OPEN POSSIBILITIES

01

Capabilitiesof 5-axis machining centers and multitasking machines

Setup and other machining
preparations are
time-consuming and lead to
a shortage of manpower.

Inconsistencies in
machining precision make
it difficult to meet
required accuracies.

Looking to machine
complex-shaped
parts more
efficiently.

5-axis machining centers and multitasking machines provide solutions to these challenges and concerns.
This is why they are trusted in machining shops.

“Understanding process-intensive machining”

Benefit 1
Reducing production
lead time
Benefit 2
Enhancing productivity
while reducing labor
requirements
Benefit 3
Reducing the risk of
accuracy degradation

[A Beginner’s Guide to 5-Axis Machining Centers
and Multitasking Machines]

What is a 5-axis machining center?

A machining centerequipped with 3 linear axes and 2 rotary axes

5-Axis Machining Centers
Fundamental structure of a 5-axis machining center
  • A machining center with 2 additional rotary and tilting axes, complementing the XYZ linear axes (3 linear axes). The additional rotary axes enable multi-surface machining in a single setup.
  • In 5-axis machining, tilting tools or workpieces allows for machining with shorter tools. Increased tool rigidity ensures stable machining.
  • Depending on the use of the additional two axes, machining methods are categorized into indexed 5-axis machining and simultaneous 5-axis machining.

Indexed 5-axis machining

or

Simultaneous 5-axis machining

With two machining methods, the machine easily handles
workpieces with complex shapes

Indexed 5-axis machining

The two rotary axes adjust the angle and machining is performed using the three linear axes

Multi-sided machining

Turret Disc
Turret Disc
Flange
Flange

Simultaneous 5-axis machining

Machining is performed with all five axes moving simultaneously

Machining of free-form surface

Blisk
Blisk
Rock Bit
Rock Bit

5-axis machining centersBenefits

Shorten production lead time by reducing setup and transportation time

Shorten production lead time by reducing setup and transportation time

Save labor by reducing the number of setup operations

Save labor by reducing the number of setup operations

Reduce running costs, including electricity

Reduce running costs, including electricity

Minimize accuracy inconsistencies by machining multiple surfaces in a single setup

Minimize accuracy inconsistencies by machining multiple surfaces in a single setup

Adapt flexibly to changes in the types and quantity of parts that need to be machined by utilizing a variety of tools

Adapt flexibly to changes in the types and quantity of parts that need to be machined by utilizing a variety of tools

Improve surface quality by shortening tool projection length

Improve surface quality by shortening tool projection length

Reduce jig costs

Reduce jig costs

Open up new possibilities for machining shops by shortening production lead time, saving labor, and reducing the risk of accuracy degradation

What is a multitasking machine?

A machine tool equipped with an automatic tool changer (ATC)and capable of machining processes such as turning and milling

It can perform a wide variety of machining operations using many tools

Turning

Turning

Milling

Milling

Gear Machining

Gear Machining

Grinding

Grinding

Gauging

Gauging

Turning of sloped axes, machining of gears, and machining of other complex-shaped workpieces are also possible

Landing gear for aircraft
Landing gear for aircraft
Reduction gear for construction machinery
Reduction gear for construction machinery
Blade
Blade
Gear shafts for ships
Gear shafts for ships

Multitasking MachineBenefits

Shorten production lead time by reducing setup and transportation time

Shorten production lead time by reducing setup and transportation time

Save labor by reducing the number of setup operations

Save labor by reducing the number of setup operations

Reducing equipment installation costs

Reducing equipment installation costs

Reduce running costs, including electricity

Reduce running costs, including electricity

Saving space by eliminating the need to install multiple machines

Saving space by eliminating the need to install multiple machines

Minimizing variations in accuracy by performing multiple processes in a single chucking process

Minimizing variations in accuracy by performing multiple processes in a single chucking process

Adapt flexibly to changes in the types and quantity of parts that need to be machined by utilizing a variety of tools

Adapt flexibly to changes in the types and quantity of parts that need to be machined by utilizing a variety of tools

Open up new possibilities for machining shops by shortening production lead time, saving labor, and reducing the risk of accuracy degradation