REMIXER™ GLIDE STYLE™ SERIES TURNTABLE DJ COFFIN
For Two Turntables In Battle Position and a 10" Width Mixer
As the evolution of the DJ continues, so does the designs of Odyssey DJ coffins. Introducing the new REMIXER™ GLIDE STYLE™ SERIES DJ coffins featuring a full width glide platform to place all your DJ remix gear. With digital vinyl software such as Serato, Traktor Scratch, and Ableton, more DJs have gone through the transition from beat mixer turntablist to full on remixer producer. Availability of so many affordable remixing tools to the DJ, such as midi keyboards and controllers to laptops and iPADs, have grown to an ultimate high and Odyssey is there in the middle of it all providing these DJs the most functional DJ coffins yet with the REMIXER™ GLIDE STYLE™ SERIES.
Our Glide Style Coffins features our patented Laptop platforms that glide forward and backward over the mixer and turntables. Other features include rugged built-in wheels, heavy-duty spring loaded latches, stacking ball corners, and removable front access panels. Cabling is clean and easy through convenient access ports throughout the coffin. Accommodate Technics as well as Numark and Stanton turntable
Features and Specs:
• Patented Full Width Glide Platform
• Heavy-Duty Ball Corners
• Built-in Corner Roller Wheels For Easy Transport
• Removable Front Mixer V-Cut™ Panel
• Rear and Bottom Cable Ports
• Recessed Handle and Latches
• Mixer and Turntable Ventilation Pits
• Limited Lifetime Warranty
• Turntable wells hold turntables with width of 15", depth up to 18"
• Mixer well holds mixers with a width from 8.75" to 10.25", depth up to 14" and 3.25" tall.
• Mixer Width Adjustment Foam Strips Included
Approximate Dimensions (exterior):
47.25"W x 10.5"H x 24.25"D
Approximate Weight:
56 lbs
Approximate Shipping dimensions (exterior):
48" x 11.25" x 25"
Approximate Shipping weight:
64 lbs
UPC barcode: 807822029604
*For the safety of your equipment, do not transport with gear stored on the glide platform and be aware that the platform can be removed when slid out to its furthest point.
