A. Cutting Dust splashing in the opposite direction of the operator

The new concept Rev-type cutting machine ensures that cutting dust is splashed away from the operator
This prevents sparks from flying toward the user and significantly increases dust collection efficiency
since it aligns with the direction of the dust suction path.

B. Ultra-High-Speed Cutting Design with KS-Certified Electric Motor & Speed control device

Using a KS-certified electric motor, the Rev-type cutting machine achieves ultra-high cutting speeds
exceeding 10,000 RPM, providing smooth cuts and clean cross-sections
(Max. 11,400 RPM / Recommended: 8,000–10,000 RPM).
Additionally, the speed control function allows users to freely adjust the rotation speed,
enabling quiet work even in noise-sensitive environments.

C. Application of certified industrial cutting wheels

FITTERSLAB Rev-type Cutting Machine applied industrial cutting wheels certified for
high performance and high durability.
Unlike cutting wheels of typical fitting tool manufacturers made simply,
industrial cutting wheels are products whose cutting performance is certified by industrial standards.
The thickness of the cutting wheel applied the 1T thickness most frequently used in club fitting.

The cutting wheel used in the FITTERSLAB cutting devices never cuts diagonally.
The cutting wheel used in FITTERSLAB’s rev-type cutters has very high rigidity,
so unlike the cutting wheels of typical fitting tool manufacturers, it does not cut at an oblique angle

Comparison of industrial and of typical fitting tool manufacturers

1. Product specification and purchase

Industrial cutting wheels are standardized, so a variety of products can be selected with
the same specification and they can be easily purchased on the market.

However, typical fitting tool manufacturers-made cutting wheels have different mounting specifications
for each product, so they are not compatible, requiring dedicated cutting wheels,
and because they can only be purchased through related companies,
purchase conditions are inconvenient.

Also, in terms of purchase price, fitting company-made cutting wheels are about 15 to 20 times
higher than the cutting wheels applied to FITTERSLAB Rev-type Cutting Machine
(Rev-type cutting machine wheels: $0.5 to $1 / ea vs. Fitting-specific wheels: $7 to $13 / ea.)

At a typical fitting center,
the cost of a cutting wheels is up to $3 per year???... That's true
In one year, the cost of purchasing the saved cutting wheels can be recovered through
the price of the shaft cutting machine

2. Product performance and durability

Because industrial cutting wheels are produced by the research and manufacturing of large brands
and are standardized products used throughout the industrial field,
unlike simple typical fitting tool manufacturers' cutting wheels
it is difficult for them to be supplied as products unless performance as well as durability is certified.

In particular, in terms of durability,
the two products show an incomparable performance difference of tens of times.
Unlike expensive typical fitting tool manufacturers-made cutting wheels that must be replaced
even after processing just a few sets of iron shafts,
industrial cutting wheels can respond to processing of over 200 sets as a result of use tests

3. Safety regarding harmful substances

Because industrial cutting wheels go through industrial certification procedures,
standard limits for harmful components including asbestos are thoroughly restricted,
but have never seen a typical fitting tool manufacturers-made cutting wheels has received
industrial certification.

In the club fitting environment where there is a lot of harmful dust from shafts,
it would be desirable to use a product whose cutting wheel is at least safety-certified.

D. Application of high-precision, high-durability LM guide

The ball-bush method, mainly used in other products, has a low part cost and rough feed,
whereas the LM guide method, used in high-end cutters,
has a very high part cost but smooth feed and high precision

FITTERSLAB's cutting machine products basically applied the LM guide and block system,
and by designing and arranging the guide rail outside the frame,
they were manufactured to faithfully respond to transverse moments caused by twisting.

In particular, this structure additionally equips maintenance convenience to the extent that
maintenance is possible without opening the main body during maintenance.

E. Application of scratch prevention structure

This function is a unique one applied for the first time in the world by FITTERSLAB,
and is the most core part of the product.
It is a scratch prevention structure unique only to FITTERSLAB's products,
and is a perfect shaft protection method of a different dimension from other companies' products.

Most of other companies' products have the shaft mounting plate manufactured as a flat plate,
so it is a structure where the shaft directly contacts. In such a structure, as the equipment is used,
fine scratches due to dust, etc. occur on the flat plate,
and the problem is that these scratches cause scratches on the shaft.

Even methods like applying masking tape to the surface to reduce the risk of scratches
cannot fundamentally solve the problem
When defects occur in the platel, especially as turning becomes more difficult,
the graphite shaft often experiences disintegration and shaft damage.


other companies' aluminum plates that have become flawed while being used,

FITTERSLAB Cutting Devices are the first of its kind in the product line to feature a scratch-resistant structure.
Instead of using a flat mounting plate, a CNC-machined resin part is applied using an
anti-Scratch Roller design to provide complete protection of the shaft from scratches

* Since its launch, this function has been a certified function where problems
regarding scratches or damage to the shaft have never occurred in FITTERSLAB,
which has continuously used it, nor in any company using FITTERSLAB's cutting machine products

F. Application of high-rigidity acrylic cover

The acrylic cover of a shaft cutting machine has the function of not only checking the cutting but also
protecting the worker from breakage of the cutting wheel.
However, most products had thin material thickness and weak adhesive strength,
so broke easily and durability was also dropped a lot.

FITTERSLAB's cutting machine products reinforced the purpose of worker protection
by using thick acrylic and although it may look somewhat lough,
internal reinforcements were made sturdy at each connection part,
so they were manufactured with a focus on high safety and durability

G. Cutting tray made of stainless steel

FITTERSLAB's Cutting Devices applied the cutting tray with stainless steel parts,
enabling durability as well as water cleaning of dust..

H. Usage methods and precautions for FITTERSLAB Rev-type Cutting Machine

1. With the front circuit switch in the ON position, turn on the switch on the left to start the Cutting Machine

2. If not using for a long time, turn the front circuit switch OFF for circuit protection;
when in use, turn on the start switch on the front and use left switch to operate

3. If the cutting wheel stops due to abnormal cutting, etc., a fuse is disconnected for circuit protection,
and you can use it normally again after replacing the fuse. Use a 5A specification fuse

4. This product is an ultra-high-speed cutting machine whose maximum rotation speed exceeds
10,000 RPM. In normal work, it is appropriate to use it by setting the rotation adjustment dial to about 8.

5. Exchange of the cutting wheel can be done by using a hex wrench and a 17mm spanner,
and since the bolt is a left-hand thread bolt, tighten counterclockwise and loosen clockwise
Do not tighten excessively, but tighten only to the extent that it does not loosen
Be sure to turn the power switch OFF and cut off the power before exchanging the cutting wheel.

6. Please be sure to wear safety glasses and safety equipment according to safety regulations and use.

Product Reference Matters

1. Because this product is an ultra-high-speed cutting equipment with a maximum speed exceeding
10,000 RPM, noise may be somewhat loud during initial use,
and when parts stabilize, noise decreases normally.

2. For the cutting wheel, use an industrial 4-inch cutting wheel (O.D 100mm * I.D 16mm - 1mm thk.)
which can be purchased on the market

A. Use of certified motor products from KS-certified companies

FITTERSLAB's cutting machine products are manufactured
using industrial-standard capacitor-start electric motors.
In addition, instead of the 1/5 horsepower (200W) motor commonly used in other products,
use a 1/3 horsepower (250W) motor,
Delivers stable performance during continuous use and prevents power degradation.

Advice for an electric motor for a shaft cutter

The electric motor, which is the heart of the shaft cutting machine,
can be said to be its most important part.
Although the exterior of the product may look similar, the electric motor used varies from
product to product, so it is important to check carefully and decide.

Check 1: Is it an industrially standardized and certified electric motor?

First, it is good to check whether an industrially certified electric motor is used.
Surprisingly, there are many products that use non-standard motors.
An industrial standard electric motor has consistent output and good durability,
and complete repair is possible in case of motor failure

However, non-standard motors do not guarantee durability, and in case of breakdown,
most of them cannot be repaired, requiring the equipment to be replaced.
In addition, these non-standard motors often have unstable output, high noise,
and are vulnerable to the risks of current leakage or fire.

Check 2: Is it a capacitor-start electric motor?

The second part to check is whether it is a split-phase start type or a capacitor-start type.
A simple way to check is that if the rotation speed increases slowly like an electric fan
when the switch is turned on, it is a phase start type,
and if it rotates at the rated speed instantaneously as soon as the switch is turned on,
it is a capacitor-start type.

Although the two types have the same rated output, the difference in starting torque is very large.
The phase start type frequently causes the blade to jam into the shaft,
so must pay close attention when cutting.

Looking at the products on the market, surprisingly many products using phase start motors,
which is not much different from cutting a shaft with an electric fan motor.
In conclusion, it is important to choose a product that uses
an industrially standard capacitor-start electric motor.

B. Application of high-precision, high-durability LM guide

The ball-bush method, mainly used in other products, has a low part cost and rough feed,
whereas the LM guide method, used in high-end cutters,
has a very high part cost but smooth feed and high precision

FITTERSLAB's cutting machine products basically applied the LM guide and block system,
and by designing and arranging the guide rail outside the frame,
they were manufactured to faithfully respond to transverse moments caused by twisting.

In particular, this structure additionally equips maintenance convenience to the extent that
maintenance is possible without opening the main body during maintenance.

C. Selectability of various cutting wheels

Generally, cutting wheels sold for fitting and industrial cutting wheels have different specifications,
making mixed use difficult.
However, FITTERSLAB's cutting machines are manufactured so that users can choose between
fitting and industrial cutting wheels according to their intended use.

Cutting wheels sold exclusively for fitting have the advantage of being thin, producing less noise,
and cutting smoothly.
On the other hand, they have the disadvantage of cutting obliquely during fast feeding,
being vulnerable to impact and easily breaking, and wearing out very quickly.

Industrial cutting wheels are somewhat noisier and rougher than fitting wheels,
but they rarely warp or break, and have the advantage of a significantly longer lifespan.

FITTERSLAB's cutting machines are manufactured to allow users to choose between
industrial cutting wheels with an I.D 22mm and for fitting wheels with an I.D 25mm
simply by changing the cup wheel, and prevent diagonal cutting by applying a large-diameter cup wheel
to minimize blade warping to the maximum extent.

Comparison of Industrial and typical fitting tool manufacturers' Cutting Wheels

1. Product Specification and Purchase

Industrial cutting wheels are standardized, so a variety of products can be selected with
the same specification and can be easily purchased on the market.
However, typical fitting tool manufacturers-made cutting wheels have
different mounting specifications for each product, so are not compatible,
requiring dedicated cutting wheels,
and because they can only be purchased through related companies,
purchase conditions are inconvenient.

Also, in terms of purchase price, typical fitting tool manufacturers-made cutting wheels are
about 4 to 5 times higher than industrial cutting wheels

2. Product Performance and Durability

Because industrial cutting wheels are produced by the research and manufacturing of large brands
and are standardized products used throughout the industrial field, unlike typical fitting tool manufacturers'
it is difficult for them to be supplied as products unless performance as well as durability is certified.
In particular, in terms of durability, the two products show an incomparable performance
difference of tens of times

3. Safety Regarding Harmful Substances

Because industrial cutting wheels go through industrial certification procedures,
standard limits for harmful components including asbestos are thoroughly restricted,
but have never seen a fitting company-made cutting wheel that has received industrial certification

In the club fitting environment where there is a lot of harmful dust from shafts,
it would be desirable to use a product whose cutting wheel is at least safety-certified

D. Application of scratch prevention structure

This function is a unique one applied for the first time in the world by FITTERSLAB,
and is the most core part of the product.
It is a scratch prevention structure unique only to FITTERSLAB's products,
and is a perfect shaft protection method of a different dimension from other companies' products.

Most of other companies' products have the shaft mounting plate manufactured as a flat plate,
so it is a structure where the shaft directly contacts. In such a structure, as the equipment is used,
fine scratches due to dust, etc. occur on the flat plate,
and the problem is that these scratches cause scratches on the shaft.

Even methods like applying masking tape to the surface to reduce the risk of scratches
cannot fundamentally solve the problem
When defects occur in the platel, especially as turning becomes more difficult,
the graphite shaft often experiences disintegration and shaft damage.


other companies' aluminum plates that have become flawed while being used,

FITTERSLAB Cutting Devices are the first of its kind in the product line to feature a scratch-resistant structure.
Instead of using a flat mounting plate, a CNC-machined resin part is applied using an
anti-Scratch Roller design to provide complete protection of the shaft from scratches

* Since its launch, this function has been a certified function where problems
regarding scratches or damage to the shaft have never occurred in FITTERSLAB,
which has continuously used it, nor in any company using FITTERSLAB's cutting machine products

E. Tip-Sanding Disc Mounting Function

This function allows to attach a wheel sandpaper or abrasive stone to the spindle for tip sanding
Can be installed on 16mm I.D, and #40 to #60 grit is recommended

F. Application of high-rigidity acrylic cover

The acrylic cover of a shaft cutting machine has the function of not only checking the cutting but also
protecting the worker from breakage of the cutting wheel.
However, most products had thin material thickness and weak adhesive strength,
so broke easily and durability was also dropped a lot.

FITTERSLAB's cutting machine products reinforced the purpose of worker protection
by using thick acrylic and although it may look somewhat lough,
internal reinforcements were made sturdy at each connection part,
so they were manufactured with a focus on high safety and durability

G. Cutting tray made of stainless steel

FITTERSLAB's Cutting Devices applied the cutting tray with stainless steel parts,
enabling durability as well as water cleaning of dust..

H. Custom machining and supply of exhaust hole for dust collectors

FITTERSLAB customizes the exhaust port to meet the user's requirements
before supplying the cutting machine
From vacuum cleaner specifications to large dust collection standards,
it is processed and shipped to user

Instructions for Use and Precautions

1. FITTERSLAB’s cutting machines are shipped with the acrylic cover and cutting stone separated,
so please assemble them before use

2. To replace the cutting wheel, tighten it lightly enough so that it does not loosen using the provided wrench
Always turn off the power switch and disconnect the power before replacing the cutting wheel

3. Always start the cutting machine only after the dust collection system has been activated

4. Please be sure to wear safety goggles and protective equipment as required by safety regulations

5. Use the industrial 7-inch cutting wheel available on the market (O.D 180mm * I.D 22mm)

A. Use of certified motor products from KS-certified companies

FITTERSLAB's cutting machine products are manufactured
using industrial-standard capacitor-start electric motors.
In addition, instead of the 1/5 horsepower (200W) motor commonly used in other products,
use a 1/3 horsepower (250W) motor,
Delivers stable performance during continuous use and prevents power degradation.

Advice for an electric motor for a shaft cutter

The electric motor, which is the heart of the shaft cutting machine,
can be said to be its most important part.
Although the exterior of the product may look similar, the electric motor used varies from
product to product, so it is important to check carefully and decide.

Check 1: Is it an industrially standardized and certified electric motor?

First, it is good to check whether an industrially certified electric motor is used.
Surprisingly, there are many products that use non-standard motors.
An industrial standard electric motor has consistent output and good durability,
and complete repair is possible in case of motor failure

However, non-standard motors do not guarantee durability, and in case of breakdown,
most of them cannot be repaired, requiring the equipment to be replaced.
In addition, these non-standard motors often have unstable output, high noise,
and are vulnerable to the risks of current leakage or fire.

Check 2: Is it a capacitor-start electric motor?

The second part to check is whether it is a split-phase start type or a capacitor-start type.
A simple way to check is that if the rotation speed increases slowly like an electric fan
when the switch is turned on, it is a phase start type,
and if it rotates at the rated speed instantaneously as soon as the switch is turned on,
it is a capacitor-start type.

Although the two types have the same rated output, the difference in starting torque is very large.
The phase start type frequently causes the blade to jam into the shaft,
so must pay close attention when cutting.

Looking at the products on the market, surprisingly many products using phase start motors,
which is not much different from cutting a shaft with an electric fan motor.
In conclusion, it is important to choose a product that uses
an industrially standard capacitor-start electric motor.

B. Application of high-precision, high-durability LM guide

The ball-bush method, mainly used in other products, has a low part cost and rough feed,
whereas the LM guide method, used in high-end cutters,
has a very high part cost but smooth feed and high precision

FITTERSLAB's cutting machine products basically applied the LM guide and block system,
and by designing and arranging the guide rail outside the frame,
they were manufactured to faithfully respond to transverse moments caused by twisting.

In particular, this structure additionally equips maintenance convenience to the extent that
maintenance is possible without opening the main body during maintenance.

C. Selectability of various cutting wheels

Generally, cutting wheels sold for fitting and industrial cutting wheels have different specifications,
making mixed use difficult.
However, FITTERSLAB's cutting machines are manufactured so that users can choose between
fitting and industrial cutting wheels according to their intended use.

Cutting wheels sold exclusively for fitting have the advantage of being thin, producing less noise,
and cutting smoothly.
On the other hand, they have the disadvantage of cutting obliquely during fast feeding,
being vulnerable to impact and easily breaking, and wearing out very quickly.

Industrial cutting wheels are somewhat noisier and rougher than fitting wheels,
but they rarely warp or break, and have the advantage of a significantly longer lifespan.

FITTERSLAB's cutting machines are manufactured to allow users to choose between
industrial cutting wheels with an I.D 22mm and for fitting wheels with an I.D 25mm
simply by changing the cup wheel, and prevent diagonal cutting by applying a large-diameter cup wheel
to minimize blade warping to the maximum extent.

Comparison of Industrial and typical fitting tool manufacturers' Cutting Wheels

1. Product Specification and Purchase

Industrial cutting wheels are standardized, so a variety of products can be selected with
the same specification and can be easily purchased on the market.
However, typical fitting tool manufacturers-made cutting wheels have
different mounting specifications for each product, so are not compatible,
requiring dedicated cutting wheels,
and because they can only be purchased through related companies,
purchase conditions are inconvenient.

Also, in terms of purchase price, typical fitting tool manufacturers-made cutting wheels are
about 4 to 5 times higher than industrial cutting wheels

2. Product Performance and Durability

Because industrial cutting wheels are produced by the research and manufacturing of large brands
and are standardized products used throughout the industrial field, unlike typical fitting tool manufacturers'
it is difficult for them to be supplied as products unless performance as well as durability is certified.
In particular, in terms of durability, the two products show an incomparable performance
difference of tens of times

3. Safety Regarding Harmful Substances

Because industrial cutting wheels go through industrial certification procedures,
standard limits for harmful components including asbestos are thoroughly restricted,
but have never seen a fitting company-made cutting wheel that has received industrial certification

In the club fitting environment where there is a lot of harmful dust from shafts,
it would be desirable to use a product whose cutting wheel is at least safety-certified.

D. Application of scratch prevention structure

This function is a unique one applied for the first time in the world by FITTERSLAB,
and is the most core part of the product.
It is a scratch prevention structure unique only to FITTERSLAB's products,
and is a perfect shaft protection method of a different dimension from other companies' products.

Most of other companies' products have the shaft mounting plate manufactured as a flat plate,
so it is a structure where the shaft directly contacts. In such a structure, as the equipment is used,
fine scratches due to dust, etc. occur on the flat plate,
and the problem is that these scratches cause scratches on the shaft.

Even methods like applying masking tape to the surface to reduce the risk of scratches
cannot fundamentally solve the problem
When defects occur in the platel, especially as turning becomes more difficult,
the graphite shaft often experiences disintegration and shaft damage.


other companies' aluminum plates that have become flawed while being used,

FITTERSLAB Cutting Devices are the first of its kind in the product line to feature a scratch-resistant structure.
Instead of using a flat mounting plate, a CNC-machined resin part is applied using an
anti-Scratch Roller design to provide complete protection of the shaft from scratches

* Since its launch, this function has been a certified function where problems
regarding scratches or damage to the shaft have never occurred in FITTERSLAB,
which has continuously used it, nor in any company using FITTERSLAB's cutting machine products

E. Hozel cutting function

FITTERSLAB’s shaft & hosel cutting machines feature iron hosel cutting functions compatible with the specifications used for iron hosel sleeve processing

When cutting with the iron hozel,
industrial standard cutting wheels must be used to prevent the cut surface from becoming beveled
For the hosel, it is cleaner to proceed after the hozel has been reaminged;
attempting to cut in one go may cause discoloration due to heat, so it is better to cut in small sections

F. Tip-Sanding Disc Mounting Function

This function allows to attach a wheel sandpaper or abrasive stone to the spindle for tip sanding
Can be installed on 16mm I.D, and #40 to #60 grit is recommended

G. Application of high-rigidity acrylic cover

The acrylic cover of a shaft cutting machine has the function of not only checking the cutting but also
protecting the worker from breakage of the cutting wheel.
However, most products had thin material thickness and weak adhesive strength,
so broke easily and durability was also dropped a lot.

FITTERSLAB's cutting machine products reinforced the purpose of worker protection
by using thick acrylic and although it may look somewhat lough,
internal reinforcements were made sturdy at each connection part,
so they were manufactured with a focus on high safety and durability

H. Cutting tray made of stainless steel

FITTERSLAB's Cutting Devices applied the cutting tray with stainless steel parts,
enabling durability as well as water cleaning of dust..

I. Custom machining and supply of exhaust hole for dust collectors

FITTERSLAB customizes the exhaust port to meet the user's requirements
before supplying the cutting machine
From vacuum cleaner specifications to large dust collection standards,
it is processed and shipped to user

Instructions for Use and Precautions

1. FITTERSLAB’s cutting machines are shipped with the acrylic cover and cutting stone separated,
so please assemble them before use

2. To replace the cutting wheel, tighten it lightly enough so that it does not loosen using the provided wrench
Always turn off the power switch and disconnect the power before replacing the cutting wheel

3. Always start the cutting machine only after the dust collection system has been activated

4. Please be sure to wear safety goggles and protective equipment as required by safety regulations

5. Use the industrial 7-inch cutting wheel available on the market (O.D 180mm * I.D 22mm)

A. Use of certified motor products from KS-certified companies

FITTERSLAB's cutting machine products are manufactured
using industrial-standard capacitor-start electric motors.
In addition, instead of the 1/5 horsepower (200W) motor commonly used in other products,
use a 1/3 horsepower (250W) motor,
Delivers stable performance during continuous use and prevents power degradation.

Advice for an electric motor for a shaft cutter

The electric motor, which is the heart of the shaft cutting machine,
can be said to be its most important part.
Although the exterior of the product may look similar, the electric motor used varies from
product to product, so it is important to check carefully and decide.

Check 1: Is it an industrially standardized and certified electric motor?

First, it is good to check whether an industrially certified electric motor is used.
Surprisingly, there are many products that use non-standard motors.
An industrial standard electric motor has consistent output and good durability,
and complete repair is possible in case of motor failure

However, non-standard motors do not guarantee durability, and in case of breakdown,
most of them cannot be repaired, requiring the equipment to be replaced.
In addition, these non-standard motors often have unstable output, high noise,
and are vulnerable to the risks of current leakage or fire.

Check 2: Is it a capacitor-start electric motor?

The second part to check is whether it is a split-phase start type or a capacitor-start type.
A simple way to check is that if the rotation speed increases slowly like an electric fan
when the switch is turned on, it is a phase start type,
and if it rotates at the rated speed instantaneously as soon as the switch is turned on,
it is a capacitor-start type.

Although the two types have the same rated output, the difference in starting torque is very large.
The phase start type frequently causes the blade to jam into the shaft,
so must pay close attention when cutting.

Looking at the products on the market, surprisingly many products using phase start motors,
which is not much different from cutting a shaft with an electric fan motor.
In conclusion, it is important to choose a product that uses
an industrially standard capacitor-start electric motor.

B. Application of high-precision, high-durability LM guide

The ball-bush method, mainly used in other products, has a low part cost and rough feed,
whereas the LM guide method, used in high-end cutters,
has a very high part cost but smooth feed and high precision

FITTERSLAB's cutting machine products basically applied the LM guide and block system,
and by designing and arranging the guide rail outside the frame,
they were manufactured to faithfully respond to transverse moments caused by twisting.

In particular, this structure additionally equips maintenance convenience to the extent that
maintenance is possible without opening the main body during maintenance.

C. Selectability of various cutting wheels

Generally, cutting wheels sold for fitting and industrial cutting wheels have different specifications,
making mixed use difficult.
However, FITTERSLAB's cutting machines are manufactured so that users can choose between
fitting and industrial cutting wheels according to their intended use.

Cutting wheels sold exclusively for fitting have the advantage of being thin, producing less noise,
and cutting smoothly.
On the other hand, they have the disadvantage of cutting obliquely during fast feeding,
being vulnerable to impact and easily breaking, and wearing out very quickly.

Industrial cutting wheels are somewhat noisier and rougher than fitting wheels,
but they rarely warp or break, and have the advantage of a significantly longer lifespan.

FITTERSLAB's cutting machines are manufactured to allow users to choose between
industrial cutting wheels with an I.D 22mm and for fitting wheels with an I.D 25mm
simply by changing the cup wheel, and prevent diagonal cutting by applying a large-diameter cup wheel
to minimize blade warping to the maximum extent.

Comparison of Industrial and typical fitting tool manufacturers' Cutting Wheels

1. Product Specification and Purchase

Industrial cutting wheels are standardized, so a variety of products can be selected with
the same specification and can be easily purchased on the market.
However, typical fitting tool manufacturers-made cutting wheels have
different mounting specifications for each product, so are not compatible,
requiring dedicated cutting wheels,
and because they can only be purchased through related companies,
purchase conditions are inconvenient.

Also, in terms of purchase price, typical fitting tool manufacturers-made cutting wheels are
about 4 to 5 times higher than industrial cutting wheels

2. Product Performance and Durability

Because industrial cutting wheels are produced by the research and manufacturing of large brands
and are standardized products used throughout the industrial field, unlike typical fitting tool manufacturers'
it is difficult for them to be supplied as products unless performance as well as durability is certified.
In particular, in terms of durability, the two products show an incomparable performance
difference of tens of times

3. Safety Regarding Harmful Substances

Because industrial cutting wheels go through industrial certification procedures,
standard limits for harmful components including asbestos are thoroughly restricted,
but have never seen a fitting company-made cutting wheel that has received industrial certification

In the club fitting environment where there is a lot of harmful dust from shafts,
it would be desirable to use a product whose cutting wheel is at least safety-certified.

D. Application of scratch prevention structure

This function is a unique one applied for the first time in the world by FITTERSLAB,
and is the most core part of the product.
It is a scratch prevention structure unique only to FITTERSLAB's products,
and is a perfect shaft protection method of a different dimension from other companies' products.

Most of other companies' products have the shaft mounting plate manufactured as a flat plate,
so it is a structure where the shaft directly contacts. In such a structure, as the equipment is used,
fine scratches due to dust, etc. occur on the flat plate,
and the problem is that these scratches cause scratches on the shaft.

Even methods like applying masking tape to the surface to reduce the risk of scratches
cannot fundamentally solve the problem
When defects occur in the platel, especially as turning becomes more difficult,
the graphite shaft often experiences disintegration and shaft damage.


other companies' aluminum plates that have become flawed while being used,

FITTERSLAB Cutting Devices are the first of its kind in the product line to feature a scratch-resistant structure.
Instead of using a flat mounting plate, a CNC-machined resin part is applied using an
anti-Scratch Roller design to provide complete protection of the shaft from scratches

* Since its launch, this function has been a certified function where problems
regarding scratches or damage to the shaft have never occurred in FITTERSLAB,
which has continuously used it, nor in any company using FITTERSLAB's cutting machine products

E. Application of high-rigidity acrylic cover

The acrylic cover of a shaft cutting machine has the function of not only checking the cutting but also
protecting the worker from breakage of the cutting wheel.
However, most products had thin material thickness and weak adhesive strength,
so broke easily and durability was also dropped a lot.

FITTERSLAB's cutting machine products reinforced the purpose of worker protection
by using thick acrylic and although it may look somewhat lough,
internal reinforcements were made sturdy at each connection part,
so they were manufactured with a focus on high safety and durability

The acrylic cover is designed to be securely fastened using a fixed knob mechanism rather than a hinge,
ensuring safe operation even in the event of operator error

F. Ferrule Grinding function

FITTERSLAB cutting & sanding machine uses a certified fabric parrel grinding belt
to ensure smooth parrel forming and protect the head’s paint,
and is produced at a rated belt speed approximately 75% faster than conventional parrel sanding products,
enabling faster and more powerful grinding

G. Tip-Sanding Disc Mounting Function

This function allows to attach a wheel sandpaper or abrasive stone to the spindle for tip sanding
Can be installed on 16mm I.D, and #40 to #60 grit is recommended

H. Cutting tray made of stainless steel

FITTERSLAB's Cutting Devices applied the cutting tray with stainless steel parts,
enabling durability as well as water cleaning of dust..

I. Custom machining and supply of exhaust hole for dust collectors

FITTERSLAB customizes the exhaust port to meet the user's requirements
before supplying the cutting machine
From vacuum cleaner specifications to large dust collection standards,
it is processed and shipped to user

Instructions for Use and Precautions

1. FITTERSLAB’s cutting machines are shipped with the acrylic cover and cutting stone separated,
so please assemble them before use

2. To replace the cutting wheel, tighten it lightly enough so that it does not loosen using the provided wrench
Always turn off the power switch and disconnect the power before replacing the cutting wheel

3. Always start the cutting machine only after the dust collection system has been activated

4. Please be sure to wear safety goggles and protective equipment as required by safety regulations

5. Use the industrial 7-inch cutting wheel available on the market (O.D 180mm * I.D 22mm)

A. Efficient use of equipment space

FITTERSLAB C & S Filtering Tower consolidates the machinery and equipment related to
dust generation and collection, reducing the space required for installing related equipment and
essential dust collection facilities by more than 50%, requiring no installation work,
and featuring a clean tower appearance with flexible mobile installation as an integrated fitting system

B. Industrial filter systems and high-pressure blowers

FITTERSLAB C & S Filtering Tower delivers such powerful airflow that it draws in surrounding air,
All generated dust is blown away through multiple industrial filter systems, and filtered air is discharged

It carefully filters out fine dust through three stages of filtration,
and the third stage is a carbon filter that even absorbs odors generated during cutting,
so when the machine is not in use, the fan can be operated to use it as an air purifier

The biggest problem in a fitting workshop is, of course, how to deal with health-hazardous dust
In particular, handling dust in a workshop where it is difficult to expel it outside is
inevitably a very challenging problem

The dust generated by fitting equipment is astonishingly fine and in huge quantities,
In particular, the dust generated during tasks such as cutting graphite shafts is
very harmful to the human body

FITTERSLAB C & S Filtering Tower uses a fine filter unit and a 1/5 horsepower high-pressure blower
Purifies up to 1,450 sq-m of air per hour
This is the airflow rate, purifying the air in a 10 sq-m (about 3 pyeong) workspace once per minute

C. Use of certified motor products from KS-certified companies

FITTERSLAB's cutting machine products are manufactured
using industrial-standard capacitor-start electric motors.
In addition, instead of the 1/5 horsepower (200W) motor commonly used in other products,
use a 1/3 horsepower (250W) motor,
Delivers stable performance during continuous use and prevents power degradation.

E. Application of high-precision, high-durability LM guide

The ball-bush method, mainly used in other products, has a low part cost and rough feed,
whereas the LM guide method, used in high-end cutters,
has a very high part cost but smooth feed and high precision

FITTERSLAB's cutting machine products basically applied the LM guide and block system,
and by designing and arranging the guide rail outside the frame,
they were manufactured to faithfully respond to transverse moments caused by twisting.

In particular, this structure additionally equips maintenance convenience to the extent that
maintenance is possible without opening the main body during maintenance.

C. Selectability of various cutting wheels

Generally, cutting wheels sold for fitting and industrial cutting wheels have different specifications,
making mixed use difficult.
However, FITTERSLAB's cutting machines are manufactured so that users can choose between
fitting and industrial cutting wheels according to their intended use.

Cutting wheels sold exclusively for fitting have the advantage of being thin, producing less noise,
and cutting smoothly.
On the other hand, they have the disadvantage of cutting obliquely during fast feeding,
being vulnerable to impact and easily breaking, and wearing out very quickly.

Industrial cutting wheels are somewhat noisier and rougher than fitting wheels,
but they rarely warp or break, and have the advantage of a significantly longer lifespan.

FITTERSLAB's cutting machines are manufactured to allow users to choose between
industrial cutting wheels with an I.D 22mm and for fitting wheels with an I.D 25mm
simply by changing the cup wheel, and prevent diagonal cutting by applying a large-diameter cup wheel
to minimize blade warping to the maximum extent.

Comparison of Industrial and typical fitting tool manufacturers' Cutting Wheels

1. Product Specification and Purchase

Industrial cutting wheels are standardized, so a variety of products can be selected with
the same specification and can be easily purchased on the market.
However, typical fitting tool manufacturers-made cutting wheels have
different mounting specifications for each product, so are not compatible,
requiring dedicated cutting wheels,
and because they can only be purchased through related companies,
purchase conditions are inconvenient.

Also, in terms of purchase price, typical fitting tool manufacturers-made cutting wheels are
about 4 to 5 times higher than industrial cutting wheels

2. Product Performance and Durability

Because industrial cutting wheels are produced by the research and manufacturing of large brands
and are standardized products used throughout the industrial field, unlike typical fitting tool manufacturers'
it is difficult for them to be supplied as products unless performance as well as durability is certified.
In particular, in terms of durability, the two products show an incomparable performance
difference of tens of times

3. Safety Regarding Harmful Substances

Because industrial cutting wheels go through industrial certification procedures,
standard limits for harmful components including asbestos are thoroughly restricted,
but have never seen a fitting company-made cutting wheel that has received industrial certification

In the club fitting environment where there is a lot of harmful dust from shafts,
it would be desirable to use a product whose cutting wheel is at least safety-certified.

F. Application of scratch prevention structure

This function is a unique one applied for the first time in the world by FITTERSLAB,
and is the most core part of the product.
It is a scratch prevention structure unique only to FITTERSLAB's products,
and is a perfect shaft protection method of a different dimension from other companies' products.

Most of other companies' products have the shaft mounting plate manufactured as a flat plate,
so it is a structure where the shaft directly contacts. In such a structure, as the equipment is used,
fine scratches due to dust, etc. occur on the flat plate,
and the problem is that these scratches cause scratches on the shaft.

Even methods like applying masking tape to the surface to reduce the risk of scratches
cannot fundamentally solve the problem
When defects occur in the platel, especially as turning becomes more difficult,
the graphite shaft often experiences disintegration and shaft damage.


other companies' aluminum plates that have become flawed while being used,

FITTERSLAB Cutting Devices are the first of its kind in the product line to feature a scratch-resistant structure.
Instead of using a flat mounting plate, a CNC-machined resin part is applied using an
anti-Scratch Roller design to provide complete protection of the shaft from scratches

* Since its launch, this function has been a certified function where problems
regarding scratches or damage to the shaft have never occurred in FITTERSLAB,
which has continuously used it, nor in any company using FITTERSLAB's cutting machine products

G. Application of high-rigidity acrylic cover

The acrylic cover of a shaft cutting machine has the function of not only checking the cutting but also
protecting the worker from breakage of the cutting wheel.
However, most products had thin material thickness and weak adhesive strength,
so broke easily and durability was also dropped a lot.

FITTERSLAB's cutting machine products reinforced the purpose of worker protection
by using thick acrylic and although it may look somewhat lough,
internal reinforcements were made sturdy at each connection part,
so they were manufactured with a focus on high safety and durability

The acrylic cover is designed to be securely fastened using a fixed knob mechanism rather than a hinge,
ensuring safe operation even in the event of operator error

H. Ferrule Grinding function

FITTERSLAB cutting & sanding machine uses a certified fabric parrel grinding belt
to ensure smooth parrel forming and protect the head’s paint,
and is produced at a rated belt speed approximately 75% faster than conventional parrel sanding products,
enabling faster and more powerful grinding

I. Tip-Sanding Disc Mounting Function

This function allows to attach a wheel sandpaper or abrasive stone to the spindle for tip sanding
Can be installed on 16mm I.D, and #40 to #60 grit is recommended

J. Cutting tray made of stainless steel

FITTERSLAB's Cutting Devices applied the cutting tray with stainless steel parts,
enabling durability as well as water cleaning of dust..

Instructions for Use and Precautions

1. Install the equipment on a flat surface and adjust the adjustment seat
If the equipment is unbalanced, it can cause vibration or noise
2. Please connect the power to an outlet that includes a grounding wire
Standard outlets generally include a grounding wire, but when using an extension cord
Please check whether it is grounded before using it

*Due to the nature of the equipment, the paralying sanding belt generates a lot of static electricity
If possible, it is best for the tower's adjustment feet to touch the ground directly
Even if use a grounded electrical cord,
by separately connecting a grounding wire to the device body to dissipate static electricity
Grounding or connecting to the metal parts of a building can solve most static electricity problems