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.
This band saw machine model offers the same basic specifications and operability as PCSAW-430X/530X except that this CNC-controlled band saw machine model is compatible with cutting the conditions of the AXCELA blade and can maximize the capability and performance of the AXCELA high performance carbide blade.
Tooth tip protection
The material relief function is available as a standard function to prevent the interference of teeth tips with a target cut surface. For the purpose of preventing tooth chipping, this function commands the feed vise to give a rearward relief to a material when the blade is lifted upon completion of the cutting process.
High speed cutting
High speed cutting is assured by a combination of lower cutting resistance achieved by the pulse cutting technology and high rigidity frame constructed with the double column guide.
Cutting feed controlled by servo motor
Cutting feed controlled by a servo motor allows for precise, powerful cutting at a high cutting rate.
High-power blade motor
The powerful blade motor yields a higher cutting rate.
For higher power output, PCSAW-430AX and PCSAW-530AX are driven by 11kW and 15kW high power blade motors respectively.
Back gauge function
Our back gauge function built in this model has gained popularity among users. The feeding vise can be used as a back gauge for facilitating the cutting of remnants to produce shorter products. This model is designed to cut up to 95mm or 35mm with the optional back gauge jig.
The pulse cutting technology reduces cutting resistance thereby minimizing blade teeth wear. The double column guide installed to the high rigidity frame makes a contribution to high speed cutting performance.
Longer blade life
The network-based CNC controller is introduced in combination with the hybrid real time cutting control. Optimum cutting database supports high speed cutting and increases a blade life.
Minimized inclusion of chips
Our new 3D double wire brush design significantly increases chip-blade separation performance in removing chips from the blade, which increases a blade life and minimizes chip inclusion.
Efficient chip ejection
This machine model is equipped with a built-in wide chip conveyor. Improved frame construction and obstruction-free space underneath the chip generation area are advantageous for efficiently ejecting a large volume of chips generated from the high speed cutting process.
Back gauge function
Our back gauge function built in this model has gained popularity among users. The feeding vise can be used as a back gauge for facilitating the cutting of remnants to produce shorter products. This model is designed to cut up to 95mm or 35mm with the optional back gauge jig.
The pulse cutting technology reduces cutting resistance thereby minimizing blade teeth wear. Moreover, this new pulse unit enables to reduce noises.
Band saw machine compatible with AXCELA blade
This CNC-controlled band saw machine model is compatible with cutting the conditions of the AXCELA blade and can maximize the capability and performance of the AXCELA high performance carbide blade.
Longer blade life
The network-based CNC controller is introduced in combination with the hybrid real time cutting control. Optimum cutting database supports high speed cutting and increases a blade life.
Improvement of work environment
Powerful Prevent Vibration Roller reduces both chattering vibrations and cutting noises.
Operation panel suited for user’s work environment
The separately installed stand-alone main operation panel can fit in your work space and layout. The portable sub operation panel (option) is available to allow a user to remotely control work processes easily at a distance from the main operation panel.
Improvement of workability
Inclination of chip conveyor adopting +15°of angle to reduce the volume of cutting oil adheres cutting chips flowing out.
Adopting laser-type quick approach facilitate aligning the cutting position of the material, and setup positioning of the approach speed selection.
Creating wider gaps between the rollers. This idea improves the workability of loading up and down by mounting wire through between the rollers.
Selective cutting stop height setting
A cutting stop height setting can be selected from two options: “stop height” and “cutting depth.” The “stop height” setting determines an uncut length and the “cutting depth” setting determines a cutting depth.