HSM Machines

D321

The D321 milling machine is compact in size with a very large working envelope, designed for mold finishing applications. The wide opening front access door is ideal for loading large and heavy workpieces while offering an unsurpassed visibility. Fast and precise, the D321 takes advantage of the specific Fidia M5A head. This head is efficient and suitable for a wide range of materials, from steel to aluminium and composites.
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GTF Range

The GTF Gantry Line is characterized by a wide operative volume modularity, and combines High Speed performances with the stiffness of its structure. Available in several specific Versions, the GTF Line fulfills the most demanding requirements of main industrial applications.

K Range

5 axes High Speed Milling line specifically designed for both large plastic injection moulds and aeronautical components. The bed type machine structure allows for high accuracy and for the best supervision of all machining operations.

D Range

High Speed Milling systems specifically designed for both the 3+2 and 5 axes finishing of surfaces. On purpose high rate rotation spindles equip the D-series, for excellent surface quality.
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G996

Compact upper gantry milling system characterized by its impressive strong monolithic structure. It allows for the 100% machining of small and medium-size workpieces, regardless material stiffness and toughness.
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HS664

High Speed Milling system suitable for the machining of small parts. Its versatility makes it ideal for the machining of both inserts for plastic injection moulds, forging dies, models, and electrodes, and even for small productions batches.
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E Range

E Range grant outstanding accuracy and high performances in any milling condition. 5-axis interpolation in combination with the rotary table allow 5-side machining of complex components, in a single, easy set-up.
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FMS

The new FMS system designed by Fidia is equipped with a sophisticated software that optimizes and exalts its operative characteristics. This system is the Fidia answer to the more and more pressing request of increasing the workshop automation level, and integrates a powerful and versatile pallet system shared between more than one G996 machine.
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D321

The D321 milling machine is compact in size with a very large working envelope, designed for mold finishing applications. The wide opening front access door is ideal for loading large and heavy workpieces while offering an unsurpassed visibility. Fast and precise, the D321 takes advantage of the specific Fidia M5A head. This head is efficient and suitable for a wide range of materials, from steel to aluminium and composites.
Discover more
D321

GTF Range

The GTF Gantry Line is characterized by a wide operative volume modularity, and combines High Speed performances with the stiffness of its structure. Available in several specific Versions, the GTF Line fulfills the most demanding requirements of main industrial applications.

K Range

5 axes High Speed Milling line specifically designed for both large plastic injection moulds and aeronautical components. The bed type machine structure allows for high accuracy and for the best supervision of all machining operations.

D Range

High Speed Milling systems specifically designed for both the 3+2 and 5 axes finishing of surfaces. On purpose high rate rotation spindles equip the D-series, for excellent surface quality.
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D218 / 318 / 418

G996

Compact upper gantry milling system characterized by its impressive strong monolithic structure. It allows for the 100% machining of small and medium-size workpieces, regardless material stiffness and toughness.
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G996

HS664

High Speed Milling system suitable for the machining of small parts. Its versatility makes it ideal for the machining of both inserts for plastic injection moulds, forging dies, models, and electrodes, and even for small productions batches.
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HS664

E Range

E Range grant outstanding accuracy and high performances in any milling condition. 5-axis interpolation in combination with the rotary table allow 5-side machining of complex components, in a single, easy set-up.
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BHE BSE UHE VHE VSE

FMS

The new FMS system designed by Fidia is equipped with a sophisticated software that optimizes and exalts its operative characteristics. This system is the Fidia answer to the more and more pressing request of increasing the workshop automation level, and integrates a powerful and versatile pallet system shared between more than one G996 machine.
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FMS

Numerical controls

C40 Vision

The Fidia C40 Vision is a high power CNC, suitable for the most complex applications and high speed machining, in the aerospace, automotive and energy industries. The multi-processor architecture gives access to the most advanced features developed by Fidia to improve efficiency and safety on the machine.

C20

Featuring a linear and compact design, the C20 numerical control is ideal for 3- and 5- axis high range milling machines.
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nC19

With the nC19, Fidia has produced a compact and efficient control. It features optimized electronics and is particularly suited to modern machine tools.

C40 Vision

The Fidia C40 Vision is a high power CNC, suitable for the most complex applications and high speed machining, in the aerospace, automotive and energy industries. The multi-processor architecture gives access to the most advanced features developed by Fidia to improve efficiency and safety on the machine.

C20

Featuring a linear and compact design, the C20 numerical control is ideal for 3- and 5- axis high range milling machines.
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C20: High performance

nC19

With the nC19, Fidia has produced a compact and efficient control. It features optimized electronics and is particularly suited to modern machine tools.

Milling heads

M5D

M5D offers an extraordinary volume of chip removal on aluminum, providing an unprecedented efficiency to the manufacturing of large aircraft structural parts.

M5E

M5E head offers roughing capacity together with high speed on cast iron, steel and tough materials.

M5H

M5H head with mechanical spindle unit develops high torque and integrates automatic accessories change to allow for access into narrow spaces.

M5S

The M5S features a cast iron body and symmetrical fork structure providing optimal thermal stability.

M5A

M5A is a continuous bi-rotary head ideal to perform the complete machining cycle, from roughing to finishing.

M5C

Made in aluminium alloy, M5C is the "light" version of M5A.

MBSH

The MBSH indexed bi-rotary head has been designed to provide medium-sized machines with a spindle that can be oriented and which has high stock removal capacity and high rpm.

M5D

M5D offers an extraordinary volume of chip removal on aluminum, providing an unprecedented efficiency to the manufacturing of large aircraft structural parts.

M5E

M5E head offers roughing capacity together with high speed on cast iron, steel and tough materials.

M5H

M5H head with mechanical spindle unit develops high torque and integrates automatic accessories change to allow for access into narrow spaces.

M5S

The M5S features a cast iron body and symmetrical fork structure providing optimal thermal stability.

M5A

M5A is a continuous bi-rotary head ideal to perform the complete machining cycle, from roughing to finishing.

M5C

Made in aluminium alloy, M5C is the "light" version of M5A.

MBSH

The MBSH indexed bi-rotary head has been designed to provide medium-sized machines with a spindle that can be oriented and which has high stock removal capacity and high rpm.

Accessories

HMS

HMS is a device for measuring and compensating geometric error on continuous or indexed bi-rotary heads and roto-tilting tables. It improves the accuracy and quality of 5-axis machining without requiring complex intervention from specialist technicians.

TMSC

TMSC device is based on a focused laser beam mounted on a specific structure to placed on the machine and can be used to measure length, diametre of the tool and check the shape. The measurements are made with the spindle in rotation. There are measuring cycles for ten types of tools, which include the principal shapes of tools used for milling.

K5

The K5 tracer, utilized together with the specific software for the entire range of Fidia controls, is used to perform continuous scanning of 3D surfaces. The stored data can be used as a machining path or transferred to CAD/CAM systems for further processing.

Pushbutton panels

The Fidia handheld pushbutton panels replicate the most frequently used commands on the main pushbutton panel. Especially useful on large machines, they enable the machine to be commanded from a more convenient position and allow for a closer control of machining.

XPower

Fidia XPOWER series digital drives have been designed for axis and spindle movement. Ideal for mounting on a wide range of machine tools, they can command brushless, linear or torque axis motors and synchronous and asynchronous spindles.
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I/O LINE Modules

The new Fidia I/O Line™ is the latest generation of input/output; designed to be installed inside the machine tool electrical cabinet they are connected to the numerical control through the Fidia FFB bus.
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HMS

HMS is a device for measuring and compensating geometric error on continuous or indexed bi-rotary heads and roto-tilting tables. It improves the accuracy and quality of 5-axis machining without requiring complex intervention from specialist technicians.

TMSC

TMSC device is based on a focused laser beam mounted on a specific structure to placed on the machine and can be used to measure length, diametre of the tool and check the shape. The measurements are made with the spindle in rotation. There are measuring cycles for ten types of tools, which include the principal shapes of tools used for milling.

K5

The K5 tracer, utilized together with the specific software for the entire range of Fidia controls, is used to perform continuous scanning of 3D surfaces. The stored data can be used as a machining path or transferred to CAD/CAM systems for further processing.

Pushbutton panels

The Fidia handheld pushbutton panels replicate the most frequently used commands on the main pushbutton panel. Especially useful on large machines, they enable the machine to be commanded from a more convenient position and allow for a closer control of machining.

XPower

Fidia XPOWER series digital drives have been designed for axis and spindle movement. Ideal for mounting on a wide range of machine tools, they can command brushless, linear or torque axis motors and synchronous and asynchronous spindles.
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XPower: Digital drives

I/O LINE Modules

The new Fidia I/O Line™ is the latest generation of input/output; designed to be installed inside the machine tool electrical cabinet they are connected to the numerical control through the Fidia FFB bus.
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I/O LINE Modules

Software

ViMill

ViMill is an anti-collision system that operates on the machine. Being fully integrated into the Fidia numerical control, ViMill is constantly active during all phases of machine tool operation both when working from a program and when positioning the axes using the pushbutton panel or the handwheel.

HiMonitor

In order to monitor activities performed on the machines, from milling times to machine downtime and faults, Fidia has developed the HiMonitor module which provides this information both on the control and on a remote device, such as a smartphone, tablet or PC.

Velocity 5

Fidia introduces Velocity 5™, a new technique for axes control, that significantly improves the performances of the machine, in 3 axes as well as in 5 axes machining.

HiMill

HiMill® is the Fidia CAM software for the machining of dies, models and aeronautical components. The software allows for reading of VDA-FS, IGES, STL, CATIA formats and digitized surfaces. It generates tool paths, from roughing out to superfinishing, with a wide range of machining strategies.

Isograph

With the innovative user interface, profiles can be defined by simply using the softkeys and mouse. Interaction is, therefore, easy and immediate even for operators with no specific programming knowledge. A wide range of fixed drilling cycles and complex cycles for the pocket milling of any profile complete the package.

PRC-PRX

The Fidia CNC provides for a sequence of operations that can be stored in a “Procedure” (PRC) and then executed automatically. This technique simplifies repetitive machining operations, improves operating safety and enables a series of unmanned machining operations to be performed. For more demanding automation needs, the PRX advanced programming language is available, extending the application of “Procedures” to the most complex cases.

ViMill

ViMill is an anti-collision system that operates on the machine. Being fully integrated into the Fidia numerical control, ViMill is constantly active during all phases of machine tool operation both when working from a program and when positioning the axes using the pushbutton panel or the handwheel.

HiMonitor

In order to monitor activities performed on the machines, from milling times to machine downtime and faults, Fidia has developed the HiMonitor module which provides this information both on the control and on a remote device, such as a smartphone, tablet or PC.

Velocity 5

Fidia introduces Velocity 5™, a new technique for axes control, that significantly improves the performances of the machine, in 3 axes as well as in 5 axes machining.

HiMill

HiMill® is the Fidia CAM software for the machining of dies, models and aeronautical components. The software allows for reading of VDA-FS, IGES, STL, CATIA formats and digitized surfaces. It generates tool paths, from roughing out to superfinishing, with a wide range of machining strategies.

Isograph

With the innovative user interface, profiles can be defined by simply using the softkeys and mouse. Interaction is, therefore, easy and immediate even for operators with no specific programming knowledge. A wide range of fixed drilling cycles and complex cycles for the pocket milling of any profile complete the package.

PRC-PRX

The Fidia CNC provides for a sequence of operations that can be stored in a “Procedure” (PRC) and then executed automatically. This technique simplifies repetitive machining operations, improves operating safety and enables a series of unmanned machining operations to be performed. For more demanding automation needs, the PRX advanced programming language is available, extending the application of “Procedures” to the most complex cases.