Introduction

Pneumatics generally, but specifically the “enablers” of pneumatic actuation: pneumatic cylinders, commonly known as air rams, and pneumatic valves, serve as the workhorses of industrial automation across Australia. 

This comprehensive guide examines the practical applications of pneumatic cylinders across major Australian industries, providing technical context for each use case and referencing real-world implementations. Understanding these applications helps engineers and maintenance personnel select appropriate cylinder specifications for their specific operational requirements  (Please note all illustrations and images are for visual enhancement purposes only and are not intended to be technically perfect representations of real pneumatic installations).

Food and Beverage Manufacturing

The food and beverage sector relies heavily on pneumatic automation due to its clean operation, fast cycling capabilities, and hygienic design options. Stainless steel cylinders with FDA-compliant seals and NSF-H1 lubricating grease are standard specifications for equipment contacting food products.

1. Bottling Line Product Transfers

Double-acting pneumatic cylinders position bottles between processing stations, transferring containers from filling to capping to labelling zones. These cylinders operate at high cycle rates, often exceeding 100 cycles per minute, with stroke lengths typically ranging from 50mm to 300mm depending on conveyor spacing. Emerson and Festo both manufacture cylinders specifically designed for bottling applications, featuring IP69K-rated housings that withstand high-pressure washdown procedures.

2. Cap Placement and Torque Application

Compact pneumatic cylinders drive capping heads downward onto bottle necks whilst rotary actuators apply controlled torque for threaded closures. The vertical actuation typically uses guided cylinders to prevent rotation and ensure precise alignment. Vacuum cup assemblies, actuated by separate pneumatic circuits, pick caps from hoppers and position them for application.

 

3. Label Applicators

Pneumatic cylinders actuate label dispensing mechanisms, pressing labels onto containers as they pass on conveyor lines. Short-stroke compact cylinders provide the rapid extend-retract motion required for high-speed labelling, whilst precision flow control valves regulate approach speed to prevent label damage or misalignment.

4. Bottle Sorting and Diverting Gates

Pneumatic swing arm diverters redirect bottles to different processing lines based on criteria such as size, fill level, or label verification. These mechanisms use rotary actuators or linear cylinders with linkage systems to pivot gate arms into the product flow path. Response times under 100 milliseconds are typical for high-speed sorting applications.

5. Filling Nozzle Actuation and Positioning

Multi-axis pneumatic positioning systems raise and lower filling nozzles into containers, with vertical cylinders controlling insertion depth. Some systems incorporate guided cylinders with anti-rotation features to maintain nozzle orientation. Piston-type filling mechanisms, driven by pneumatic cylinders, provide volumetric dispensing by drawing product into a chamber then expelling a measured quantity.

 

 

6. Carton Pushers on Conveyor Systems

Linear pneumatic cylinders push cartons laterally across conveyors for lane changes, accumulation, or transfer to secondary lines. These pushers typically feature low-friction rod seals and adjustable cushioning to handle varying carton weights without product damage. Stroke lengths commonly range from 100mm to 500mm depending on conveyor width.

 

7. Keg Handling and Positioning

Heavy-duty pneumatic cylinders with bore sizes from 63mm to 125mm position beer kegs weighing up to 70kg for filling, cleaning, and palletising operations. These applications often employ rodless cylinders to achieve long stroke lengths whilst maintaining compact mounting footprints suitable for existing facility layouts.

 

8. Product Rejection Systems

Fast-acting pneumatic cylinders divert non-conforming products detected by inspection systems. Operating in conjunction with vision systems or weight sensors, these rejection cylinders must respond within milliseconds to remove defective items from production flow. Compact designs with integrated position sensing enable closed-loop control and reject confirmation.

9. Ingredient Dosing and Dispensing

Pneumatic cylinders actuate dispensing valves and gates controlling ingredient flow into mixing vessels or onto production lines. Precise position control through proportional valves enables variable dosing rates, whilst clean-design cylinders with smooth external surfaces facilitate hygiene compliance in food contact applications.

10. Pasteurisation Equipment Actuation

Pneumatic actuators control valves within pasteurisation systems, managing product flow through heating and cooling zones. High-temperature seals rated for exposure above 150 degrees Celsius are essential specifications for cylinders operating near heat exchangers in these installations.

Packaging and Material Handling

Packaging operations demand pneumatic systems capable of rapid cycling, precise positioning, and reliable operation across extended production runs. The versatility of pneumatic cylinders makes them suitable for applications ranging from delicate film handling to heavy carton manipulation.

11. Carton Forming and Erecting

Pneumatic cylinders fold flat carton blanks into three-dimensional boxes, applying controlled pressure to crease lines whilst vacuum cups hold panels in position. Multiple cylinders operate in coordinated sequences, typically controlled through PLC-managed valve manifolds. Festo and SMC both offer cylinder families specifically optimised for packaging machinery integration.

12. Box Sealing Mechanisms

Pneumatic actuators drive tape application heads and hot melt glue applicators across carton flaps. Guided cylinders maintain consistent applicator pressure against carton surfaces whilst the box travels through the sealing station. Adjustable cushioning at stroke ends protects sensitive adhesive application equipment from impact damage.

13. Product Lane Dividers

Pneumatic swing arms or sliding gates separate single-file product streams into multiple lanes for parallel processing. These dividers operate on timed sequences or respond to upstream accumulation sensors, distributing products evenly across available processing lines.

14.Accumulation Gates on Conveyors

Stop-and-release gates controlled by pneumatic cylinders create buffer zones between processing stations, preventing product collisions whilst allowing controlled flow resumption. These gates typically employ rotary actuators or short-stroke cylinders mounted beneath conveyor surfaces to minimise interference with product flow.

15. Pallet Load Transfers

Heavy-duty pneumatic cylinders with large bore diameters push loaded pallets between conveyor sections or onto automated guided vehicles. These applications typically require cylinders producing thrust forces exceeding 2000N, achieved through bore sizes of 80mm or larger operating at standard industrial pressures of 6 bar.

16. Shrink Wrap Positioning

Pneumatic cylinders position shrink film rolls and control tension during wrapping operations. Diaphragm-style air cylinders provide the smooth, consistent force output essential for maintaining proper film tension without stretching or tearing delicate materials.

17. Strapping Machine Actuation

Pneumatic systems power the tensioning, sealing, and cutting mechanisms within automatic strapping machines. Sequential cylinder activation draws strap tight around packages, presses sealing elements together, and actuates cutting blades to separate completed straps from the supply roll.

18. Case Orientation Systems

Pneumatic rotary actuators and pusher cylinders rotate cases to required orientations for labelling, printing, or palletising operations. Position sensing enables verification that cases have achieved correct alignment before downstream processing continues.

19. Bundle Pushers

Long-stroke pneumatic cylinders sweep product bundles from accumulation zones onto conveyors or into packaging stations. Rodless cylinder designs prove particularly effective for these applications, providing extended stroke lengths without requiring space for a projecting piston rod.

20. Merge and Divert Conveyor Systems

Dorner, Roach, and other conveyor manufacturers integrate pneumatic diverters into sortation systems. These mechanisms use pusher cylinders driving plates across conveyor surfaces, or pivoting belt sections actuated by rotary pneumatic drives, to route products to designated destinations based on barcode scans or sensor inputs.

21. Carton Flap Folders

Coordinated pneumatic cylinder arrays fold major and minor carton flaps in sequence prior to sealing. Timing between fold operations ensures proper flap overlap whilst preventing jamming or carton damage during high-speed production runs.

22. Tray Loading Mechanisms

Pneumatic actuators position products within trays through pushing, lifting, or rotating motions. Vacuum grippers mounted on pneumatic slides pick items from conveyors and place them into tray cavities at rates exceeding 60 placements per minute in high-speed applications.

23. Pallet Dispensers

Pneumatic mechanisms release individual pallets from magazine stacks onto conveyor systems. Cylinder-actuated escapement devices hold the stack whilst releasing the bottom pallet, with position sensors confirming successful dispense before cycling continues.

Assembly Line Applications

Manufacturing assembly operations depend on pneumatic cylinders for component positioning, insertion, and testing functions. The repeatability and speed of pneumatic actuation support consistent production quality across high-volume manufacturing environments.

24. Component Insertion Systems

Pneumatic cylinders press components into assemblies, from electronic connectors into circuit boards to bearings into housings. Guided cylinder designs prevent lateral deflection during insertion, ensuring proper component seating without damage. Force monitoring through pressure regulation enables detection of misaligned or defective parts.

25. Press-Fit Operations

High-force pneumatic cylinders or air-over-oil intensifiers generate the controlled forces required for interference fit assembly. These systems provide the repeatability needed for quality-critical joints whilst offering faster cycling than hydraulic alternatives for medium-force applications.

26. Part Positioning Fixtures

Pneumatic clamp cylinders secure workpieces in fixtures during assembly, machining, or welding operations. Toggle clamp designs provide mechanical advantage for high holding forces, whilst swing clamps clear access paths when retracted. Automotive assembly applications extensively use pneumatic fixtures for body-in-white welding operations.

27. Testing Station Actuation

Pneumatic cylinders position test probes, apply controlled forces during functional tests, and actuate product loading mechanisms within test stations. Quick exhaust valves enable rapid cycling between test specimens, maximising station throughput whilst maintaining measurement accuracy.

28. Quality Control Probing

Pneumatic slides position measurement probes against product surfaces for dimensional verification. Soft approach speeds controlled through needle valves protect both probes and products whilst ensuring consistent contact force for accurate readings.

29. Workpiece Rotation

Pneumatic rotary actuators turn workpieces to present different faces for multi-sided assembly or inspection operations. Rack-and-pinion style actuators provide precise 90-degree or 180-degree indexing, whilst vane-type units offer continuously variable positioning within their rotation range.

30. Tool Changing Mechanisms

Pneumatic systems unlock, retract, advance, and lock tool holders within automated tool changing systems. These mechanisms require precise sequencing, often incorporating multiple cylinders operating in coordinated patterns to ensure safe tool exchange without collision or misalignment.

31. Parts Feeding Gate Control

Escapement mechanisms use pneumatic cylinders to release individual parts from vibratory feeders or magazines. These gates cycle rapidly to maintain consistent part-by-part feeding without jamming or double-feeding that would disrupt assembly timing.

32. Screw Driving Tool Positioning

Pneumatic slides position screw driving spindles over fastening locations, advancing drivers into engagement with fastener heads. Controlled feed rates prevent bit damage whilst ensuring proper seating before torque application begins.

33. Snap-Fit Assembly Operations

Pneumatic pressing systems apply the forces needed to engage snap-fit features on plastic components. Force monitoring through the pneumatic circuit detects incomplete engagement or component damage, supporting quality assurance without separate inspection stations.

Material Processing

Material processing operations employ pneumatic cylinders for forming, cutting, and workholding tasks. The clean operation of pneumatic systems proves particularly valuable in applications where hydraulic oil contamination would damage products or create safety hazards.

34. Product Stamping and Punching Presses

Pneumatic presses deliver controlled forces for stamping, punching, and embossing operations on sheet materials. Air-Mite and similar manufacturers produce bench-mounted pneumatic presses generating forces from 500N to 50kN, suitable for applications from circuit board punching to metal stamping.

35. Forming Operations

Light-duty forming presses use pneumatic cylinders to shape sheet metal, plastics, and composite materials. The compressibility of air provides natural shock absorption at bottom dead centre, reducing die wear compared to rigid mechanical systems whilst maintaining adequate force for thin material forming.

36. Cutting Blade Actuation

Pneumatic cylinders drive cutting blades in slitting, shearing, and guillotine cutting machines. Quick exhaust valves maximise blade velocity for clean cuts through materials ranging from paper to sheet metal. Adjustable cushioning protects tooling from impact damage at stroke end.

37. Trimming Operations

Edge trimming and flash removal from moulded parts often employs pneumatic actuation for the cutting or shearing mechanisms. Compact cylinders fit within constrained spaces around trimming fixtures whilst delivering sufficient force for clean material separation.

38. Edge Pressing

Pneumatic cylinders apply pressure to edge banding, laminate trimming, and seam pressing operations in furniture and panel manufacturing. Controlled force application through regulated air pressure prevents material damage whilst ensuring proper adhesion.

39. Material Clamping in CNC Machines

Pneumatic workholding systems secure raw materials during CNC machining operations. Power clamps activated through pneumatic cylinders provide rapid clamping and release cycles, minimising non-productive time between machining operations whilst maintaining secure fixturing during cutting.

40. Drill Press Operations

Pneumatic feed cylinders provide controlled advancement of drill spindles into workpieces. Feed rate regulation through flow control valves optimises chip formation and tool life whilst pneumatic clamps secure workpieces during drilling.

41. Brake Press Tooling

Pneumatic systems support material handling and back gauge positioning in press brake operations. Whilst the primary forming force comes from hydraulic systems, pneumatic cylinders position sheet metal blanks and actuate clamping devices that hold material during bending.

Printing and Paper Converting

Web-handling applications in printing and converting demand pneumatic systems capable of precise tension control and rapid response to process variations. Diaphragm air cylinders feature prominently due to their virtually friction-free operation, essential for consistent tension maintenance.

42. Web Tension Control Rollers

Dancer roll mechanisms use pneumatic cylinders to apply counteracting force against web tension, maintaining consistent material handling through variations in roll diameter, line speed, and material properties. Dover Flexo Electronics and similar suppliers offer complete tension control systems integrating load cells, controllers, and pneumatic brakes for printing press applications.

43. Cutting Knife Actuation

Rotary knife cylinders and guillotine cutters in paper converting lines employ pneumatic actuation for blade engagement. The speed and repeatability of pneumatic systems supports precise cut registration in high-speed converting operations.

44. Perforation Systems

Pneumatic cylinders engage perforation wheels against web materials, with pressure control enabling adjustment for different substrates without mechanical changeover. Position feedback confirms wheel engagement before converting operations continue.

45. Paper Stack Joggers

Vibrating tables using pneumatic cylinders align sheet stacks prior to binding or packaging. Adjustable stroke and frequency settings accommodate varying paper sizes and stack weights.

46. Signature Gathering

Pneumatic grippers and pushers feed folded signatures from hoppers onto gathering chains in bookbinding operations. Timing synchronisation with chain movement ensures accurate placement for subsequent binding steps.

47. Folding Mechanisms

Paper folding equipment uses pneumatic cylinders to actuate folding plates and buckle chutes. Quick response enables high-speed folding whilst adjustable pressure prevents marking or damage to paper surfaces.

48. Register Adjustment

Pneumatic micro-positioning systems make fine adjustments to web tracking and print registration. Proportional control valves enable precise, repeatable corrections responding to registration sensor feedback.

49. Die Cutting Operations

Pneumatic cylinders provide the force for rotary and platen die cutting in label and carton converting. Pressure adjustment through regulators accommodates varying substrate thicknesses and die requirements.

Plastics and Injection Moulding

Injection moulding operations employ pneumatic systems for part ejection, material handling, and auxiliary machine functions. The clean operation of pneumatic cylinders avoids contamination risks associated with hydraulic systems in proximity to moulded products.

50. Mould Clamping

Light-tonnage moulding applications sometimes employ pneumatic clamping, particularly for prototype tooling or low-volume production where hydraulic infrastructure is not justified. Air-over-oil systems provide higher forces whilst maintaining pneumatic control simplicity.

51. Ejector Pin Actuation

Pneumatic cylinders actuate ejector mechanisms within moulds, pushing finished parts from cavity surfaces. These systems prove particularly effective for thin-walled containers where the even pressure distribution of air ejection reduces part distortion compared to mechanical pin systems.

52. Gate Cutting

Pneumatic cutters separate moulded parts from runner systems in automated degating operations. Quick-acting cylinders ensure clean cuts without pulling or distorting part surfaces near gate locations.

53. Part Removal Systems

Pneumatic grippers mounted on linear slides or articulated arms extract moulded parts from open moulds. Vacuum cups, mechanical fingers, or combinations thereof grip parts for transfer to conveyors or secondary operations.

 

54. Conveyor Diverters for Sorted Parts

Pneumatic diverters separate moulded parts by cavity identification, colour, or quality status. Integration with vision systems or other inspection equipment enables automatic sorting without operator intervention.

55. Cooling Fixture Positioning

Pneumatic cylinders position cooling fixtures against hot moulded parts, maintaining shape during solidification. Controlled contact force prevents deformation whilst ensuring effective heat transfer to cooling media.

56. Trim Press Actuation

Secondary trimming operations removing flash or excess material from moulded parts often employ pneumatic presses. These systems provide the consistent force and speed needed for high-volume trimming whilst occupying less floor space than hydraulic alternatives.

 

Mining Support Equipment

Mining operations throughout Queensland and Western Australia rely on pneumatic systems for their intrinsic safety characteristics in potentially explosive atmospheres. Heavy-duty cylinders handle the demanding conditions of mineral processing environments.

57. Sample Collection Systems

Pneumatic cylinders actuate sampling mechanisms that extract representative material portions from conveyor streams or process flows for laboratory analysis. These systems operate in dusty, abrasive conditions requiring robust sealing and corrosion-resistant materials.

58. Pneumatic Gate Valves

Knife gate valves with pneumatic actuators control material flow in slurry pipelines, ore processing, and bulk handling operations. Manufacturers such as Metalsin, JONLOO, and Valtorc produce heavy-duty pneumatic knife gate valves specifically designed for mining industry applications handling abrasive slurries and particulate-laden materials.

59. Material Flow Control

Pneumatic cylinders operate chute gates, bin discharge mechanisms, and diverter systems controlling material movement through processing facilities. Large bore cylinders generate forces sufficient to break material bridges and initiate flow from storage vessels.

60. Dust Extraction Dampers

Pneumatic actuators position dampers within dust collection systems, adjusting airflow distribution to optimise particulate capture. Remote operation via pneumatic circuits eliminates electrical components from potentially explosive dust-laden environments.

61. Emergency Shutdown Systems

Spring-return pneumatic actuators provide fail-safe closure of isolation valves during emergency conditions. Loss of air supply automatically returns these valves to safe positions, protecting personnel and equipment without requiring electrical power during emergencies.

62. Hopper Discharge Control

Pneumatic cylinders actuate slide gates and pinch valves controlling material discharge from hoppers and silos. Large-format cylinders operating at elevated pressures generate forces needed to open gates against material weight and pressure.

 

Automotive Applications

Whilst full automotive manufacturing production lines are less common in Australia, pneumatic systems support automotive service operations, component manufacturing, and testing facilities throughout the country.

63. Tyre Changing Equipment

Pneumatic cylinders power tyre changing machines, providing the forces needed to break tyre beads from wheel rims and mount new tyres. Service workshop equipment extensively employs pneumatic actuation for its simplicity and safety around vehicle service operations.

64. Brake Testing Rigs

Pneumatic cylinders apply controlled forces to brake components during testing and development. Force repeatability ensures consistent test conditions across multiple test cycles whilst adjustable pressure provides variable loading capability.

65. Parts Cleaning Fixtures

Pneumatic clamps secure automotive components during cleaning operations, withstanding exposure to solvents and elevated temperatures. Stainless steel cylinder construction resists corrosion from cleaning chemicals.

66. Component Test Stands

Automotive component testing frequently employs pneumatic actuation for loading, cycling, and positioning functions. The ability to simulate rapid cycling conditions whilst monitoring force through pressure measurement makes pneumatic systems valuable for durability testing.

67. Alignment Equipment

Pneumatic lifting platforms and positioning devices support vehicles during wheel alignment procedures. Controlled lift heights and stable positioning enable accurate alignment measurements and adjustments.

68. Paint Booth Door Actuation

Pneumatic cylinders open and close paint booth doors without introducing electrical ignition sources into solvent-laden atmospheres. Stainless steel cylinders resist corrosion from paint overspray and cleaning solvents.

 

Woodworking and Furniture Manufacturing

Australian furniture manufacturers and joinery shops employ pneumatic systems for clamping, pressing, and positioning operations. The clean operation of pneumatic cylinders suits workshop environments where sawdust and timber shavings would contaminate hydraulic fluids.

69. Panel Clamping

Pneumatic clamps secure panel assemblies during gluing, edge banding, and machining operations. Rockler and other woodworking equipment suppliers offer pneumatic clamping systems designed specifically for furniture manufacturing applications, providing rapid clamping cycles without the physical effort of manual clamping.

70. Veneer Pressing

Pneumatic press cylinders apply pressure during veneer application, ensuring proper adhesive contact across panel surfaces. Multiple cylinders distributed across press platens provide uniform pressure distribution for consistent bond quality.

71. Edge Banding Feed Systems

Pneumatic cylinders feed edge banding material through application heads and control pressure roller engagement. Consistent feed pressure ensures proper adhesion without stretching or distorting banding materials.

72. Saw Blade Positioning

Pneumatic systems raise, lower, and tilt saw blades in panel saws and machining centres. Position feedback confirms blade location before material feeding commences, supporting safe operation sequences.

73. Sanding Drum Pressure Control

Diaphragm cylinders or rolling diaphragm actuators apply controlled pressure to sanding drums, enabling consistent material removal across varying surface profiles. Pressure adjustment through regulators accommodates different timber species and finishing requirements.

74. Board Pushers on Cutting Lines

Pneumatic cylinders push timber boards into sawing positions and advance material through cutting operations. Stroke lengths up to several metres are achieved using rodless cylinder designs that maintain compact mounting profiles.

75. Drilling Jig Actuation

Pneumatic clamps secure workpieces in drilling jigs whilst cylinders advance drill spindles. Coordinated actuation ensures workpieces are fully clamped before drilling begins and remain secured until spindles fully retract.

 

Warehouse and Distribution

Distribution centres and warehouses throughout Australia employ pneumatic actuation for sortation, accumulation, and material handling systems. The reliability of pneumatic systems supports continuous operation across multiple shifts.

76. Sortation System Diverters

High-speed sortation systems use pneumatic pushers, pop-up wheel diverters, and sliding shoe mechanisms to route parcels to designated destinations. Operating at rates exceeding 100 sorts per minute, these systems demand cylinders capable of millions of cycles without failure.

77. Parcel Pushers

Linear pneumatic cylinders push parcels laterally onto chutes, conveyors, or into loading positions. Impact-resistant pusher plates distribute contact forces to prevent package damage whilst achieving rapid cycle times.

78. Loading Dock Positioning Systems

Pneumatic cylinders actuate dock levellers, restraint systems, and door operations at loading docks. These systems handle the demanding duty cycles of busy distribution facilities whilst providing safe, reliable operation for personnel and equipment.

79. Pallet Dispensing

Magazine-style pallet dispensers use pneumatic cylinders to release individual pallets from stacks. Escapement mechanisms controlled by cylinder position ensure single pallet release with each cycle.

80. Conveyor Merge and Divert Gates

Pneumatic gate mechanisms control product flow at conveyor intersections, enabling controlled merging of multiple inbound lines or distribution to various outbound destinations. Response timing coordinates with product tracking systems to ensure accurate routing.

81. Automated Storage and Retrieval

Light-duty automated storage systems employ pneumatic actuators for shuttle positioning and load handling functions. Compact cylinder designs fit within constrained spaces of storage systems whilst delivering adequate forces for load manipulation.

 

Robotic End Effectors

Pneumatic actuation remains the predominant technology for robotic grippers and tool changers due to its speed, simplicity, and reliability. SMC, Festo, SCHUNK, and other manufacturers offer extensive ranges of pneumatic end effectors designed for robotic applications.

82. Pneumatic Grippers

Two-finger parallel grippers, three-jaw centring grippers, and angular gripper designs provide the mechanical grasp needed for pick-and-place operations. Gripper selection depends on part geometry, weight, surface characteristics, and cycle time requirements. Cross Automation, OnRobot, and Dorna Robotics all offer pneumatic gripper solutions for industrial automation applications.

83. Vacuum Cup Actuation

Pneumatic circuits supply vacuum generators powering suction cup grippers for handling flat or smooth-surfaced parts. Venturi-effect vacuum generators provide compact, responsive vacuum generation without separate vacuum pump infrastructure.

84. Tool Changers

Pneumatic locking mechanisms secure interchangeable end effectors to robot wrists, enabling rapid changeover between different tooling configurations. Automatic tool changing systems use pneumatic actuation for engagement and release whilst providing mechanical latching for fail-safe tool retention.

 

Conclusion

Pneumatic cylinders continue to serve as fundamental building blocks of industrial automation across virtually every manufacturing sector in Australia. Their combination of speed, reliability, clean operation, and cost-effectiveness ensures ongoing relevance despite advances in electric actuation technology.

Successful application of pneumatic cylinders requires matching cylinder specifications to operational demands, encompassing bore size selection for required forces, stroke length determination, environmental material considerations, and appropriate mounting configurations. Equally important is providing cylinders with properly prepared compressed air through filtration, regulation, and where required, lubrication.

MasterMac 2000 stocks pneumatic cylinders from established manufacturers including Univer, Tolomatic, Bimba, and Piab, along with Australian-made Mack Valves. Our technical team provides sizing assistance, selection guidance, and system design support for applications across food processing, mining, manufacturing, and material handling industries throughout Queensland and Northern New South Wales.