Edges - Import export

The functioning principle make the wedge clamps ideal for series clamping. The wedge form can exert high clamping forces. These wedge clamps can be mounted in grid holes or T-slots. Tightening the socket screw moves the wedge down and the jaws out pressing the workpieces against the fixtures fixed stops. The wedge has a slightly elongated hole allowing for movement to compensate for tolerances. Spread width: M8 = ±0.5 mm M10 = ±1.0 mm M12 = ±1.0 mm M16 = ±1.5 mm Drawing reference: D) DIN 6912 cap screw 1) Jaw face smooth 2) Jaw face serrated 3) Wedge clamps 4) Workpiece 5) Fixed stop

Fasten the floating clamp to the fixture with the M12 screw. Adjust the height stop and the swivel range using the blue sleeve and lock with the 3x2.5 mm grub screws. When setting the height leave generous clearance above. For safe operation the M12 tapped hole must always be closed. For specific clamping applications the standard jaws can be altered or replaced. Form B: Fasten the floating clamp with M6 fastening holes to a fixture. Adjust the height stop and pivot range using the blue adjusting sleeve and clamp with grub screws (4x AF 2.5). When setting the height limit, allow ample play at the top. For specific clamping situations, the standard jaw plates can be modified or replaced.

The pneumatic hold-down clamp is suitable for clamping workpieces from above. This clamp is operated with standard pressure compressed air. The large swivel angle of the clamping arm makes it easy to insert and remove the workpieces without any obstructions, guaranteeing optimum accessibility to the workpiece. The block design of the housing offers universal fastening possibilities, which means that the clamp can be optimally adapted to the workpiece being clamped. Self-aligning pads with a smooth or serrated faces can be fitted in the clamping arm, enabling rough or machined workpieces to be clamped. These pneumatic clamps can be placed in multiple positions on the workpiece and operated in any particular order. They can be controlled manually or automatically. As these clamps are pneumatically actuated, they relieve the operator, particularly where frequent clamping processes are carried out.

Housing and arm carbon steel. Jaw tool steel. Version: Housing, black oxidised. Arm and jaw tempered and black oxidised.

We recommend using a lubricating paste to reduce wear to the adjustment screw. Risers are available to increase the height of the power clamp. Supplied with clamping element, support element, DIN 508 slot key and grade 12.9 bolt. Application: The height of the clamping arm can be infinitely adjusted using the adjustment screw and the workpiece can then be clamped. Advantages: Very high retaining forces of 22–49 kN. Low height. Simple element assembly. Enables very fast, simple clamping. Infinitely adjustable height and length. Use in 12-28 mm T-slots or M10, M12, M16, M20 grid systems. Thrust pad available in smooth and serrated versions.

Tightening the ball-end thrust screw moves the jaw plates forwards. The workpiece is pushed against the fixed stop and simultaneously forced down onto the seating face. The seating face for the workpiece can be mounted directly on the machine table.

These sealing profiles have a double function, namely finishing edges and closing gaps. The profiles usually consist of PVC with a very flexible moss rubber bulb, but profiles in EPDM and silicone are also possible.

These sealing profiles have a double function. They are used to finish edges and also to seal gaps. The moss rubber flap is flexible and specially manufactured to close doors and hatches.

Edge profiles are suitable for finishing sharp edges or edges. They can also ensure a good seal by, for example, a bead or flap on the top or side. A firm clamping can be obtained due to an internal thin plastic or metal insert and the shape of the edge profile. No glue required due to the clamping effect Insertion in metal, plastic or stainless steel possible Perfect sealing or finishing of edges, doors, cabinets or machines

These sealing profiles are used to finish sharp edges and also to seal gaps. The profiles usually consist of PVC with a bulb of moss rubber, but profiles in EPDM and silicone are also possible.

Adhesive-based equipment The adhesive-based edge folding process differs depending on which adhesive is used. Some adhesives need to be activated and others do not.

Adhesive-free equipment Bonding with the substrate component is carried out without adhesive. These processes are particularly useful for back-injected or back-pressed components, where the decorative material needs to cover component edges.

Glass cutting is a complex process requiring innovative technologies. Our lasercut technique allows many possibilities in terms of shape whether straight or rounded. Moreover, this step does not alter the resistance of the glass and provides highquality straight edges finish.

For your project, we can provide you with the required accessories to assist in constructing your building. Flashings for walls come as U-profiles, external and internal corners as well as drip-trays on request. For roofs, we can offer the following: wall-connection plates and barge, verge ridge and eaves flashings. These flashings can be offered in various sizes and lengths. Usually, the flashings are manufactured in galvanised steel in a coated paint finish. On request, we can manufacture these accessories in aluminium or stainless steel. The strength of material is also freely available to choose from, and can be finished in a range of RAL-colour tones.

BAVELLONI CR 1111 - Year 1999 Straight Line Edging Machine Flat Edge with Side Arrises Min. Dim. 50 mm Thickness 3-31 mm Speed 0-5 mt./min. Power 23,8 kW

A month's supply of Aronia pure juice is filled in an environmentally friendly 3-Liter Bag made of FSC®-certified material. Consumers can thus help themselves anytime to a fresh portion of organic juice and the quality of the contents is not affected even after the packaging is opened. A concave-convex curvature underscores the natural origin of the product.

Flat led backlight system with border illumination for transmitted light- and contour applications for machine vision systems. At nearly all of our back lightings we are working with border illumination. The LEDs are not situated in the lighting area itwelf but below the unlighted edge. The light of the LEDs will be injected into the border of a flat light conductor and uncoupled equally via a calculated dot matrix system. This technique comes originally from the premises of planistar. The dot matric course are sitll being calculated from us an manufactured ba very precise UV print machines. So the square light has an very diffus and even light on the measuring surface. We can produce from very small led lights to very big monster lights every size you need for your vision light system. The high-power led backlights are with switch input for steady or flashing. The controller for the current are always inside.