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PF valve
The cutting process can be optimized just by setting up the PF valve to the target “material, shape and size”.
Cutting depth setting unit
The blade descends horizontally. Tooling and dovetail grooving can be easily handled by adjusting a cutting end height.
Lever type insert clamp
A foolproof lever type insert clamp is installed to the guide bracket.
Motor-driven Coolant pump
A motor-driven centrifugal pump was introduced in this model, rather than a conventional gear pump. Cutting fluid can be used and cleaned regardless of whether the main motor is ON or OFF.
Vise mechanism
Vise jaws are located on both the front and the rear sides of the blade in a well-balanced manner in order to properly feed and hold materials. This vise mechanism is capable of properly clamping small materials.
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PF valve
The cutting process can be optimized just by setting up the PF valve to the target “material, shape and size”.
Lever type insert clamp
A foolproof lever type insert clamp is installed to the guide bracket.
Motor-driven Coolant pump
A motor-driven centrifugal pump was introduced in this model, rather than a conventional gear pump. Cutting fluid can be used and cleaned regardless of whether the main motor is ON or OFF.
Sizing stopper
The effective use of the sizing stopper can reduce workload in cutting multiple materials.
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Full-stroke vise cylinder
The vise can be operated just by using a push button. Compared to the conventional rack type, labor and time can be saved significantly.
There is a function that slightly opens the feeding/holding vise by some millimeters when feeding material in order to prevent scratches to materials and dimensional errors.Twist-up roller
The twist-up roller located in the insert area prevents uneven insert wear and protects the blade.
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PF valve
The cutting process can be optimized just by setting up the PF valve to the target “material, shape and size”.
Cutting depth setting unit
The blade descends horizontally. Tooling and dovetail grooving can be easily handled by adjusting a cutting end height.
Foolproof feeder
The light beam unit allows for easy alignment of marks.
One-touch operation of the manual feeder unit moves workpieces back and forth.
The user-friendly double vise system is installed to clamp materials. -
High quality machine capable of cutting large and difficult-to-cut materials
Compact-size design with capability of cutting as large materials as 800 x 700mm.
This high performance model offers excellent accuracy and durability to cut difficult-to-cut materials.Front-oriented control/semi-automatic function
With an absolute focus on workability and productivity, all operations start from the front side of the machine such as setting cutting conditions, feeding materials and positioning.Blade deviation monitor contributory to quality of workpieces
The machine will automatically stop running if blade deviation exceeds a permissible limit setting. This prevents blade damage and non-conforming products.Cutting dept setting function allowing for easy cutting of large materials
This function allows for cutting to a predetermined cutting depth setting, which facilitates tooling and dovetail grooving.
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Integrated console
The operation panel is no longer located in a moving area but is integrated with the control panel, which allows a user to remotely control main functions.
The integrated construction further increases electrical maintainability.PF valve
The cutting process can be optimized just by setting up the PF valve to the target “material, shape and size”.
Availability of wide blades (optional)
Selecting a wider blade can further increase cutting speed.
HA-250:Blade width increased from 27mm to 34mm
HA-400:Blade width increased from 34mm to 41mm -
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Integrated console
The operation panel is no longer located in a moving area but is integrated with the control panel, which allows a user to remotely control main functions.
The integrated construction further increases electrical maintainability.NC programming function
This function allows a user to program a cutting method and the number of pieces as desired. The maximum 99 patterns can be programmed.
The embedded self-diagnosis function will indicate an error code if a trouble is detected.Proximal light
This light is helpful for proper operation in the area close to the blade.
Automatic end positioning
CNC-controlled band saw’s popular function is available as an optional function to eliminate the need of hassle scale matching work on the shop floor.Availability of wide blades (optional)
Selecting a wider blade can further increase cutting speed.
HFA-250:Blade width increased from 27mm to 34mm
HFA-400:Blade width increased from 34mm to 41mm -
Integrated console
The operation panel is no longer located in a moving area but is integrated with the control panel, which allows a user to remotely control main functions.
The integrated construction further increases electrical maintainability.NC programming function
This function allows a user to program a cutting method and the number of pieces as desired. The maximum 99 patterns can be programmed.
The embedded self-diagnosis function will indicate an error code if a trouble is detected.Proximal light
This light is helpful for proper operation in the area close to the blade.
Automatic end positioning
CNC-controlled band saw’s popular function is available as an optional function to eliminate the need of hassle scale matching work on the shop floor.
High-rigidity construction
The post type construction gives higher rigidity than the hinge type. -
Automatic sizing cut for forged large materials
Major change made to a conventional automatic feeder allows for automatic sizing cut for forged large materials (materials having an uneven surface).
PF valve
The cutting process can be optimized just by setting up the PF valve to the target “material, shape and size”.
NC programming function
This function allows a user to program a cutting method and the number of pieces as desired. The maximum 99 patterns can be programmed.
The embedded self-diagnosis function will indicate an error code if a trouble is detected.Full stroke vise
A full stroke type of vise cylinder was introduced to allow for clamping just by pressing a single button regardless of a change in material width. -
High quality machine capable of cutting large and difficult-to-cut materials
Compact-size design with capability of cutting as large materials as 800 x 700mm.
Programmable cutting in line with automation of cutting process
The embedded “F function” guarantees flexible automatic operation and requires only simple data entry through the numeric pad to automatically cut the predetermined number of workpieces at 99 stations.
Blade deviation monitor contributory to quality of workpieces
The machine will automatically stop running if blade deviation exceeds a permissible limit setting.
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Middle blade guide
The world’s first middle blade guide eliminates blade chattering during the cutting of wide materials.
Minimizes blade deviation.10° inclined blade
The shortest possible cutting length of the blade for wide material cutting underpins high speed cutting without any load on the blade.
Movable front vise
The front vise can travel 240mm and go in over the blade, which facilitate cut alignment and remnant ejection.
Stand type operation panel
The swivel stand type operation panel further increases workability and operability in the cut alignment stage.
Chip conveyor
A large-diameter chip conveyor is installed as a standard component to improve the work environment. -
A hyper-speed band saw machine created through the integrated development of machines and blades
Production efficiency is dramatically improved by shortening the cutting time.
We have newly designed a “double gates type guide” and a “bridge type saw head frame” to realize stable high-speed cutting of mild steel.
Mass cutting at the fastest speed in its class. We have developed an epoch-making bandsaw that overturns common sense. -
Best suited for small-to medium-sized difficult-to-cut materials, such as stainless steels and hot die steels.
Adoption of AMADA M71 high-speed steel
Wear resistance is markedly improved by a cutting edge of the AMADA M71 featuring 1000 HV or the highest hardness of cast high-speed tool steels. -
Best suited for medium-to large-sized difficult-to-cut materials, such as stainless steels and hot die steels.
Adoption of AMADA M71 high-speed steel
Wear resistance is markedly improved by a cutting edge of the AMADA M71 featuring 1000 HV or the highest hardness of cast high-speed tool steels.Variable gullet depth for better chip disposal
All tooth tips effectively work to reduce cutting resistance.Highly positive rake angle
Enhanced ability of the saw blade to into hard materials. -
High speed cutting
The pulse cutting technology reduces cutting resistance thereby minimizing blade teeth wear and increasing cutting rates.
High rigid structure
The post type construction gives higher rigidity than the hinge type.
Full cover
The introduction of full cover design prevents scattering of chips and cutting oil to ensure a better work environment.
SMARTCUT BAND as a standard equipment
Environment-friendly SMARTCUT BAND installed as a standard blade helps to increase yield and reduce chips produced.
