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DCB-DM Series

DCB-DM Series

011_03

Miter Bandsaws

Double Column Semi Automatic Double Miter DCB-DM 560

• Cutting range 11″-63″
• Pivot and Double Column.
• Semi-automatic and automatic hitch or roller feed with NC Control.
• Heavy-duty motor and gearbox with variable frequency drive system & DRO.
• Heavy-duty cast iron guide arms with bearing and carbide blade guides help
reduce vibration and extend blade life.
• Flexible coolant hose delivers coolant directly to blade for optimum lubrication.
• Cutting height adjustment saves time.
• Heavy-duty steel frames with presision machining.
• Hydraulic and electronics systems from world class producers.
• Hydraulic vises.
• Custom machines built to order.

Standard Equipment

Please See Features Tab For Larger Options Chart

Optional Equipment

Please See Features Tab For Larger Options Chart

Videos coming soon.

Hydraulic Vice HV


One of the most important factors for cutting quality is to fasten the material between the vices. The materials are fastened by hydraulic driven vices in order to prevent any loosening during cutting.

Electronic Cutting Speed Adjustment with Inverter INV

The appropriate cutting speed is very important for providing ideal cutting. In case of cutting speed is faster or slower, it affects the cutting quality as well as shortens the tape life. Cutting speed is easily adjustable on the digital control panel.

Bimetal Bandsaw & Cooling System Saw

As a standard one bi-metal bandsaw for general purpose is given with the machine. Different model or geared lanes are given on request.Water based boron oil is spread with desired flow to the tape bed and cutting area with strong centrifugal pump. The machine is dispatched without boron oil.

Cutting Height Adjustment CHA


According to work piece height, appropriate positioning of the tape saves great time especially at serial cuttings.

Bearing and Carbide Type Blade Housing BH


When the right saw tape is used, the steepness and tangential of the cutting is mostly depends to tape guiding. Ideal cutting is achieved by carbide metals guides that touch to the tape side surface thanks to its vertical positioned bearings that assures proper gap and parallelism. By this way, tape and material costs are minimized and finishing operations eliminated.

Blade Tensioning ) Mechanic TM


Tape tension is very important for ideal cutting. In case the tape is too tight or loose, it affects the cutting process negatively and shortens tape life. Tape tightening process is done mechanically, hydro mechanically or hydraulic-driven. In each application there are switches automatically measures the tape tension. If the tension is not in right level, the system doesn’t work and in case the tape is broken the system stops automatically.

Chip Brush CB


Cleaning the chips between the tapes is very important for the tape’s life. Manual chip brush cleans most of the chips and prevents the dirt gathering on the body.

Motorized Chip Brush CBM

Cleaning the chips between the tapes is very important for the tape’s life. Motorized chip brush cleans most of the chips and prevents the dirt gathering on the body.
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Blade Tensioning Hydromechanic THM


During the tensioning of the blade provides an ideal view of the tension from the manometer. In the event of rupture of the tape it stops the system.

Blade Tensioning Hydraulic TH


Provides blade tensioning done via the control panel without the need for human operation. When ideal stress occurs, the process terminates tension. In the event of rupture, the system stops.

Turning Table TT


The machine is turned manually on turning table to gain the requested angle. This way, in simple angled cutting it saves time and working space. It is optional in semi- automatic models.

Motorized Roller Feeding )RFM


It is the fastest and the simplest material driving system at automatic models.All rollers are driven with chains from the motor exit. It provides great advantage in general purpose cuttings.

Motorized Vice Feeding VFM


The electrical motor driving group in the hydraulically tightened material with capacity to move 600 mm forward and backward, desired ±0,2 mm susceptible cuts can be made. Through PLC controlled automatic repeating feature, material in long lengths are cut in the same tolerance. And through fast driving and minimized waiting time more pieces are made in the cycle. It is ideal for cutting materials which deformation is not wanted on the surface.

Hydraulic Vice Feeding VFH


The hydraulic motor driving group in the hydraulically tightened material with capacity to move 600 mm forward and backward, desired ±0,5 mm susceptible cuts can be made.Through PLC controlled automatic repeating feature, material in long lengths are cut in the same tolerance. And through fast driving and minimized waiting time
in the cycle more pieces are made in the sector. It is ideal for cutting materials which deformation is not wanted on the surface. Heavy pieces are easily moved by the hydraulic driven rolls.

Top Clamping – Mechanical TCM


In bonded material cutting process, hydraulically adjusted with bearing roll prevents the material to be separated from the package.

Top Clamping Hydraulic TCH


In bonded material cutting process, hydraulically adjusted with bearing roll prevents the material to be separated from the package.

Length Adjustment Mechanical LAM


In semi automatic models length adjustment of the material is done manually up to 600 mm of the mechanical gauge. This way you dont have to measure for every piece.

Length Adjustment Electrical LAE


Automatic models length adjustment of the material is done manually up to 600 mm of the switched mechanical gauge. In serial cuttings roller collar clamp(MRV); drives the material till the gauge, when in contact with the gauge the desired length is obtained and then driving process ends and cutting process begins. When cutting is over the piece falls the conversion is repeated.

Part Counter PC


In automatic models information of pieces of the material to be cut is entered in order to provide the serial cutting. Apart from this, also displays information about the machine, alarm and cutting.

NC Control System NC


All functions operation, the amount of length, cutting units and other parameter use controlling via the touch screen provides ease of use. Material between the clamp controlled by PLC provides desired length cut. Provides the material which is compressed between the roller collar clamps, to be cut in desired length measured with the encoder; without need of having swicth type of automatic size system (SLA).

Chip Conveyor CC


Especially solid material cutting creates big amounts of chips and needs to be cleaned frequently. The motorized chip conveyor transfers the chips out of the machine.

Laser Marking LM


It helps length adjustment of the work piece. The laser line reflecting on the front side of the tape allows seeing the length and the cutting line of the material easier. Tape placed higher than the material and during feeding of the material, tape is not damaged by hitting the material. This system provides convenience in half-automatic machines and special cutting works.

Roller Table RT


At the front or back side of the machine the table provides easy material entrance by bear driven rolls. One table is standard with the related machine. Extra tables can be put together, this way longer materials are supported.

Microspray Cooling MC

The spray is used on the tape instead of boron oil to prevent over heating. It minimizes the heating by spraying special mixture of micronized cutting oil and air to make longer tape life and facilitate the cutting. Besides being ecological it also minimizes the boron oil costs.

Automatic Cutting Pressure Control ACP

Setting the appropriate landing speed is very important to obtain an ideal cut. If landing speed is more or less, the result of cutting is effected negatively and the life of the tape is shortened. Automatic pressure control provides the tape cutting in ideal load and this way the tape lasts longer.

Material Type
Grade
Material Thickness (inches) - T
Die Width (inches) - W
Punch Radius (inches)
Overall Length FT (required)
K Factor
Die Ratio (W/T)
Bend Radius - Inside
Estimated Air Bend Radius
Bend Radius - Outside
Estimated Air Bend Radius
Minimum Between Bends
Minimum Leg Length for Die Width
Tonnage Required (per foot of Bend)
Total Tonnage for Bend
TONS
Constants (Press Brake Tonnage):
Bend Length (inches)
Friction Coefficient
Calculated Value of Force
Bend Angle (degrees)
See Material Chart

MATERIAL STRENGTH

ASTM Number Other Number Grade Yield Str. Min. Tensile Max. Tensile Min. Rad. Recom. Vee Die
CARBON STEEL
1015 29000 50000 65000
1020 32000 58000 73000
1025 34000 70000 85000
A36 36000 58000 80000 1.5T 8T - 12T
A242 CORTEN A 50000 70000 85000 3T 12T
A283 30000 55000 60000 1.5T 8T - 10T
A514 T-1 B,F,H,Q 100000 110000 130000 3T 16T
A570 30 30000 49000 64000 1T 8T
33 33000 52000 67000 1T 10T
36 36000 53000 68000 1.5T nbsp;
40 40000 55000 70000 2T 12T
45 45000 60000 75000 2T
50 50000 65000 80000 2.5T
55 55000 70000 85000 3T
A572 42 42000 60000 75000 2T 10T - 12T
50 50000 70000 85000 2.5T 12T
60 60000 75000 90000 3.5T 14T
65 65000 80000 95000 4T 14T - 16T
A588 CORTEN B 50000 70000 85000 3T 10T - 12T
A606 50000 70000 85000 2.5T 8T - 12T
A607 45 45000 60000 75000 1.5T 8T - 10T
50 50000 65000 80000 2T 10T - 12T
55 55000 70000 85000 2T 12T
60 60000 75000 90000 2.5T 12T - 14T
65 65000 80000 95000 3T 14T
70 70000 85000 100000 3.5T 16T
A611 A 25000 52000 67000 .5T
B 30000 45000 60000 1T
C 33000 48000 63000 1.5T
D 40000 52000 67000 2T
E 80000 82000 97000 NA
A656 50 50000 60000 75000 1.5T 8T - 10T
60 60000 70000 85000 8T - 10T
nbsp; 70 70000 80000 95000 8T - 10T
80 80000 95000 110000 1.5T 8T - 10T
A715 A606 50 50000 60000 75000 1T 10T
A607 60 60000 70000 85000 1.5T 8T - 10T
A607 70 70000 80000 95000 2T 10T
80 80000 90000 105000 2T 10T - 12T
A907 30 30000 49000 64000
33 33000 52000 67000
36 36000 53000 68000
40 40000 55000 70000
AR360 177000 192000
AR (235) 70000 115000 130000
WELDEX 130 130000 147000 160000 4T
160 160000 181000 225000 6T
ASTM Number Other Number Grade Yield Str. Min. Tensile Max. Tensile Min. Rad. Recom. Vee Die
STAINLESS STEEL
A167 S30215 302B 30000 75000 90000
S30800 308 30000 75000 90000
S30900 309 30000 75000 90000
S31000 310 30000 75000 90000
S33228 27000 73000 88000
S35315 39000 94000 109000
A176 S32803 72000 87000 102000
S40300 403 30000 70000 85000 td>
S42000 420 100000 115000
S44200 442 40000 65000 80000 nbsp;
S44600 446 40000 65000 80000
A666
A693 630 160000 185000 200000
631 55000 150000 165000
632 65000 150000 165000
635 75000 120000 135000
A887
ASTM Number Other Number Grade Yield Str. Min. Tensile Max. Tensile Min. Rad. Recom. Vee Die
ALUMINUM
B209 1100 14000 24000
3003 17000 30000
5005 18000 30000
5052 31000 44000
5083 40000 59000
5086 40000 54000
5454 36000 47000
2024 30000 63000
6061 20000 42000
B221 6063 13000 35000
7075 33000 83000