead screw nut drylin® leadscrew nut - two start two-start lead screws, double stroke in addition to the usual trapezoidal leadscrew nuts. drylin® two-start leadscrew nut drylin® miniature nuts Screw drives ,iniatur lead screw nuts, small sizes. Miniature nuts small sizes drylin® lead screw nuts with spanner flat Ideal transmission of the torque through form fit. drylin® lead screw nuts with spanner flat drylin® disc drylin® disc – eliminate clearance easily at low cost drylin® disc drylin® - Trapezoidal threaded spindle drylin® - Trapezoidal threaded spindle drylin® - trapezoidal lead screws made from aluminum, coated drylin® - Trapezoidal threaded spindle, Aluminium drylin® - Trapezoidal lead screw spindles with pin drylin® - Trapezoidal threaded spindle with pin drylin® - Trapezoidal lead screw spindles reverse Increased flexibility for format adjustments: counter rotating drylin® lead screws. reverse drylin® Zero backlash screw drives Screw drives with steep thread for quick adjustments. Zero backlash screw drives drylin® steep-threaded nuts For quick adjustments as an alternative to pneumatic or toothed belt. Leadscrews drylin® steep thread DST Lubricant-free steep thread DST higher performance in service life and efficiency Steep thread DST drylin® steep-threaded spindles Lubrication-free threaded spindles with high pitches. Steep-threaded spindles drylin® leadscrew nuts made of SHT linear modules Threaded nuts made of SHT linear modules drylin® leadscrew nuts made of SHT linear modules drylin® leadscrew nuts made of SLW linear modules Threaded nuts made of SLW linear modules drylin® leadscrew nuts made of SLW linear modules drylin® leadscrewsstorage Anodized aluminum bearing blocks of iglidur® L250. Design your own linear table. Leadscrewsstorage Floating bearing block for lead screws with ball bearing Useful extension to the drylin® construction kit. Floating bearing block for lead screws with ball bearing drylin® lead screw nut retainer Conveniently use srews to standard lead screw nuts with nut retainers drylin® lead screw nut retainer drylin® spherical trapezoidal lead screw nut To compensate for angular errors in screwed on plates. Spherical trapezoidal lead screw nut drylin® spherical lead screw nut with flange housing spherical trapezoidal lead screw nut, which permits continuous angle adjustments. drylin® leadscre nut with flange housing drylin® spherical lead screw nut with pillow block bearing Spherical lead screw nut with pillow block bearing continuous angle adjustments. drylin® lead screw nut with pillow block bearings drylin® quick-release nut – Fast Forward Fast forward mechanism: A combination of accurate positioning and quick manual adjustment with trapezoidal lead screw nuts. Quick release mechanism drylin® clamping rings drylin® clamping rings - flexible even down to the finest of details, made of coated aluminum. drylin® clamping rings Lead-free - According to (RoHS) 2002/95/EG Standards and Certificates

Diameter range of M 12 - M 80 with lengths reaching up to 800 mm. Tailored manufacturing according to specific standards, drawings, and samples. KEBA Fasteners can be coated according to your requirements such as galvanized, phosphatized, or hard chrome plated. Chrome VI free coatings for the automotive industry (e.g. Geomet Plus, Delta-Protect) is also available. Reduced-shaft bolts, pan head screws, square head bolts, fit-bolts, hexagon head bolts, hexagon socket head cap screws, wheel bolts, bearing bolts, threaded bolts, clevis pins with head and many more which can be tailored to customer specifications according to the model or drawing and many more which can be tailored to customer specifications according to the model or drawing.

Hardened and ground (HRC 60 ±2). Note: The locating pins are designed to make the joining process easier. Used in combination with hardened locating bushes 02026, they enable exact, low-wear, and fast changes of the workpiece. Versions D1 = 5 and D1 = 6 do not have an internal thread. Drawing reference: Form B: cylindrical pin Form C: rhomboid pin

The rest pads can be used both as a stable and precise support and as a stop. The pin form of the rest pad also allows it to be used with components with constricted support points.

Tapped cylindrical pins are chiefly used in blind holes. The milled flat prevents air compression in blind holes. The tapping makes it possible to use the extractor 03328.

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 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 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 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.

Bolts, nuts, threaded pins and washers made from molybdenum, tantalum and titanium. You can purchase cylinder bolts and countersunk screws, various threaded pins or nuts from us – to either standardised or individual specifications. We have an extensive stock of standardised parts in sizes M1 to M10 made from molybdenum, tantalum and titanium.

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a threaded pin with an external thread.

Flat gripper with a neodymium magnet in a rubber-coated steel pot. The housing increases the adhesive force of the permanent magnet. The maximum adhesive force is achieved when the entire surface is placed on a metallic surface. The flat gripper has a threaded pin with an external thread.

The magnet assembly can be clipped into the groove. It is freely movable or can be fixed by a threaded pin. The magnetic core is protected by a plastic cover and has a large magnet area in the groove. The magnetic system is lying nearly plan and has a closed, smooth adhesive surface which avoids scratches on the surface and the concentration of metal shavings. Alternative to the standard we also offer individual solutions: » Plastic housing in special colours » Temperature resistance up to 150°C

Bolt with head (according to EN 22340) Bolt without head (according to EN 22341) Stud bolts (stress bolts) (according to DIN 2510) Blocking pins Fox bolts (according to DIN 1434 etc.) Spacer bolts Threaded bolts, threaded pins, stud bolts, threaded rods (according to DIN 913-916, 939, 976, 2510) Double-threaded bolts with rolled-on thread on one or both sides

The above mentioned flat pot magnets are manufactured from standard parts according to DIN EN ISO 4026-45H. Dimensions and tolerances depend on the current status of the standard. The threaded pins with hexagon socket have a universal thread and are available with different lengths corresponding to fixed standards. By this simplified production method they are quite economical resp. there is a cost benefit compared with the turned special parts. Moreover, through the universal thread, they benefit from a continuously adjustable magnetic attachment point.

These models are among our most precise and yet mechanically robust miniature load cells. High accuracy, finely graded measuring ranges, small dimensions and the simple introduction of force via opposing threaded pins open up a wide scope of laboratory and production applications. Their sophisticated engineering with integrated support membranes and overload protection reduces additional design expense in many applications, e.g. for external overload protection or guiding the parts introducing force to the cell. The result is that less space is required, less material is used and less weight is involved. Last but not least, there is hardly any friction on components that could falsify the measurement result. The force to be measured is introduced centrally and axially to the cylindrical sensor body in the tension or compression direction by means of the two threaded pins. This requires the sensor to be mounted without any elements touching the end faces of the sensor housing.

Body aluminium. Other metal components steel. Plastic components PA6. Version: Body natural tone anodised. Other metal components trivalent blue passivated. Note: Sliding stop for profile systems type B, type I, and DIN 650 T-slots. Locked by turning the star grip. Sprung threaded pin ensures smooth sliding without tilting the slot key when loosened.

Steel version: Grub screw and indexing pin steel. Stainless steel version: Indexing pin hardened: Threaded sleeve 1.4305. Indexing pin 1.4034. Indexing pin not hardened: Threaded sleeve 1.4305. Indexing pin 1.4305. Mushroom grip black grey thermoplastic. Version: Steel version: Threaded sleeve, black oxidised. Indexing pin hardened, ground and black oxidised. Stainless steel version: Threaded sleeve, bright. Indexing pin hardened, ground and bright. Indexing pin not hardened, ground and bright. Note: Indexing plungers are used to prevent any change in locking position due to lateral forces. A new locking position can only be set after the pin has been manually disengaged. Form C or D is recommended for applications where the plunger remains disengaged over a long period and the pin should be prevented from springing back.

Mechanical platform with wheels and single pantographwith actuation by crank. The platform consists of a sturdy steel frame and is equipped with polyurethane wheels with locking brake. The movement ascent and descent takes place through the actuation of a crank with threaded pin which opens and closes the pantograph. Turning the handle clockwise opens the pantograph and the platform is lifted, naturally turning counterclockwise this lowers. (is the system of mechanical cric). The mechanical crank platform is used primarily as a work surface and where you have to make a few lifting because it is slower than the hydraulic models. It 'also suitable for assembly of molds or mechanical components in tight spaces because it does not have the the driving tiller and is not bulky.

To avoid thermal bridges Separation of the hot dip galvanised pin from building structure through rubber plug Rubber plug absorbs structure borne noise Installation can be made before or after plastering Including hot dip galvanised threaded pin with Torx drive and two flat nuts Available for: Insulation thickness between 100 and 200 mm We would be very pleased to support you with all your individual questions and suggestions regarding WUS. Give us a ring or leave a message indicating the information you need. We will contact you as quickly as possible. Your WUS team

Stainless steel version Indexing pin not hardened: Threaded sleeve 1.4305. Indexing pin 1.4305. Mushroom knob black-grey thermoplastic. Version: Steel version: Indexing pin hardened, ground, black oxidised. Stainless steel version: Indexing pin not hardened, ground, bright. Note: Indexing plungers are used to prevent any change in position due to lateral forces. A new locking position can only be set after the pin has been manually disengaged. Form C or D is recommended for applications in which the pin is disengaged over extended periods and should be prevented from springing back.

Indexing pin hardened: Threaded sleeve and indexing pin free-cutting steel Stainless steel version: Indexing pin hardened: Threaded sleeve 1.4305 Indexing pin 1.4034. Mushroom knob black grey thermoplastic. Thread lock blue polyamide. Version: Steel version: indexing pin hardened, ground and black oxidised. Stainless steel version: indexing pin hardened, ground and bright. Note: Indexing plungers are used to prevent any change in locking position due to lateral forces. A new locking position can only be set after the pin has been manually disengaged. Form CP is recommended for applications where the plunger remains disengaged over a long period and the pin should be prevented from springing back. The thread lock enables the plunger to be screwed in to the exact depth required, no spacer ring is required. The thread lock is a gripping polyamide coating that is applied punctiform (spot).