Small parts - Import export

Consisting of the systainer® T-Loc I, cover insert, EPP, 5 mm and base insert Incl. removable multicoloured individual boxes: - 1 orange box (L 49 x W 245 x H 71 mm) - 2 red boxes (L 49 x W 49 x H 71 mm) - 7 yellow boxes (L 49 x W 98 x H 71 mm) - 2 blue boxes (L 98 x W 245 x H 71 mm) - 1 green box (L 98 x W 147 x H 71 mm) Ribbing is integrated into the deep-drawn tray to hold boxes in place securely with the cover closed. The Boxensystainer® offers great flexibility for storing small components. The multicoloured boxes and base tray are also available separately Deep-drawn tray material: PE plastic systainer® material: ABS Box material: recycled PS * the orange box must always be placed in the front centre section of the Boxensystainer®, otherwise it will not be possible to close the systainer®.

Consisting of the systainer® T-Loc I, cover insert, EPP, 5 mm and 2-compartment deep-drawn tray incl. 6 dividers for division into 8 variable compartments Suitable for storing different lengths of screws in the systainer®. Compartment dimensions: L 325 x W 103 x D 64 mm Weight: 1.68 kg Deep-drawn tray material: recycled PS systainer® material: ABS With lid insert, EPP, 5 mm and insert with 2 compartments Incl. 6 dividers for 8 variable compartments

Consisting of the systainer® T-Loc I, cover insert, EPP, 5 mm and 3-compartment deep-drawn tray incl. 9 dividers for division into 12 variable compartments Suitable for storing different lengths of screws in the systainer®. Compartment dimensions: L 325 x W 61 x D 64 mm Deep-drawn tray material: recycled PS systainer® material ABS With lid insert, EPP, 5 mm and insert with 3 compartments Incl. 9 dividers for 12 variable compartments

Consisting of the systainer® T-Loc I, cover insert, EPP, 5 mm and universal deep-drawn tray with 12 compartments - 1 compartment L 112 x W 234 x D 67 mm - 2 compartments L 88 x W 88 x D 67 mm - 1 compartment L 88 x W 43 x D 67 mm - 8 compartments L 52 x W 52 x 67 mm Suitable for sorting small components such as screws, nuts, puzzle pieces, etc. Deep-drawn tray material: recycled PS systainer® material: ABS With lid insert, EPP, 5 mm and universal insert with

With laser generation, components are built up layer by layer from powdered metallic materials used in serial production such as 1.2709 steel or 1.4543 steel. Thanks to state-of-the-art technology, this enables us to transfer your computer-generated 3D/CAD models reliably over to their physical form. Here, thin coats of the powder materials are applied to a base object before being melted using a laser into the desired contour. This process is continued on a revolving basis until the workpiece is complete with the final geometric form and the relevant functional properties. Incidentally, we reclaim excess powder material during this process and use all of it for later productions again. Our services in sample development also include technical springs, which we produce in small batches for your sample application. Traditional sample development services are a new addition to our portfolio. Here, we produce a small-scale series of your bent strip parts from original materials.

We can produce the parts you require using specific tools or on special-purpose machines. We produce complex forms and assembly parts with strip thicknesses of 0.10 to 3.00 and with strip widths of up to 100 mm – depending on the material used. The manufacturing processes that we offer include: Punching, forming, embedding, welding, bolting, riveting and mounting. We perform the assembly of small batches by hand, while larger volumes are performed automated if you so wish. Our hybrid sub-assembly production includes the over-moulding of punched parts made of wire or metal with a variety of plastics or silicones. In order to ensure that the desired braking element features optimum properties, we make use of both the temperature durability and the haptic advantages of silicone and the weight advantage of plastic when combining these materials in this fashion. Guide tube assemblies, a combination of springs and tubes, are part of the hybrid component portfolio.

In our new production space, we have at our disposal 30 state-of-the-art automated punching & bending machines. In addition to bent wire parts, we also produce bent strip parts here. Production to order with complex forming: Bent strip parts are produced from a broad range of materials, including for instance stainless steel, alloyed or carbon steel, brass, copper, bronze, or even K55 or K75, a specially alloyed steel. We produce complex forms and assembly parts with a strip thickness of 0.15 to 3.00 mm and with a strip width of up to 120 mm; the strip thickness will be dependent on the material. Strip materials: Carbon steels, Stainless steels, Cold-rolled strips, Slit strips. Non-ferrous strips: Brass, Copper,Bronze,Special alloys such as K55 or K75. Strip coatings: Tin-plated, Galvanised, Silver-plated, Gold-plated, Painted, Partial coatings, Special coatings on request.

Ergonomically optimized plastic assortment box with removable inserts. Ideal for drills, screws and small parts High transparency lid offers optimum visibility to contents User-friendly, easy grasp features on both sides 90° swiveling, retractable handle; additional safety lock prevents accidental opening

The requirements for the dismantling parts are just as high as for the actual body. The surfaceCONTROL 2500 is used for the defect detection of attachments and interior parts. This enables the objective and reproducible identification and classification of defects. The surfaceCONTROL 2500 is used, for example, to inspect small parts such as fuel filler flaps, to detect defects on cockpit elements or for inspection in the press shop.

For sliding properties improvement of machine parts, apparates and precision machinery, especially for microfinished surfaces For incorporation in plastics, sealings, packages, sintered metals and improvement of sliding properties For long-term or possibly lifetime-lubrication Advantages and benefits Reduces friction and wear in a wide temperature range High effectiveness due to high affinity of MoS₂ to metals Low friction at highest load capacities Low consumption based on forming of extreme thin sliding films Not electrically conducting and not magnetic Chemically stable except against halogenated gases, concentrated sulphuric- and nitric acidFor best adhesion, clean sliding surfaces. Best way is to clean mechanically first and then with OKS 2610 or OKS 2611 universal cleaner. Apply on small parts in series production by tumbling, under addition of small amounts powder and tumbling parts, until a complete MoS₂ film is formed. Brush the powder onto bigger surfaces.

Small parts made of PA66 GF30 Plastic parts for water circulations pumps / auxiliary car heating

Small parts made of Fortron PPS and Hostaform POM

Small parts made of POM, PP, PA, PE-LD Plastic parts for machine engineering, medicine and other sectors

GSB system boxes are made of high-impact proof polypropylene and have mostly proved their efficiency in practice: ■Both the boxes and the partitions in-between are resistant against acids, oils and fat. ■Ergonomic aspects as well as high stability were particularly considered while designing. For example the grips feature special ribs underneath to make the use easier and above all safer. ■Racks on the outside as well as a stacking brim all around increase stacking steadiness and capacity. ■Large label fields enable a detailed marking and provide that way a clear overview in the storehouse. ■The even inner surface assures optimal room use of the compartments – this also is an advantage for cleaning. ■All partitions snap with millimetre precision to avoid any slipping even with a heavy loading.

With the MicroLevi Gripper, sensitive materials can be picked and placed from above without any contact. It is used for handling small workpieces, such as small foils and glasses, dies, chips, and other small parts. Through a combination of vacuum and ultrasound, attractive and repulsive forces act simultaneously on the workpiece and keep it at a distance, even when gripping from above. As a result, no contamination or micro-scratches can occur on the small part. The MicroLevi gripper can be combined with tips of different sizes. Due to the small dimensions, the self-centering of the workpieces is guaranteed, so that no supporting side stops are required, and high-precision positioning is possible. The gripper can be moved sideways and swiveled. Features of the MicroLevi Gripper: - Contactless topside gripping - Self-centering of the workpiece - High-precision pick and place - No micro-scratches or other damages - No particles because no air turbulence

Scope of application: -Horizontal installation – suitable for vertical CNC-controlled milling machines -Lateral installation is also possible Product features: -Extreme accuracy for your machining -Clamping force can be preset in 11 increments; fine gradations for delicate workpieces. At most, 1 revolution is required max. to reach the max. clamping force -Preselectable and reproducible clamping forces enable the workpiece position to be repeated within a tolerance of less than 0.01 mm

Consisting of MINI-systainer® incl. EPP cover insert and 6-compartment deep-drawn tray Interior dimensions of compartment: L 73 x W 67 x D 42 mm Suitable for sorting small components in the MINI-systainer®, such as saw blades, drill bits, etc. systainer® material: ABS Cover insert material: EPP moulded foam Deep-drawn tray material: recycled PS