Q : Why not weld the hosel?

Q : Why Milling the entire head?

Q : What is the difference between ready made and custom-

made?

Q : What kind of material Face Technologies are there?

ARESO's goal is to assist golfers on one of the most important aspect of the game, PUTTING. Putting is a game of accuracy and control, and we try help golfers to acheve that.

ARESO also introduces numerous technologies, like Kine-FIT (monitor the kinetic and kinematic of the putting stroke) and custom-fit a precision-fitted putter to your need.and assist you to reach your maximum potential.

Q : How is Putter Made?

Q : Why Putter Fitting?

Polymer is used on face for softer feel, so even provide different hardness defined as Rockwell hardness. Another benefit is to move weight from face.

Putting is the one of the most used / important club in the bag accounts almost half the stroke played. Putter is what is used last to finish off every hole. Every person is different with their physical build, skilllevel, playing conditions and preferences.

Quality Control

Just as any other industries , golf clubs have their tolerances standard. Some OEM have tighter while others have larger. As standard duration to make clubs will take approximately4 or more weeks, therefore, there inventory is a must for any golf OEM. So it always wise to make try out the clubs before you purchase them, as even the same setup or spec setting will fall in different categories. That is why to get fitted is so important.

Has the most versatile design with but the feel is the least preferred.

Nowadays, designs have added face insert to improve the feel.

Putter design came hand-made, now with the advanced of technology, most of the putters are designed from CAD(Computer-aided Design ) into forging tool, or cast mold; followed by CAM if milling is involved and carefully assembled according to spec.

Q : What is Putter Made out of?

Forged

Casted

Milling is considered the best way to control the quality of the shape than polishing. Some makers only milled the face with casted body. Look for 100% it usually means that it is either forged or from block.

No mold needed, designed can make anything shape out of the block.

Grain have uniform direction with the originalroll.

Forging process is the strongest of them all, with all the grain aligned

direction to the intended design. Normally, feedback is more pure and

forged putters are generally more expensive and feel better.

Block

Milling

Stainless SteelMost common is 303, 304 and 304L. We normally see the putter labeled as SS in abbreviation. There benefits to have SS, is first the feel and second the putter are bendable.

17-4 are also popular due to its common use in the market. Most of 17-4 heads are casted.

Carbon Steel

Most common is S20C, S22C and S25C. We normally see the putter labeled as S followed by C with the percentage (%) of carbon in the middle.

Aluminum

One of the lightest materials, very easy to machine, increase room for weight distribution and design.

Titanium

Tungsten

Polymer

One of the best strength to weight materials, optimum material for golf clubs, due its light weight and superb feel. Unfortunate Titanium is very expensive and difficult to mill.

Tungsten is used for weight purposes due to its high density. Used a lot to better distribute of peripheral weight and increase MOI.