• Double handheld UHF wireless microphone system with convenient ABS case for carriage• 200 channels available (100+100) and Auto Scan system of free available frequencies• Infrared rays transmission towards the transmitter for a quick setting• Frontal volume setting independent for each channel, two XLR outputs and one MIX Ø 6,3 mm jack output• Control...
• The first keyboard stand in the world with independent upper and bottom part adjustment: suitable for any space availability • It can hold heavy keybords such as electrical pianos as well as small portable devices• Made of steel tubes 30x15x1,5 mm epoxy powder coated • Central and upper joint made of aluminum alloy with Crocodile system for an...
Signal instrument cable with 99% pure OFC conductor and 0,25 mm² nominal section Internal semiconductor PVC jacket with graphite, noiseless Spiral shielding External PVC covering with the addition of vulcanized silicone 6,5 mm external diameter 100 m reel
Not only the use, but also the transport and the storage of electronic and musical equipments are fundamental operations in daily activities of professional audio insiders.
For this reason, Bespeco cares about quality, convenience and strength of its own-produced flight cases.
They are made using the best wood, of different thickness, the best accessories like handles, latches and hinges and the maximum precision during the assembly of components.
Bespeco flight cases are studied to resist to the strongest shocks and to the atmospheric agents that may create damages, protecting at maximum their content.
Not only the use, but also the transport and the storage of electronic and musical equipments are fundamental operations in daily activities of professional audio insiders.
For this reason, Bespeco cares about quality, convenience and strength of its own-produced flight cases.
They are made using the best wood, of different thickness, the best accessories like handles, latches and hinges and the maximum precision during the assembly of components.
Bespeco flight cases are studied to resist to the strongest shocks and to the atmospheric agents that may create damages, protecting at maximum their content.
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