Kutavar CNC Plasma Tables | Matt Pender Automation & Controls

KUTAVAR

Plasma Cutting Machines

MPAC supplies Kutavar CNC plasma cutting machines. Robust, high precision systems engineered for consistent, clean cuts. Designed for simplicity and reliability, Kutavar tables meet industry standards for accuracy and repeatability, making them ideal for demanding industrial environments. Built with attention to detail, these durable machines deliver reliable performance day after day, supported by advanced plasma technology and bespoke configuration options.

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Table Cutting Size

Kutavar CNC Plasma table standard sizes can be found below. All dimensions are in mm. In the event that a customer wishes to specify a machine outside of the standard sizes produced, please get in touch as we may be able to offer a bespoke solution.

Reference	1250mm x 1250mm (4' x 4')	2500mm x 1250mm (8' x 4')	3000mm x 1500mm (10' x 5')	4000mm x 2000mm (13' x 6.5')
W1	1350	1350	1600	2100
W2	1980	1980	2230	2730
L1	1545	2575	3090	4120
L2	2065	3095	3610	4640
H1	750	750	750	750
H2	1600	1600	1600	1600
C1	1250	2500	3000	4000
C2	1250	1250	1500	2000

Plasma Cutting Options

Kutavar offers both CNC plasma and Oxy-fuel cutting options to suit a wide range of needs. Plasma cutting, powered by Hypertherm, delivers fast, precise cuts on mild steel, stainless steel and aluminium, ideal for finer, high speed work. Oxy-fuel cutting on the other hand, excels at cutting thick mild steel up to 100 mm and is well suited for heavy duty jobs, especially in settings without three phase power. With Kutavar’s compact, dual capable machines, users can easily switch between both methods for maximum flexibility.

POWERSOURCE	Powermax 45 XP	Powermax 65	Powermax 85	Powermax 105	Powermax 125	MAXPRO200	XPR170	XPR300
Pierce Capacity (MS)	12 mm	16 mm	20 mm	22 mm	25 mm	32 mm	40 mm	50 mm
Pierce Capacity (SS)	12 mm	12 mm	16 mm	20 mm	25 mm	25 mm	22 mm	38 mm
Pierce Capacity (ALU)	10 mm	12 mm	16 mm	20 mm	25 mm	32 mm	25 mm	38 mm
Output Current	20-45A	20-65A	25-85A	30-105A	30-125A	200A	170A	300A
GAS SUPPLY	Air or N2 / F5	Air or N2 / F5	Air or N2 / F5	Air or N2 / F5	Air or N2 / F5	Air / Air O2	O2 Ar / H2, N2, Air / F5	O2 Ar / H2, N2, Air / F5
INPUT VOLTAGE	230 V, 1-PH415 V, 3-PH	415 V, 3-PH	415 V, 3-PH	415 V, 3-PH	415 V, 3-PH	415 V, 3-PH	415 V, 3-PH	415 V, 3-PH

Workpiece thickness (Mild Steel)	25 mm	30 mm	35 mm	40 mm	40 mm	50 mm	60 mm	60 mm	80 mm	100 mm
Cutting nozzle	25 - 40	25 - 40	25 - 40	25 - 40	40 - 60	40 - 60	40 - 60	60 - 100	60 - 100	60 - 100
Cutting oxygen pressure (bar)	6	7	7.5	7.5	5.5	6.5	7.5	6	7.5	8.5
Propane Pressure (bar)	0.2	0.2	0.2	0.2	0.2	0.2	0.2	0.2	0.2	0.2
Cutting speed (mm/min)	460	440	420	400	400	360	340	340	300	270
Cutting kerf Width (mm)	2.4	2.5	2.6	2.7	2.8	2.9	2.1	3.4	3.5	3.5

Extraction Type

Kutavar CNC plasma machines are available in two variants: Water or Zoned Extraction. All machines are highly configurable, designed for use with both air and high definition plasma.

Kutavar has the capability of incorporating oxy-fuel gas cutting in addition to plasma, allowing cut thicknesses of up to 100 mm in mild steel. This is made possible by the heavy duty design of build, with permissible payloads of up to 5,000 Kg. (NB. Zoned Extraction machines only).

Waterbed

Machine slats sit within a tank that is filled with a mixture of water and biologicut fluid.

The water is used to trap the metal particles coming off the material during the cutting process and steam vapour is emitted to the atmosphere because of the heat generated.

Biologicut is a chemical additive that has anti-rust properties and is used to eliminate any growth of bacteria in the water.

Zoned Extraction

The configuration of the machine table consists of bins, trays, and slats.

The sleigh of the machine accordingly opens the zoned baffles giving a powerful localized suction in the area which the plasma is operating, which in turn extracts the smoke fumes through either an extraction fan or, via a central extraction and filtration system.

Operators can work in a smoke and dust-free environment with this table configuration.

Motors and Gearboxes

Configurable with NEMA 34 high torque stepper motors or, NEMA 34 servo motors with encoder, combined with high precision planetary gearboxes with a gear ratio of 10:1.

Stepper Motors

Incorporating stepper motors achieves a smooth and stable torque at lower speeds. Stepper motor rated speed is lower than that achieved by servo motors, as a result of back EMF forcing a reduction in torque during increased speed and acceleration. Industrial stepper motors are lower in cost in comparison to servo motors.

NEMA 34, 2.08 V DC, 2 stack high torque stepper motor. The motor features rated torque, current, speed and power of 5.5 Nm, 6.3A, 750 rpm and 420 W respectively.

Servo Motors

Incorporating servo motors can achieve higher speed rates when traversing than a stepper motor, along with providing a higher degree of positional accuracy from closed loop feedback and permits generating a higher torque during increased speed and acceleration. Industrial servo motors are higher in cost in comparison to stepper motors.

NEMA 34, 80 V DC continuous torque brushless servo motor. The motor features rated torque, current, speed and power of 1.3 Nm, 6.5A, 3,000 rpm and 420 W respectively.