Biesse Akron 855 - 2005

Working in close collaboration with your teams, our highly qualified engineers determine the technical solutions best suited to your specific use. These solutions are analysed, detailed, quantified and drafted. We produce all the mechanical and electrical work drawings and manufacturing documents, develop the automation software, etc. Our technical solutions are developed according to your requirements and technical standards, while prioritising a custom-made product that combines performance and reliability. The feasibility of the selected solutions is systematically reviewed with the manufacturing teams upstream of the production phases. This is one of the advantages to having all of our skilled employees (from the design to commissioning teams) working under one roof

Winch component, made by sand casting and machining, material EN GJL 250, sizes Ø175mm x 115mm, weight 2,5kg, annual demand 500pcs

High efficiency and low cost in a short time in prototype works, More economical than machining, More flexible working opportunity in design, Production at lower costs in a short time without requiring molds in small quantities, Using the material in the most efficient and waste-free way in production, Allowing production without molds, Cutting No crushing of the material since there is no contact with the material during cutting, Burr-free and minimum roughness cutting process

Knight Optical’s Laser Optics range include Thin Film Polarisers which separate the s- and p-polarised light with negligible absorbance within the coating for low loss performance. The laser thin film polarisers are optimised for 515nm and 1030nm design wavelengths, ideal for Ytterbium (Yb) doped lasers including diode-pumped solid-state lasers (DPSSL) and fiber lasers, as well as Nd:YAG lasers emitting at 1064nm. Currently, we stock thin film polarisers which work at either 45° or at Brewster angle (55.4°), both of which have been coated using ion beam sputtered (IBS) technology, creating a compact and durable coating, with a LIDT suited for ultrafast laser applications. Often used within a laser resonator to separate the different polarisation states and can be used as an alternative to polarising beamsplitter cubes or Glan-type polarising prisms. The following are the tolerances for the laser polarisers: