Water Cutting Machine SM-C

Technical Data

MODELS

DIMENSIONS

SM-C 3015 X=3.000mm Y=1.500mm Z=200mm

CHARACTERISTICS

TECHNICAL DATA

Maximum thickness of the workpiece 200mm
Maximum permitted load 790Kg/m2
Maximum number of arms 1
Number of waterjet cutting heads 1
Maximum simultaneous positioning speed 60m/min
Maximum cutting speed 20m/min
Machine tolerance VDL/DGQ3441 +-0,05mm/m
Repeatability precision +-0,025mm/m

SM-C Series

The SM-C series high pressure water jet cutting machine has been developed as versatile cutting machine that is easy to install and transport. It fulfills the most demanding cutting requirements at an unbeatable price-performance ratio.

This series of high pressure water jet cutting machines offers customers the possibility to install it themselves without having to resort to installation or assembly by a specialist.

Customers can directly setup the water jet cutting machine quickly and easily.

MODELOS

MODEL

DIMENSIONS

SM-C 3015 X=3.000mm Y=1.500mm Z=200mm

DATOS TÉCNICOS

DATA

VALUES

Maximum thickness of the part 200mm
Maximum permitted load of the parts 790Kg/m2
Maximum arms number 1
Number of water jet cutting heads 1
Maximum simultaneous positioning speed 60m/min
Maximum cutting speed 20m/min
Machine tolerance VDL/DGQ3441 +-0,05mm/m
Repetition precisión cutting +-0,025mm/m
Máquina de corte por chorro de agua a presión waterjet SM-C

360º View

CUTTING METHODS

Water jet cutting can be classified as a mechanical method.

The energy generated by the movement of the water at a speed three times higher than the speed of sound is utilised both for pure water cutting and for abrasive cutting and is then applied to the part being cut in order to produce micro-erosion.

Water jet cutting does not generate residual heat at the cutting edge and thus the physical properties of the material are not changed.

esquema de funcionamiento bombas alta presion para el corte con agua

PURE WATER CUTTING

This method is suitable for cutting fabric, elastomers, fibres, plastics, food stuffs, paper and other materials and is based on the use of water pressure up to 6,500 bar with an equivalent speed  of 800-1000 m/sec, passing through a diamond orifice (with a diameter of tenths of a millimetre) targeted on the material to be cut.  In this way, the potential energy is converted into kinetic energy, resulting in a water jet with speeds capable of cutting the material.

cabezal de corte agua presion con abrasivo

ABRASIVE CUTTING

With materials for which pure water cutting is not sufficient, abrasive cutting is required. Using this method, a fine grain abrasive material is added to the water. The union of water, air and abrasive takes place in the mixing chamber to further accelerate and focus it. The result of this method is the production of a powerful water jet, with the capacity to cut, separate or perforate materials of varying thickness and density, such as metal, ceramics, natural stone or tempered glass, among others.

cabezal de corte agua presion con abrasivo

Technological advantages of water cutting machine

Intelligent Cutting Head

Cabezal 2D máquina de corte por chorro de agua a presión waterjet

  • Anti-collision system
  • Cut control
  • Height control system
  • Laser positioning
  • Automatic abrasive regulation
  • Dual cutting system
  • Automated sheet detection
  • Online assistance
  • Pneumatic percussion counter
Installation options

water cutting machine

  • Jet control (conicity suppression)
  • Sludge extraction system
  • Underwater cutting
  • Outline cutting vector on the machine
Waterjet & Plasma Support

Máquina de corte waterjet y corte plasma HD TCI Cutting

  • Use both cutting technologies on one workpiece on the water jet machine
  • Outline cutting using plasma
  • Plasma marking
  • Range of HD plasma cutting power
Pressure & Technology

Bombas máquina de corte por chorro de agua a presión waterjet

  • 4100 bar intensifier pump
  • 6500 intensifier pump
  • 4100 bar direct drive pump
Characteristics of the water jet cutting machine series – Waterjet SM-C