As promised, I have received a Stone Tone sustain block for an original mid-80s Floyd Rose bridge for bench testing and a review. I'm going to do this in phases, simply because it will be at least two or three installments of considerable bandwidth when it's all done properly. And quite honestly, my friends, I'm a really busy guy right now. In the time between my agreeing to do this and the arrival of the Stone Tone, my shop saw a burst of repairs fly in and I have to take care of those guys. So just be patient if it takes me a few days to complete the bench test, and thanks for understanding my dance card is kinda full right now.
Anyway, here's the first piece of the bench test for you guys.
Received the Stone Tone block and installation instructions very promptly from Robert, the Florida-based company's owner. I then disassembled the guinea pig Floyd Rose, a circa mid-80s old school Floyd in black harvested from a period Kramer, complete with the old screw-in bar assembly and wood screws (not metal screws/bushings) for fulcrum studs, to pull its original nickel-plated steel block from the assembly.
Worth noting: This is the first time I've ever pulled a block on any Floyd or Floyd-license bridge in the last 30+ years with the intention to replace it with an alternative block. I've simply been in the "if it ain't broke" camp all this time.
The old school original block (nickel plated steel) and the Stone Tone block (granite). First glance at Stone Tone: Shiny and polished reminiscent of a piece of a modern tombstone to me. Well cut by a nice type of whatever kind of machine one uses to cut granite nice and precisely. Edges are defined, the shape is all proportionate, properly "boxy" if that makes sense.
The first difference you notice is a copper strip and a wire soldered to it atop the Stone Tone.
That's to complete your guitar's electronics' ground circuit. Guitar Guts 101: You have to "connect" the guitar electronics to the strings to complete the circuit and subsequently make it buzz free. In a traditional electric guitar with a spring'ed fulcrum tremolo, you ground the circuit to the metal claw, which conducts (think "transfers") the circuit to the metal springs, which conducts to the metal block, which conducts to the metal bridge plate and metal saddles and ultimately the metal strings. That's the chain of conductivity. The Stone Tone block, however, is granite, a non-conductor, so that copper strip's wire serves as a circuit-completing bypass. In a nutshell, solder that wire from the copper strip to the claw to keep things buzz free.
The second thing you notice are differences in the blocks' thicknesses and weights. Robert sent me the exact replacement for my variety of Floyd Rose. Block length and width were identical. In the case of block thickness, however, the granite block is about one-third thicker than the OFR block.
I also noticed immediately that while thicker, the granite block was substantially lighter in weight than the OFR block. This caught me off guard. Not only do I not know what kind of machine cuts granite, I really don't know shit about granite in general, outside of my periodically being around shiny tombstones.
I assumed granite was a more heavy-weight material. So I immediately delayed things until I could get the blocks to a postal scale this a.m. The results ...
Stock Floyd Rose 42mm brass core block - 5.0 oz
Stone Tone 42mm granite block - 3.2 oz
So that's where we are at for now, until I can get back in the shop, reassemble the Floyd and get it installed in the guinea pig guitar.
Summary so far: The granite block appears to be well made or more precisely, well cut. The Stone Tone block is about one-third thicker yet about one-third lighter than the Floyd's stock block.
Next installment will cover the reassembly of the Floyd with the granite block (with special attention to the screw/inserts/granite functionality and I guess we'd say effectiveness) and the supplied installation instructions, particularly my assessment of their ability to walk the average DIY'er successfully through the process.
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Jeff R
As promised, I have received a Stone Tone sustain block for an original mid-80s Floyd Rose bridge for bench testing and a review. I'm going to do this in phases, simply because it will be at least two or three installments of considerable bandwidth when it's all done properly. And quite honestly, my friends, I'm a really busy guy right now. In the time between my agreeing to do this and the arrival of the Stone Tone, my shop saw a burst of repairs fly in and I have to take care of those guys. So just be patient if it takes me a few days to complete the bench test, and thanks for understanding my dance card is kinda full right now.
Anyway, here's the first piece of the bench test for you guys.
Received the Stone Tone block and installation instructions very promptly from Robert, the Florida-based company's owner. I then disassembled the guinea pig Floyd Rose, a circa mid-80s old school Floyd in black harvested from a period Kramer, complete with the old screw-in bar assembly and wood screws (not metal screws/bushings) for fulcrum studs, to pull its original nickel-plated steel block from the assembly.
Worth noting: This is the first time I've ever pulled a block on any Floyd or Floyd-license bridge in the last 30+ years with the intention to replace it with an alternative block. I've simply been in the "if it ain't broke" camp all this time.
The old school original block (nickel plated steel) and the Stone Tone block (granite). First glance at Stone Tone: Shiny and polished reminiscent of a piece of a modern tombstone to me. Well cut by a nice type of whatever kind of machine one uses to cut granite nice and precisely. Edges are defined, the shape is all proportionate, properly "boxy" if that makes sense.
The first difference you notice is a copper strip and a wire soldered to it atop the Stone Tone.
That's to complete your guitar's electronics' ground circuit. Guitar Guts 101: You have to "connect" the guitar electronics to the strings to complete the circuit and subsequently make it buzz free. In a traditional electric guitar with a spring'ed fulcrum tremolo, you ground the circuit to the metal claw, which conducts (think "transfers") the circuit to the metal springs, which conducts to the metal block, which conducts to the metal bridge plate and metal saddles and ultimately the metal strings. That's the chain of conductivity. The Stone Tone block, however, is granite, a non-conductor, so that copper strip's wire serves as a circuit-completing bypass. In a nutshell, solder that wire from the copper strip to the claw to keep things buzz free.
The second thing you notice are differences in the blocks' thicknesses and weights. Robert sent me the exact replacement for my variety of Floyd Rose. Block length and width were identical. In the case of block thickness, however, the granite block is about one-third thicker than the OFR block.
I also noticed immediately that while thicker, the granite block was substantially lighter in weight than the OFR block. This caught me off guard. Not only do I not know what kind of machine cuts granite, I really don't know shit about granite in general, outside of my periodically being around shiny tombstones.
I assumed granite was a more heavy-weight material. So I immediately delayed things until I could get the blocks to a postal scale this a.m. The results ...
Stock Floyd Rose 42mm brass core block - 5.0 oz
Stone Tone 42mm granite block - 3.2 oz
So that's where we are at for now, until I can get back in the shop, reassemble the Floyd and get it installed in the guinea pig guitar.
Summary so far: The granite block appears to be well made or more precisely, well cut. The Stone Tone block is about one-third thicker yet about one-third lighter than the Floyd's stock block.
Next installment will cover the reassembly of the Floyd with the granite block (with special attention to the screw/inserts/granite functionality and I guess we'd say effectiveness) and the supplied installation instructions, particularly my assessment of their ability to walk the average DIY'er successfully through the process.
Stay tuned.
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