1864 results found
    1. BITO Boltless Shelving

      BITO Boltless Shelving

      BITO Shelving meets strict quality standards. It accommodates any kind of product. Shelving height and length can be adjusted to fit into any room. Assembly and reconfiguration can be done within a few minutes without tools, and later-on extension is just as easy. Shelving is applicable for unpalletised, light-weight items or unit loads requiring manual picking. Ideal if; - You want to store and archive files space-efficiently. - You want to store or pick loose articles, small items in containers, or any units not stored on pallets. - You need a flexible, easy-to-assemble, cost-effective storage solution which is optimised to meet your individual needs and available space. - You need supply shelving for your assembly point that can be easily restocked based on the first-in, first-out principle.

    2. BITO Carton Live Storage

      BITO Carton Live Storage

      Roller racking for First In First Out stock control & picking. Carton live storage racks are suitable for use as supply racks for finishing processes and as storage and picking racks. They can be used in a variety of situations and enable compact, clearly organised storage of goods. Reduced travel distances increase system efficiency; working times are reduced while picking performance is increased, and investment costs often pay off within a year. A highly sophisticated, ergonomic design reduces the physical stress placed on employees.

    3. BITO Multi-Tier Shelving

      BITO Multi-Tier Shelving

      Multi-tier storage installations are designed to make full use of the vertical space in your warehouse while multiplying the available floor area. They are mainly used for storing and picking non-palletised loads, small parts in bins, unit loads or individual items that can be hand-picked. Low investment costs The investment costs for a multi-tier system amount to only a fraction of the sum that has to be invested in an automated system. This reduces the financial risk, especially when a flexible solution is needed. Centralised warehousing Warehouse capacities can be easily expanded while substantial handling and logistics costs can be reduced. Our shelves are available in various length, width, height and load capacity options and provide utmost flexibility for storing a wide array of products and for accommodating frequently changing product portfolios. Shelf spacing can be adjusted in 25 mm increments. The modular system offers versatile solutions for equipping a wide variety of working environments from offices, stockrooms, car garages to warehouses and picking towers.

    4. BITO Pallet Live Storage

      BITO Pallet Live Storage

      Choosing the right storage system can save your business significant time and expenses. Perfectly coordinated logistical processes therefore play a substantial role in your business’ success. BITO PROflow live pallet storage enables highly compact, clearly arranged warehousing. Process times are cut down and intralogistical flows become easier to calculate. This avoids downtime, increases warehouse productivity and reduces storage costs. A pallet live storage system eliminates the need for service aisles within the block, saving 60 percent more storage space than a standard pallet rack. Unlike block storage, pallet live storage also permits direct access to all stored items at all times. This guarantees high flexibility and reduces the time taken to pick goods. The system works based on one of the two principles: FIFO In the FiFo (first in, first out) principle, the first item stored is also the first to be retrieved. Each individual channel in a block is loaded with pallets from the loading side. Products are picked from the opposite side. A load separator on the picking side ensures that service vehicles can retrieve the pallets without having to compensate for lane pressure. This helps prevent damage to goods. LIFO In the LiFo (Last in, first out) principle, the last item stored is the first to be retrieved. Goods are both stocked and retrieved from the same side of the rack. The pallets are pushed into the live storage rack against the incline with the help of a service vehicle. This rack type is therefore known as push-back racking.

    5. BITO Pallet Racking

      BITO Pallet Racking

      Classical pallet racking remains, as ever, the most popular storage system for palletised goods - despite the increasing use of modern technology in the storage and picking fields. The system allows convenient access to every pallet. Moreover, the racking configuration can be easily modified and extended. Flexibility and relatively low investment costs have made this system essential for storage and order picking. With useful and practice-proven accessories, the BITO pallet racking system allows optimal storage of palletised loads in all shapes and sizes. The most common configuration is multi-position storage with 2 - 4 pallets per bay. If pallets are buffered or if complete pallet loads are to be handled, pallets are stored short side facing. For order picking, however, pallets are generally stored long side facing in order to facilitate access. The pallet racking system is available in a range of versions, the most common of which are broad aisle racking, narrow aisle racking and mobile pallet racking.

    6. Blow Moulding

      Blow Moulding

      Plastic blow moulding is a specialised manufacturing process for creating hollow components, offering flexibility, efficiency, and consistent quality. By inflating molten polymer inside a mould, this method produces parts with uniform wall thickness, complex shapes, and excellent structural integrity β€” making it ideal for containers, tanks, and other hollow products. At Flambeau Europe, our dedicated blow moulding facility is equipped with 11 advanced machines, including accumulator heads, continuous extrusion systems, and suction blow moulding technology. This allows us to produce items ranging from 10 to 200 litres, meeting diverse customer requirements across industrial, commercial, and consumer applications. Our engineers optimise every stage of blow moulding, from material selection and extrusion parameters to cooling strategies and cycle times. This ensures parts are dimensionally accurate, aesthetically consistent, and durable. By integrating blow moulding with upstream processes like CAD design, prototyping, and tooling, as well as downstream operations such as assembly, labelling, and packaging, we deliver a seamless turnkey solution. Blow moulding at Flambeau Europe combines advanced technology, skilled craftsmanship, and process expertise. Customers benefit from efficient, scalable production, high-quality hollow components, and reduced risk of defects or delays β€” supporting faster time-to-market and reliable supply for their products. π—žπ—²π˜† π—―π—²π—»π—²π—³π—Άπ˜π˜€: β€’ Hollow part production: Efficient creation of containers, tanks, and other hollow components. β€’ Consistent quality: Uniform wall thickness and dimensional accuracy. β€’ Flexible capacity: Produce volumes from 10 to 200 litres. β€’ Optimised process: Material, extrusion, and cooling parameters tailored for performance. β€’ Turnkey integration: Seamless link to design, tooling, and downstream assembly.

    7. BNC Straight Crimp Crimp Plug (IP68 Unmated) (10-045-Q66-AI)

      BNC Straight Crimp Crimp Plug (IP68 Unmated) (10-045-Q66-AI)

      BNC 75 ohm straight crimp/crimp plug, for applications up to 3GHz. The interface of this connector is IP68 sealed to provide waterproofing in both the mated and unmated state. The standard 75 ohm interface allows this connector to be mated with any BNC jack and will be sealed even with a standard jack. An adhesive lined heat shrink sleeve is included to seal the cable entry. Contact and crimp sleeve are annealed to provide a robust and durable termination, centre contact is gold plated. Suitable for RG59 or similar cables in COAX cable group AI. Other cable versions available on request.

    8. Board Mount Pressure Sensors

      Board Mount Pressure Sensors

      A board mount or board mountable pressure sensor or pressure transducer is typically mounted onto a printed circuit board (PCB) and used to measure the pressure of gases or liquids. The media to be measured is transferred to the sensor via a small plastic tube or the pressure sensor needs to be in contact with the media to be measured such as a barometric air pressure sensor, air flow, pitot tube pressure Pressure sensors options include gauge, absolute or ultra low pressure differential pressure reference and usually from 2 inch of water column to a maximum of 300 PSI. The sensing technology used is Piezoresistive or MEMS (micro-electromechanical system) which is effectively a strain gauge whose resistance changes due to pressure variances. Pressure transducers are available with analogue or digital I2C or SPI interfaces.