Casting and forging - Import export

ASP’s "Forging – stamping" covers use fabrics coated on one or two sides (aramid based). This specific coating provides mechanical and thermal advantages that are needed for these processes (resistance to molten metal splashes, M1 fire protection class, high tear resistance, etc.). Covers that are tailor-made and repaired in our workshop provide the best protection for your robots.

Protected seams if needed Workshop or kit repairs if necessary Multiple materials available Covers resistant to moisture, dirt, and extreme temperatures M1-rated fire-resistant fabrics Velcro opening for easy and quick access to robot mechanics Attachment to axis 1 frame allowing free rotation Axis 1 skirt for optimal protection of robot connectors

Forged parts made of steel, stainless steel and aluminum including mechanical processing. Pressed brass blanks including mechanical processing, also on rotary transfer machines. Sintered parts made of sintered bronze, sintered porous brass and stainless steel. Filter elements for air, liquids and fuel made of sintered ball material or mesh.

Milling of complex components for automotive and mechanical engineering. Production of prototypes, test parts, small and large series according to data records, drawings, samples or specifications. Machining of cast and forged blanks. Attachment of decorative surfaces.

With our modern CNC boring machines, CNC milling machines and CNC lathes we work on steel construction components and process forgings and castings into precision components for mechanical engineering. Our cutting machine operators work precise on parts that are up to 10 meter long and weigh 25 t - with an accuracy of 0.01 millimeters. This is how customized mechanical engineering elements are created, such as: - wind power components - press stand - gear housing for mining ... The machining technicians create the individual CNC programs together with our CAD specialists directly on the CNC machines. An integrated management system and the uniform control concept from Heidenhain guarantee a high degree of flexibility; all CNC machines for heavy-duty machining are networked and access a central data pool. This is how we guarantee you fast programming and set-up times, absolute repeatability and adherence to schedules.

Working range Blind rivets up to 5 mm Ø aluminium and 4 mm Ø steel and stainless steel Technical data Weight: 480 g Total length: 275 mm Stroke: 8 mm Accessories Nosepieces: 10/18, 10/24, 10/27 and 10/32 1 maintenance wrench, operating instructions with spare parts list Advantages • Body casing in high-quality die cast aluminium • Body head made of forged steel • Narrow head for difficult to access rivet locations • Opening spring for automatic ejection of the mandrel • Ergonomic handles

Working range Blind rivet nuts from M3* up to M6 alu and up to M5 steel, brass and stainless steel Technical data Weight: 600 g Total length: 260 mm Stroke: 7 mm Accessories Standard: Threaded mandrel and nosepiece M5 (optional also with M4 or M6) Maintenance instructions with spare parts list Stroke table Features • Simple lift setting via a knurled nut for safe and complete setting of the blind rivet nuts • Threaded mandrel protection via spring ring for fast tool-free replacement of the threaded mandrel • With opening spring for simple handling • Body in high-quality die cast aluminium • Body head made of forged chrome-vanadium steel • Ergonomic handles

The HT1000 and HT2000 have many applications in the primary metals, metal fabrication, utilities, petroleum, chemical, automotive and aerospace industries. Their small size and easy to use, one-handed operation, makes them ideal for testing large and heavy forgings or castings, such as steel mill rolls and turbine housings. Due to their small size and portability, the testers can be used to test individual parts of a large assembly without taking the finished assembly apart. The testers can be used in any direction, and require only a small surface area to obtain a quick and accurate reading.

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

With our hexagonal clamping heads you get up to 25 % more clamping force and higher output with the same clamping cylinder actuating force that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. In addition the hexagonal geometry ensures that TOPlus is more resistant to contamination than former clamping head / chuck systems. Therefore, TOPlus is even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. With a concentric precision of ≤ 0.005 mm!

The segmented clamping bushing SE with the hexagon socket sits on the clamping pyramid, absolutely form-fitted in every clamping position and thereby enables maximum machining performance with minimal vibration and thus less tool wear. The full-surface contact of the segmented clamping bushing on the mandrel ensures a significantly better insensitivity to contamination than previous segmented clamping bushing/mandrel systems. Therefore, these segmented clamping bushings are even better suited for raw material, cast and forged parts, as well as fine-particle non-ferrous metals such as brass. And they offer this suitability at run-out of ≤ 0.01 mm and in the premium version at ≤ 0.007 mm.

Unequalled rigidity Up to 25 % more clamping force and higher output – with the same clamping cylinder that is used to actuate our SPANNTOP chucks. The pyramid arrangement of glide surfaces makes it possible. The clamping head rests with full-surface contact in the TOPlus chuck body – even with large workpiece tolerances. Insensitive to dirt In addition this geometry ensures that TOPlus is significantly less sensitive to contamination than previous chuck/clamping head solutions, and with a concentric precision of approx. 0.015 mm [for chuck size 65]! Thus TOPlus is even better suited for raw material, cast and forged parts, as well as fi ne-particle non-ferrous metals such as brass. Therefore, all-round optimized values make the chuck an ideal partner for modern manufacturing strategies and state-of-the-art machine tools. TOPlus – simply revolutionary!