MANUFACTURING RANGE Wire diameters: 0.2 to 30 mm, cold winding Shape: cylindrical, conical, biconical, diabolo, rectangular Pitch: constant / variable

With extensive experience and a commitment to maximum customer satisfaction, Frey has been operating the machining of high-alloy stainless steels and special materials across a wide range for many years.

• Retractable U-tube bundle with finned tubes • Spiral deflection principle for high specific heat transfer performance • Materials: ◦ Inner tubes: Copper, tinned alternatively CuNi10Fe ◦ Tube bottom: Plastic; Reinforced aluminum ◦ Jacket: Aluminum casting ◦ Chamber: Gray cast iron ◦ Screw: Aluminum casting • Exchange areas from 0.05 m² to 1.5 m² • Inner tube dimensions: 14 x 1 mm according to DIN EN 12452 • Tube side 4-way • Also available as tank installation variant TDW T

Tool Documentation, DFM (Design for Manufacturing), Assembly Instructions - Tool Documentation - DFM (Design for Manufacturing) - Documentation and Data Change Management for all revision statuses - Creation of manufacturing and assembly documents - Assembly Instructions - Completion of the documents required for achieving conformity

If needed, of course, with the integration of handling intermediate layers and empty pallets, sometimes also for more than one pallet type.

We analyze multi-body systems and mechanisms with transient or geometrically nonlinear movements using multi-body simulations (MBS). We take into account: - rigid and/or elastic structures (FEM) - general contact conditions - general coupling conditions and support conditions - nonlinear motion quantities - kinetic operating forces We also use multi-body simulations to determine unknown input parameters for further finite element investigations. For this, we primarily employ Abaqus/Explicit® and MATLAB/MultiBody®.

In destructive materials testing, we examine materials for their physical and chemical properties, deformability, microstructure, type of heat treatment, and corrosion resistance.

{"Outer Grinding":{"Maximal Grinding Length Between Centers":"Maximum grinding length between centers 900 mm","Maximal Outer Diameter":"Maximal outer diameter of 358 mm"},"Flat Grinding":{"Dimensions":"Dimensions 500x250x400 (LxWxH)","Clamping on Magnetic Plate":"Clamping on magnetic plate"},"Lapping":{"Flat Lapping":"Flat lapping up to a diameter of 180 mm"},"Inner Grinding":{"Minimal Inner Diameter":"Smallest possible inner diameter 3 mm","Grinding with High-Frequency Converter":"Grinding with high-frequency converter at speeds up to 120,000 RPM"},"Mass Finishing/Trowalizing":{"Capacity":"Capacity on 2 drums each with a diameter of 1200 mm"}}

The parts to be cleaned regularly at the end of the workday are marked in yellow, to save time and keep your scrubber drier always in the best condition.

Concerned with optimizing the quality of its products, CORNIC-NOVAMER has chosen to integrate quality control, packaging, and storage operations. This approach has resulted in: - An internal lab: Staff of 1 person (9,400 checks performed in 2020) - A quality service: Staff of 3 people - A production workshop of 800 m² equipped with state-of-the-art equipment, giving us an annual capacity of 8 million UVC. - A refrigerated warehouse with a capacity of 1,800 pallets. CORNIC-NOVAMER is certified IFS Food and IFS Broker High level, as well as ASC, MSC, and BIO.

Parametric Reconstruction Based on Scan Data | Basis for Drawing Derivation | Complete History, e.g., in SolidWorks Surface Reconstruction For us, the surface reconstruction begins with the very first conversation with you, where we gather information about the initial situation, technical requirements and functions, your wishes, ideas, and goals. Based on this information, we create a fixed-price offer that you can budget for. During the processing, we integrate all the gathered information with our know-how from both practice and theory to achieve an optimal result.