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Applications and projects : conveyor systems assembly lines robotic units screwing welding Poka-Yoke vision Pick and Place Some practical examples : roll-forming machine conveyor system with elevator assembly lines for plastic and metal components ergonomic workstation on assembly line unit for recovery, transfer and removal of springs on assembly line

With our delivery program “Screws for direct screwing” we deliver a great variety of thread rolling screws in different implementations. In doing so we realize small lot sizes and short-term delivery dates. Upon request we also introduce customer-oriented warehousing also in your company. Apart from the many advantages you can save time and money. We provide: KTG screws for thermoplastic materials: single pass thread or double pass thread (high/low); head shapes with cross or 6-star (similar Torx). Tapping screws: longitudinal slot, cross slot, cross-head-combination slot or 6-star (similar Torx). DIN 7981, 7982, 7983 or to the new ISO standards; special tip-styles, e.g. with with pressed washer. Combination screws with undetachably washers: According to DIN 6901. Self-tapping screws: According to DIN 7500. Fields of application: For thermoplastics, duroplastics, light alloys, metal compounds. Industrial consumers: Electrical industry, plastics processing industry...

round bolts are a reliable and easy-to-install ground anchoring solution is indispensable in many situations, be it for the secure fastening of tents, scaffolding, posts, pavilions or for construction fences in the ground. Just pre-drill, screw in, done!

As a specialist for special parts, we are your competent partner for high-quality fasteners: made of any special materials according to drawing to specification / factory standard according to special standard (for example DIN 2510) according to technical regulations (eg AD-W2, AD-W7, AD-W10, TRD 106, etc.) with all acceptances and duplicate acceptances (eg works certificate 2.1, works certificate 2.2, acceptance test certificate, 3.1, acceptance test certificate 3.2, TÜV, Germanischer Lloyd, etc.)

Ground anchors, ground screws or screw anchors are used in various applications, such as: Stable earth screw foundation: Perfect solution for garden sheds, gazebos, greenhouses, patios and carports, for permanent or temporary applications (reusable, as long as not damaged), can be loaded immediately even in winter Bracing of poles: Ground anchors are used to securely anchor masts to the ground and to absorb tensile forces. This is particularly important in situations where where high stability and safety are required, for example installation of antenna masts or for temporary constructions constructions such as event stages. Recovery of vehicles: Ground anchors can be used as anchor points to secure vehicles during recovery or rescue operations. rescue operations. They provide a reliable anchorage in the ground to absorb tractive forces and allow safe towing or towing or moving vehicles off-road.

Large Quantities: produced as cold formed parts (so-called multi-station presses), which require high output volumes in order to achieve a reasonable price parts Small Quantities: Produced as turned parts - the economic adjustment to small batch sizes Fields of application: For thermoplastics, duroplastics, light alloys, metal compounds. Industrial consumers: Electrical industry, plastics processing industry, sheet metal processing industry, telecommunications, tank- and container construction.

Form C and F: Ball steel, ball seat high-carbon steel. Form G and J: Ball high-carbon steel, ball seat steel. Version: Form C and F: Ball hardened and black oxidised, ball seat phosphated. Form G and J: Ball phosphated, ball seat hardened and black oxidised. Note: The self-aligning pads serve as stops, rests and thrust pads in fixture construction. The seating face returns to the start position when the load is removed. Ball secured against rotation. Drawing reference: Form C: male thread, flattened ball, smooth Form F: male thread, flattened ball, diamond grip Form G: press fit, flattened ball, smooth Form J: press fit, flattened ball, diamond grip

Also called fixture clamps. The minimal height of this fixture clamp allows numerous clamping problems in fixture and equipment construction to be solved. The brass hex washer offers a gentle yet extremely stable and safe clamping of workpieces. By using several fixture clamps entire pallets can be set-up. “A” = distance from workpiece to screw centre (cam screw). On request: Replacement cam screws.

Material: Aluminium. Version: Bright. Flat seal asbestos-free. On request: Cap marked OIL. Drawing reference: 1) flat seal

The double-sided clamp straps are ideal for series clamping. For special applications, the clamping flange can be replaced with another clamping flange by loosening the clamping screw. The clamping flange must always have a contact point on both sides. Functional principle: 1. Use a hand-held or electric tool to tighten the hexagon head bolt (make sure that the maximum tightening torque is not exceeded). When clamping, the clamping flange automatically turns by quarter of a rotation and starts the clamping stroke. 2. Use reverse procedure to loosen the hexagon head bolt. The clamping flange automatically returns to its starting position (the set screw can be used to change the position of the clamping flange). Drawing reference: 1) Hexagon head bolt 2) Slotted round nut 3) Set screw

Slide hammer tempered and chromed. Shaft, stop and guide sleeve hardened and chromed. Note: These extractors are used to remove locating pins and centring pins (03105, 03106, 03107, 03108, 03325) with M3 - M8 tapped holes. Drawing reference: 1) stop 2) slide hammer 3) shaft 4) cross pin 5) lock screw 6) guide sleeve 7) cap screw 8) 1 set guide sleeves

Case-hardened, black oxidised and ground. Note: To align fixtures and clamping elements on subplates and palettes with location holes. They can be mounted in holes or slots.

The mandrel collet is used in small through bores to position and clamp workpieces. Clamping is carried out manually from above using a hex key. The mandrel diameter can be ground to suit the application. The bore for the mandrel should have an H7 tolerance. D min = smallest permissible diameter to which D can be ground. applicable for holes from Ø5 to Ø12.5 mm compact design, small installation space simple handling mounting in any position different installation types possible surface pressure protects the workpiece surface individually adaptable to the diameter Technical data: The tightening torque max. Nm given in the table refers to the spanner size AF2. Assembly: If required, diameter D can be adapted to suit the diameter being held. To do this, expand the mandrel collet ca. 0.2 mm over the required diameter. Grind the OD of the mandrel collet to suit the ID of the workpiece bore.

When the positioning cone and bush are mated, the balls are pressed together within the rubbers elastic range and thus locate the two parts in which they have been fitted, with maximum accuracy. To ensure that the rubber in which the balls are embedded is deformed within the elastic range, one must merely ensure that the depth of the hole into which the positioning bush is later pressed is precisely observed. The positioning cone is supplied ready to fit into the positioning bush and must simply be fitted into the counterpart component. Henceforth, a precise zero point positioning system is in place.

Case-hardened. Toleranced diameter ground. Note: These centring pins are suitable for the central holes of our workholding elements 01148, 01263, 01265, 01267 and 01850.

Ball end locating pins are specially designed to ease the locating process. The tendency to jam, caused by the locating hole not being at right angles to the pin or by the pushing force not being parallel to the pin axis, is minimized by the ball-end form (see illustration).

The indexing and clamping grips enable the positioning, securing and clamping of diverse positioning elements with just one product. Indexing is carried out using the indexing pin and the item is clamped using the end face of the sleeve. A protruding signal button means that the indexing pin is not completely extended.

Cam-action indexing plungers are used when the indexing pin should not project all the time. Turning the handle through 180° retracts the pin. A notch ensures that the handle remains in this position.

Indexing plungers are used where it is necessary to prevent changes of position due to lateral forces. A new locking position can be set only after the plunger has been manually disengaged. With this indexing plunger a cam lever is used to retract the pin. The indexing plunger remains unlocked as long as the handle is positioned over the dead-centre of the cam. The ergonomic cam lever enables light handling with low effort. Temperature range: Permanent operating temperature acc. to IEC 216 max. 160°C. Short-term operating temperature max. 250°C. Advantages: Simple and quick operation. Suitable for high temperature applications. With integrated detent function. On request: Special versions. Accessory: Spacer rings 03089 Positioning bushes for indexing plunger 03099-50 Mounting brackets 03099

Indexing pin steel, hardened, ground and black oxidised. Threaded sleeve black oxidised. Lock mark red anodised. 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 plunger has been manually disengaged. When the lock mark is visible the plunger is either completely disengaged or only partly in the index position.

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 in which the pin is disengaged over extended periods and should be prevented from springing back.

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).

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.

These bushes are ideal for easy and quick positioning of ball lock pins and locking pins. Advantages: centred by the centring collar. easy and reliable installation. can be screwed into various materials. usable both sides

Clamping joint high-tensile aluminium. Hinge pin, support plate and stop bar, steel. Version: Clamping joint anodised blue and black. Hinge pins, support plate and stop bar black oxidised. Note: The 5D-swivelling stop serves, among other things, as a versatile instrument for positioning on machining tools or for assembly work. It is infinitely adjustable, quickly and flexibly in 5 axes. Supplied complete with M8x12 T-slot nut and hex key. On request: Connecting element for combining several 5D-swivelling stops.

Body and set screw carbon steel. Version: Body black oxidised. Set screw tempered and black oxidised. Note: The adjustable stops have three tapped holes to accept the set screws.

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.