Grado's First Step-up Wooden-Body Cartridge Model
The first step-up model from Grado's Opus3 maple-body phono cartridge, the Platinum3 puts Jarrah wood and a twin magnet system to work for your favorite music. The Platinum3 is a great example of what the Timbre Series is made for: to start listening to your music with more clarity and depth than you’ve heard before.
To make the Grado Timbre Series work as a whole, Grado's engineers created a way for Jarrah wood, diamonds, and a twin magnet system to integrate with Grado's Flux-Bridge. Grado modified its four-piece OTL cantilever technology to achieve a 10% tip mass reduction over the Prestige Series and has ultra-high purity long crystal (UHPLC) oxygen free copper wire in the coils. The Platinum3 uses a specially Grado designed elliptical diamond.
Built from Jarrah Wood
After the Platinum3 cartridge is crafted, it is placed inside an Australian Jarrah wood housing. Jarrah is relied upon for the majority of Timbre Series due to its ability to produce surgically precise clarity without losing any depth. Through a variation of thermal aging processes, the housing gains the ability to better dampen and control the resonant frequencies.
Extreme Precision
Grado has combined newly developed coil winding techniques with decades-old disciplines. A new two-step shielding process brings not only exact unison between the four coils but also an unobstructed path for a cleaner signal. The music is allowed to travel undistorted through the coils, greatly reducing mechanical noise. There is an extreme clarity over the full frequency range, with absolutely no stridency or shrillness. Precisely hand tipped with a diamond, each cartridge is the end product of a great amount of care.
Hand Assembled in Brooklyn, USA
Each Platinum3 is hand assembled in Brooklyn, USA. Fine-tuned for everything from entry-level turntables up to the highest-end stereo systems, the solid mass of the wood helps keep the Platinum3 steady and producing the Grado signature sound.
Choose high output, low output, or mono models.
