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We want to let the golf world in on a secret. For nearly a decade, Matrix has quietly been at the forefront of making top-quality aftermarket golf shafts with a keen sense of rigorous tolerance. You have rarely heard our name, you have only seen the results. ‘Til now. Built strong to deliver power, stability and accuracy while retaining an incredible feel. Matrix's varied sub-flex system allows you to get the right shaft tailored to your game, your swing.

 

You’ll see Matrix shafts in the bags of touring pros, top amateurs and recreational golfers. Matrix shafts let you rip it down the fairway. Don’t whisper anymore. Let the world know you’ve arrived on the tee with Matrix.

 
Matrix Shafts Available at the Arizona Golf Company
OZIK TP-7, TP-7X, TP-6

With the OZIK TP-7, OZIK TP-7x and OZIK TP-6. Matrix has advanced far past these ideas. The OZIK TP-7, TP-7x and TP-6 feature Matrixs interplay Hybrid Technology: 118 count Boron sheets are wrapped twice over the shaft's full length at competing angles-for impact stability. Ballistic Zylon surrounds the Boron over the full length-for enhanced feel and recovery speed. The shaft is finished with G-MAT-for consistency and durability.

OZIK Iron Demo this shaft in a Nakashima Club at the Arizona Golf Company

Matrix OZIK Irons...more colors and options availableNow available for irons, the Matrix OZIK shaft is the first in the industry to allow you to choose precisely the golf shafts that best fit your game. You are the designer for this shaft, choose the weight, launch angle, flex, color, etc. Then the finishing touch is to have your own signature applied to the graphics on the shaft! Even add your own logo!

OZIK Code " The Hinge" Demo this shaft in a Nakashima Club at the Arizona Golf Company

The beautiful new OZIK Code is the latest in the new OZIK franchise from Matrix. The OZIK Code features a remarkable soft feel red finish and the beautiful OZIK "rainfall" logo on the butt of the shaft. Pictures don't do this one justice, it's a truly beautiful shaft. Tour pros complained that most ultra light shafts lack "feel". The Code features a heavier tip section that promotes momentum and more head feel. The mid section is where things get interesting. Code has 50 count boron placed 10-12" from the butt of the shaft for a special "hinge" in the mid section for a very high moment of inertia. Available in Code 6 (65 gram), Code 7 (75g) and Code 8 (85g)

 

OZIK XCON Demo this shaft in a Nakashima Club at the Arizona Golf Company

 

Archers long ago realized that the secret to projecting an arrow at maximum speed and to a maximum distance is to create a powerful, efficient fulcrum close to the “axis” (mid section of the bow where the two arms meet).  Matrix R&D team borrowed from this idea to create similar efficiency in the new OZIK XCON series.  With XCON, the greater fulcrum is located closer to the axis (the golfer).  As the shaft is swung around the axis, XCON’s butt section creates a greater momentum.  XCON’s gradient energy flow tip section allows for less deformation of that energy and momentum.  The end “mass” (the club head) travels with greater angular velocity.  This high velocity result means higher MOI, less ball spin, and longer, more boring ball flights.


MFS

 

MFS stands for Master Fitting Series and represents the best of Matrix first 14 years of golf shaft design. MFS shafts were the first Matrix shafts to be used on the PGA, LPGA, Japan, European and Korean Tours. The MFS is highlighted by the MFS Matrix (the first shaft to use Zylon), the MFS 65 (The original "Orange Crush") and the MFS 115 Irons (The #1 Graphite iron shaft on the PGA Tour for 3 years)

MFS Matrix

Used by PGA Tour player Kevin Na and many others. Full length, Japanese ballistic Zylon absorbs vibration for an ultra-smooth feel. Recommended for smooth to mid tempo players looking for more kick and spin to maintain ball flight and increase distance.

 

MFS 65 and MFS 75

The original "Orange Crush" shafts have been in PGA, JPGA and KPGA Tour bags every season since 2003. The MFS 65 and MFS 75 feature Tip Torsional Resistance and are recommended for players with mid to high tempos looking for low torque feel.

 

MFS 58+ Wood and Iron

The 58+ is the complete package of performance and consistency. While is has low weight and low torque, the 58+ has one of the smoothest, most powerful kicks through impact of any MFS shaft. Recommended for any player seeking lightweight performance.

 

MFS 50 Wood and Iron

Using 15 unique graphite types and a special mandrel design, Matrix lightest wood and iron shafts allow players to increase swing speed and raise launch angle, while still maintaining stability.

MFS115 Iron Demo this shaft in a Maruman Club at the Arizona Golf Company

 

The #1 graphite iron shaft in wins, money won and shafts in play for 3 consecutive years.

 

Until now certain players have expressed that they would prefer to play graphite in their irons but felt that standard weight graphite was a little too light. Many also voiced a concern that they have heard that graphite is not as consistent as steel iron shafts.

 

The MFS115 answers those questions once and for all. Made with the finest materials available and manufactured to the highest standards in the industry, this tour-weighted shaft exceeds both expectations and the performance of steel.

 

MFS 85HB and 70HB

While many companies re-package an iron shaft designed for use in hybrid clubs, Matrix has created from the ground-up specific shaft models for the unique demands of utility clubs.


STUDIO Demo this shaft in a Nakashima Club at the Arizona Golf Company

 

The Matrix line proves that quality graphite shafts need not be expensive. The same R&D that goes into our top of the line models goes into each and every Apache. If looking to re-shaft woods, irons or both, look no further than the consistent value of the Matrix line. Smooth, consistent and forgiving playing characteristics makes the Matrix Studio line one of the most venerable and popular.


OZIK "The Only One"

 

Matrix makes new top-of-line additions this year to its family of outstanding graphite shafts. Better players want to play the same exotic materials as the pros with shafts that have visited top tour winners circles around the globe. With the OZIK series, now you can. Each OZIK shaft is manufactured under surgical-like conditions. One by one, the shafts are made sure the finished product is exactly what the designers intended. Then, they are multi-matched for Circum Flex Integrity. This means no matter how the shaft is oriented or delivered at impact – all the stored energy in the shaft loads explodes into the ball at contact. Engineers and field staff took more than a year to develop the process to make these shafts, but you can benefit from their performance in an instant.

 

 

In the past, most companies have used Boron for 1 or 2 things:  to band-aid an area where the shaft was breaking or to stiffen the tip of a poor design. For instance, one shaft company would make a shaft that would start at 40 grams and call it the 42g whatever ... they'd send them out ... they'd all break.  They'd find the area where they were breaking and wrap a small section of Boron horizontally at that point.  Send them out again, break in a different place, wrap another "patch" at that spot.  Eventually that 42 gram shaft would ended up weighing 65 grams or more. Wrapping horizontally is called 90-degree...and it is done for "hoop strength.

 

The other way boron is being used is most evident by a current, very popular shaft from a Japanese company. This company uses 12-count Boron strands and runs these strands down the shaft. This is very little boron given the boron-to-graphite ratio and serves to do little more than stiffen a basic shaft design. These shafts feel stiffer because the boron is in strands with nothing to dampen vibration. The vibration and harsh feeling is a sign that energy is being lost, not that the shaft is more stable.

TESTIMONIALS

 

"I'm getting better distance and control with the OZIK Code 6. This shaft is quite possibly the best thing to happen to my golf game." - Glenn S.

 

"WOW! That's all I could keep saying after installing and trying out the OZIK Code 6 in my driver. This shaft is amazing and I am constantly at a loss of words when using this club. The consistent feel and performance of this shaft has dramatically improved my driving and especially my confidence."

 

"I installed the MFS 85 HB into a Sonartec SS-07 5-wood that I was building as a demo. After trying the club out it quickly made its way into my own personal bag. This shaft with a Sonartec SS-07 head is the perfect combination and is quickly turning into one of my personal favorite clubs...I guess I'll have to build another demo now!" - Everardo

 

What does it all do

The Boron-crossply brings less resistance to torque. People 'hate' high torque when the torque means over-twisting, energy loss, and improper contact. The boron crossply prevents club head twisting at impact, it creating a lower "dynamic torque" than any other shaft and the shafts natural torque more efficiently used and impact. OZIK's crossply design delivers 2 tons of "impact force" club-to-ball --- meaning near zero energy loss or loss of stability at impact. This allows the player to receive the benefit of a graphite shaft while still bringing more on-center hits.

 

Zylon is just as important. Zylon is the "strongest man-made fiber in the world" and its main use is body armor which Ballistic-grade Zylon is only available from Toyobo Japan. Zylon, especially in a layered design, dramatically accelerates the rate of club head return. It also serves to dampen/kill vibration off the Boron. In the end, you have a faster recovering shaft that is more stable at impact, yet still feels smooth.


TTR: Tip Torsional Resistant Technology

 

Tip Torsional Resistant technology enhances the shaft performance by eliminating shaft deformation occurring at impact. This new design and the materials used are different, and should not be confused with tip stiffness. Through extensive testing at our research and development facility with the aid of high speed cameras, even ladies with lower swing speeds demonstrated a high degree of shaft deformation. This is caused by unstable shaft dynamic torsional resistance.

During the swing energy is transferred through the shaft to the ball and this action produces an equal amount of reaction delivered to the head which causes the head to push back. This causes deformation and loss of energy. TTR delivers maximum energy transfer to increase initial ball speed and lower the ball spin rate to increase distance and tighten the shot dispersion pattern by stabilizing dynamic torsional resistance.

 

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