Spodek tága Molinari KURO CMI-4
Kód: 101140Související produkty
Detailní popis produktu
Spodek tága Molinari KURO CMI-4
Molinari KURO CMI-4 (butt)
Pokročilá konstrukce Molinari 2.0
Délka: 745 mm
Intarzie Juma® s délkou až 260 mm
Patice Juma®
Závit Uni-Loc® nebo Radial - zalitý v černém fenolu
Závitový kroužek z černého fenolu
Integrovaný dovažovací systém
Molinari® TSI-selected
Růžné designy na výběr. Požadované tágo a závit uveďte prosím v poznámce u objednávky.
Skladem máme č. 06 Magma Dragon.
TOTO JE POUZE ZADNÍ ČÁST TÁGA. OBJEDNEJTE SI SAMOSTATNĚ ŠPICI LANCIA NEBO JAKOUKOLIV JINOU S ODPOVÍDAJÍCÍM ZÁVITEM.
Molinari KURO CMI-4 (butt)
This cue is another example of our technical workmanship, however with more black accents in the design. Six extremely long inlayed points in Juma®, reaching up to 260 mm. Molinari 2.0 advanced body construction, manufactured with a very high accuracy, using our next-gen CNC – equipment. The construction guarantees absolute straightness, uninfluenced by heat or humidity, provides a rock-solid feedback and an 100% energy-transfer. The integrated weight – cartridge allows for tuning, exactly to the players personal preference.
- Molinari 2.0 advanced body construction.
- Length: 745 mm.
- Juma® inlays with a length up to 260 mm.
- Juma® butt cap.
- Joint – pin encased in Black Phenolic linen.
- Joint collar in Black Phenolic linen.
- Integrated weight Cartridge.
- Radial Joint or Uni-Loc®
Butt – collar
Body
What you see is what you get!
Molinari refrains from using inferior techniques for the optical aspects of our products, like there are decals, “on-lays” or prints. Every design feature is a real inlay just as used in traditional high-end cue manufacturing. Molinari® is proud to be the first cue manufacturer having re-engineered the inlay technique into a workable solution for use in dense composite structures.
The spindles on our CNC-centers rev up to 65.000 rpm, we use end mills with a diameter of less than 0,004 “ controlled by an automated measuring system. The A-axis have a position – repeatability of better than 1/100 of a degree and the X-Y-Z axis’s have a positioning – accuracy better than 0,005 mm/meter.
The cavity within the shaft-body is filled with a low density foam as an additional damper to counteract unwanted vibrations.
Adjustable weight
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