Every revolution in movement technology is an exploration of the cutting-edge concept of fake rolex mechanical watchmaking,or it will be famous in history,or it will be a flash in the pan.

In any case,the infinite possibilities between square inches are always the most attractive to watch lovers.

Since the middle of the last century,Rolex’s major series of appearance designs have been evolving subtly,but they have never deviated from the sect.

The continuous breakthroughs and developments in movement technology have seldom shown on the surface,so that if you are not careful Ask,and you will not be able to determine how this watch and movement are different from the past.

• In 2015,fake Rolex released two brand new movements:Cal.3235 and Cal.3255.

Most people know Cal.3255,but few people know Cal.3235.Historically,

Rolex Datejust and Day-Date movements were often launched together if there were important technological innovations.

Just like when Cal.3035 was launched in 1977,Cal.3055 also appeared together.

When Cal.3135 replaced Cal.3035 in 1988,Cal.3055 was also replaced by Cal.3155.

Every change in numbering is an important technological innovation

From the original Cal.3035 to today’s Cal.3235,after 40 years,

there are too many large and small technological changes during this period,and every change in numbering is an important technological innovation,of course,there are differences in severity.

From Cal.3035 to Cal.3135,and from Cal.3135 to Cal.3235,basically the layout design of the movement has been greatly adjusted,and the difference between these numbers is obvious.

For Cal.3135 to Cal.3136,the shock absorber KIF is replaced by Rolex’s patented Paraflex.

The change in the number at the beginning of the movement number directly means a complete change in the function and type of the movement,representing two completely different movements.

Fake Rolex special structure-fine-tuning screw for balance wheel gap

• The newly released Cal.3255 in 2015 is fundamentally different from the previous Cal.3155,but it has not exceeded the scope of movement types.

They are all exclusive movements for day-date watches.

• So what’s the difference?

1. The wall of the barrel is thinned by 50%,and a new paramagnetic Chronergy escapement system is used(increases the efficiency by 15%).
2. The pallet tile is 50%thinner than the previous generation,
3. Dynamic storage increased to 70 hours,
4. More than 90%of the components of the movement are redesigned or changed,
5. The accuracy is twice that of the original observatory certification,
6. 14 patents.

But there is a more detailed change that is little known.This change is not big or small,but it is very conspicuous.

In fact,it should not be ignored.That is the fine-tuning screw on the swing bridge.

Fine-tuning screw on the pendulum bridge

Speaking of this fine-tuning screw,it appeared for the first time in the 3XXX basic movement,but it was not available in 2015,so it is not a new technology,but it is a new technology for Cal.3235 or Cal.3255 Small changes.

Before talking about the fine-tuning screw,we must first talk about the fine-tuning screw hidden under it.

In Cal.3235/Cal.In addition to the disappearance of the clip screwed on the top of the bridge plate,there were originally two fine-tuning screws under the bridge plate,but now there is only one left.

The function of this screw is to fine-tune the clearance of the balance wheel by adjusting the position of the bridge plate.

During the installation process,the position deviation of the bridge plate will directly affect the position of the pendulum,thus affecting the travel time.

These two fine-tuning screws have been available since replique rolex transitioned from the 30XX single bridge(bar)to the 31XX series movement,which also shows that although the double-arm bridge is more stable and reliable than the original single-arm splint,the position accuracy is also better,but it is not perfect.

Once the position deviation occurs,there is no room for fine-tuning.

In all modern fake Rolex movements,as long as it is the balance wheel structure of the double-arm bridge,there is a fine-tuning structure under the splint.

There are ways to adjust without replacing parts,which provides greater convenience for later maintenance and repairs.

Rolex’s 31XX series movement

In Rolex’s 31XX series movement,there are two fine-tuning screws under the splint.

Parts of their edges are exposed outside,and there will be a certain gap on the base plate next to it,which is convenient for tools to fine-tune these two screws.

After the 32XX series movement in 2015,everything changed.

The fine-tuning screw on one side of the bridge was removed,and the fine-tuning screw on the other side was still there,but a fine-tuning screw with a scale appeared out of nowhere.

In fact,the fine-tuning screw has a gear underneath,and it meshes with the original fine-tuning screw at the bottom.

The advantage of having a scale is obvious.After quantification,it is very convenient for fine-tuning.

How much each scale can be fine-tuned should be recorded in the official internal materials.

Cancellation of one fine-tuning screw may be because one-sided fine-tuning is enough,and two-sided fine-tuning is bound to be more troublesome than single-sided fine-tuning,and the accuracy is even more difficult to grasp.

The 16 Years of the Balance Wheel Gap Adjustment Screw

As mentioned before,this technology is not a new technology.

Looking at all modern fake Rolex movements,this structure has been in its infancy since the launch of 2230(2235)in 1999.

At that time,the additional fine-tuning screw had no scale.Nor is it integrated with the balance bridge.

In 2000,with a series of changes in the movement structure and parts,the Cal.4130 chronograph movement using this structure replaced the 4030 movement that had been used for eleven years since 1989,and this structure was also adopted.

Semi-integrated into the swing bridge.

In 2012,the Rolex Sky-Dweller came out and launched the Cal.9001 automatic movement newly developed by fake Rolex.

Instead of making the fine-tuning structure of the balance bridge more streamlined,it became much more complicated.

Except for the two fine-tuning screws of the 31XX series,There is also a fine-tuning screw next to each fine-tuning screw,and the bottom fine-tuning screw is”hidden”.

In the 2015 32XX series movement,the fine-tuning structure of the original 41XX series movement was simply integrated into the balance bridge plate,and the scale was also made.

So,this is not a new technology,but it has been evolving,and it is the first time in the 3XXX series.

summary

1. Rolex’s movement has always been known for its precision and durability.
2. Behind this,in addition to the special materials and structures patented by many rolex kopia,
3. the more important point is that most of the components in the Rolex movement can be reused in the later maintenance.
4. Adjustment is not necessary to replace parts,so even Rolex watches decades ago can still travel accurately after maintenance.

The silicon hairspring,which was very popular in the past few years,has gradually faded away in recent years.

The important reason is that the silicon material is too brittle,and only parts can be replaced after damage.

On the one hand,it increases maintenance costs.

These watches may face the dilemma of having no replacement parts and have to be scrapped.

Therefore,in addition to being easy to run now,a really good watch is equally important whether it is easy to be rescued after decades or even hundreds of years. Undoubtedly,the durability of Rolex is also reflected in this point.