
Flight cases for production equipment.
CP Case's new product innovation brings together the latest technologies in precision CNC metal forming, in partnership with unique monocoque designs, to offer customers a range of cases and containers, in both standard sizes and custom sizes.
RCZ Cases offer unparalleled protection for delicate communication devices. These ruggedised cases are resistant to water, dust, and extreme temperatures, safeguarding the equipment from environmental hazards. The high-strength aluminium construction ensures exceptional impact resistance, making them ideal for use in rough terrains and during transit.
The design concept behind RCZ cases was to maximise the properties of flat stock 1.5mm thick high tensile aerospace-grade aluminium sheet by introducing innovative rimfold profiles that bring exceptional longitudinal strength and a patented pre-form corner design that significantly prevents impact damage to the corners when dropped with heavy loads. Utilising extra-large aluminium sheet sizes, combined with large bed laser cutting ensures we get the best material yield before moving the RCZ laser cut panels to an automated CNC panel fold/form machine that produces precision folded lid and body parts with repeatability and close tolerances – every time.
Effective EMC Shielding is to prevent electromagnetic interference (EMI) or radio frequency interference (RFI) from impacting sensitive electronics. RCZ containers are made from 1.5mm aluminium sheet, which acts as a metallic screen to absorb the electromagnetic interference that is being transmitted through the air. With the addition of a conductive / braided gasket, the container becomes an effective Faraday Cage which protects the contents from external electromagnetic interference. More information on EMI shielding is available on request. EMI compliant PRV’s and/or venting is provided as required.
RCZ container have been successfully tested by CP Case's customers to MIL STD 810G for drop, shock, vibration, blowing rain, dust, hot, cold and altitude.