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.
Amada PCSAW-330 Band Saw Machine
Description
Specifications
| Model | PCSAW-330 | |
| Cutting capacity (mm) | Round (Dia) | φ30 – 330 |
| Rectangle (W x H) | 30 x 30 – 330 x 330 | |
| Blade size (W x T x L) (mm) | 41 x 0.9 x 4115 | |
| Blade speed (m/min) | 15 – 120 | |
| Motors (kW) | Saw blade | 3.7 |
| Hydraulic pump | 1.5 | |
| Coolant pump | 0.18 | |
| Wire brush | – | |
| Saw head | – | |
| Pulse cutting | 0.2 | |
| Power requirement (kVA) | 13 | |
| Stroke length (mm) | 500 | |
| Tank capacity (L) | Hydraulic | 33 |
| Coolant | 64 | |
| Table height (mm) | 700 | |
| Allowable load (Mass of work) (kg) | 2000 | |
| Machine dimensions (W x L x H) (mm) | 2175 x 2526 x 1882 | |
| Mass of machine (kg) | 1800 | |
Related products
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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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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. -
Back gauge and end stopper
A combination of the NC back gauge and the end stopper facilitates setup for product dimension and accuracy and significantly reduces setup time. The NC back gauge can be easily positioned by entering dimensions through the numeric pad and pressing the START button for positioning.
Full open table
This vertical band saw can use a table in full open mode and facilitates material handling. Using the optional T-groove version allows a user to cut irregular-shaped materials.
Elimination of waste
This model developed with a focus on one of the objectives “effective use of materials” can cut the end of a material to 3mm and helps to save expensive materials without scraping as waste unlike in conventional practice.
Blade speed and cutting feed
Blade speed and cutting feed (table stroke) settings can be easily done by using the operation panel located in front of the machine. Cutting conditions optimum for the target materials can be quickly preset.
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High-speed cutting
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.
