Arrow MPS

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Arrow MPS Logo
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Arrow MPS Logo
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Industries

Our business runs across a number of distinct divisions that focus on specific industry sectors and competencies.
PROJECTS

Concrete Roof Tile Machines

Arrow MPS has un-matched expertise in concrete roof tile manufacturing equipment in the Australia and New Zealand region. With exclusive licenses to distribute Globe Machines and Vortex Hydra equipment and spare parts we are the go-to people for anything related to concrete roof tile manufacturing.

Machines – up to 130 tpm

  • Mixing plant – batch and continuous
  • Extruder drive units and making heads
  • Guillotine units
  • Colour applicators
  • Rotary drying units
  • Racking – fully automatic
  • Curing chambers – stationary and conveyor systems
  • Depalletors
  • Sealant Applicators
  • Conveying
  • Recycling systems

Installations

Arrow MPS has the capability and experience to install our machinery in plants throughout the world. Utilising the expertise of Globe Machines and Vortex Hydra Engineers and Tradesman entire new plants have been successfully commissioned and are operational today. If it is a new piece of equipment or a green field site plant you can be assured that the project is in the best hands.

Spare Parts

Programmed maintenance spare parts are held in stock, if parts are not in stock our in house machining capability ensures that we can turn around parts quickly and of course to the original equipment material and dimensional specifications.

Service

Arrow MPS stands behind all of the machinery it provides with upgrades, servicing and troubleshooting wherever necessary. This is also true for all existing Globe Machines or Vortex Hydra machinery already installed, no matter if it was last year or last millennium.
CAPABILITIES

Engineering Solutions

Arrow MPS has many years of experience in manufacturing and process engineering. We can design, test, develop and install an entire solution for any manufacturing or industrial problem. From a simple timber pallet alignment tool or machinery enclosures up to complex automotive test cells or precious metal reclamation plants our experience and capabilities make us a valuable partner.

If you have a problem that needs to be solved, please get in touch – we will be happy to spend some time discussing your requirements and volunteering some ideas on how it may be solved. This is our passion and the reason are in business.

Precision Machining – Milling, Turning and Grinding.

The genesis of Arrow MPS was Turmac Engineering, first established in 1964. Our original expertise in precision engineering remains today, although our tools have been thoroughly modernised. We maintain a mix of computer numerical control lathes and mills along with a wide range of specialised manual machines that allow us to produce the most complex parts and assemblies.

We are equally at home working to supplied drawings or to samples provided by you. However our service doesn’t stop there. We can design parts to upgrade your current machinery, undertake the necessary analysis to ensure they will integrate with your plant, produce drawings and supply parts. If required we are also happy to hold stock for you to ensure you are never caught short.

Industries
PROJECTS

Tungsten Carbide

For high wear applications you cannot go past Tungsten Carbide. With a density more than twice that of steel Tungsten Carbide can give years of service where a hardened steel of up to 62 Rockwell will last only a few months.

Our considerable experience with Tungsten Carbide comes from years of working with the extrusion of concrete in the roof tile industry. We can specify material grade, optimum shape and application for your particular needs.

Some applications of tungsten carbide are

  • Cutting tips for machining
  • Forming rollers for abrasive materials
  • Separating blades
  • Bed plates for sliding contact
  • Localised coating of high pressure or impact areas.

Tungsten carbide can be made as a solid component in intricate shapes, applied as a coating for thicknesses up to 1 mm or combined with steel backing plates to form composites. In most high wear circumstances Tungsten Carbide is the economically responsible choice.