Plazmax integrates the MaxPro200 as a power source option on both the CutAce and CutPro CNC plasma cutting systems, with turnkey installation and full NZ-based technical support. The MaxPro200 is Plazmax’s recommended Hypertherm system for structural steel fabrication, mining fabrication, and heavy plate processing where reliability, duty cycle, and consumable economics are the dominant commercial factors.
Pierce capacity determines whether the MaxPro200 can initiate a cut mid-plate without edge starting - critical for nest cutting and processing full sheets. Cut capacity (severance) is the maximum thickness the system can cut through regardless of where the cut starts. The MaxPro200 is optimised for mild steel production cutting; stainless steel and aluminium capabilities are available but Plazmax recommends the Hypertherm XPR range for those materials.
With a 32mm production pierce capacity, the Hypertherm MaxPro200 suits most structural steel fabrication, heavy plate cutting, and mining fabrication applications in New Zealand.
For thicker material cutting, stainless steel cutting, aluminium cutting, and high-capacity plasma cutting, the Hypertherm XPR range is the preferred specification.
O2 plasma with air shield is Plazmax’s recommended process for MaxPro200 mild steel production cutting. This process delivers the fastest cut speeds, cleanest edge, and best consumable life of the MaxPro200’s available processes. Production pierce capacity 32mm. Severance 75mm (edge start at 38mm and above).
| Thickness (mm) | 6 | 12 | 20 | 25 | 32 | 50 |
|---|---|---|---|---|---|---|
| Cut speed (mm/min) | 6,210 | 3,415 | 1,920 | 1,430 | 805 | 270 |
Cut speeds sourced from Hypertherm MaxPro200 Instruction Manual (807700, Revision 9.2). 32mm is the production pierce capacity. 38mm and above requires edge start. Cutting at severance thickness should be infrequent - the MaxPro200 is optimised for production cutting in the 6-32mm range.
The MaxPro200 is built around Hypertherm's LongLife® process, which ramps gas flow and current at the start and end of each cut to minimise electrode erosion. Combined with CoolFlow and TrueFlow consumable technologies, LongLife delivers significantly extended electrode and nozzle life compared with competitor 200-amp conventional plasma systems. For high-volume production operations, this is the headline commercial advantage: lower cost per cut, longer intervals between consumable changes, and less unplanned downtime.
The MaxPro200 is engineered for 100% duty cycle at 33 kW output at 40°C ambient. In practice, this means the system is rated to cut continuously without thermal cycling restrictions - suited to the demands of mining fabrication shops, structural steel mills, and heavy plate processors where the machine runs hours at a time with minimal pause between cuts.
Hypertherm designed the MaxPro200 with less than half the internal component count of comparable conventional plasma systems. Fewer parts means fewer failure points, simpler serviceability, and lower maintenance burden over the life of the machine. Self-diagnostics run automatically at startup and continuously during cutting, simplifying troubleshooting when service is required.
For structural steel operations still running oxyfuel cutting, the MaxPro200 delivers cut speeds up to 7 times faster, significantly lower operating cost per part up to 50mm, less dross, less warping, and a smaller heat-affected zone. Plasma cutting also avoids the acetylene safety concerns associated with oxyfuel. For shops with volume mild steel cutting and an ageing oxyfuel setup, the MaxPro200 is the straightforward upgrade path.
The MaxPro200 is Plazmax's recommendation for mild steel production cutting in the 6-32mm range where consumable cost per cut, duty cycle, and reliability are the dominant commercial factors. It is the right specification for structural steel fabrication shops, mining component manufacturers, heavy plate processors, and operations converting from oxyfuel.
For operations requiring X-Definition® cut quality (ISO 9013 Class 1-2 tolerances), regular stainless steel or aluminium cutting, thicknesses above 32mm, or bevel cutting capability, the Hypertherm XPR range is the better specification. See the Hypertherm XPR range.
The MaxPro200 is available as a power source option on both the Plazmax CutAce and Plazmax CutPro CNC plasma cutting systems. All Plazmax machines are delivered with turnkey installation, operator training, and full NZ-based technical support. As the manufacturer, we commission the MaxPro200 integration and can support both the machine and the power source from a single point of contact in New Zealand.
As an authorised Hypertherm OEM Channel Partner, Plazmax supplies genuine MaxPro200 consumables and replacement parts nationwide - electrodes, nozzles, swirl rings, retaining caps, shields, and shield caps for all MaxPro200 processes and amperage settings.
Consumable combinations are process-specific; the correct electrode and nozzle depend on the material, thickness, and gas process being run. The MaxPro200’s LongLife® technology delivers extended consumable life compared with competitor 200-amp systems, which significantly reduces operating cost on high-volume production work.
For MaxPro200 consumable part numbers, compatibility guidance, stock, and pricing, see our dedicated MaxPro200 consumables page.
The MaxPro200 is the right specification for mild steel production cutting in the 6-32mm range where consumable cost per cut, duty cycle, and reliability are the dominant commercial factors. It suits structural steel fabrication, mining fabrication, heavy plate processing, and operations converting from oxyfuel cutting. The LongLife® process delivers industry-leading consumable life, the 100% duty cycle rating handles continuous production work, and 32mm production pierce covers the full thickness range encountered in most NZ heavy fabrication. For operations requiring X-Definition® cut quality, regular stainless steel or aluminium cutting, or thicknesses above 32mm, the Hypertherm XPR range is the better specification.
The decision comes down to material, thickness, and cut quality requirements. MaxPro200 is Plazmax's recommendation for mild steel production cutting in the 6-32mm range where cut quality requirements are mechanical (weldable edge, reasonable tolerances, minimal dross) rather than cosmetic Class 1 ISO 9013. For operations regularly cutting above 32mm mild steel, cutting stainless steel or aluminium, requiring Class 1-2 ISO 9013 cut quality, or running bevel cutting work, the Hypertherm XPR range is the better specification. XPR300 delivers 50mm production pierce on mild steel with materially faster cut speeds in the 20-32mm range. XPR460 extends to 64mm production pierce for the heaviest structural and mining applications. Plazmax offers both MaxPro200 and XPR-equipped CutAce and CutPro configurations, and can advise on the right specification for a specific operation.
Hypertherm's LongLife® process automatically ramps gas flow and current at the start and end of each cut. This minimises electrode erosion during the arc ignition and ramp-down phases, which are the highest-wear periods in the cutting cycle. Combined with CoolFlow and TrueFlow consumable technologies, LongLife delivers significantly extended electrode and nozzle life. For high-volume operations, this translates directly to lower cost per cut and fewer consumable changes per shift.
Yes. Our NZ technical team can service and support MaxPro200 power sources regardless of the machine manufacturer. If you are running a MaxPro200 on a non-Plazmax CNC system and need service, consumables, or technical support in New Zealand, contact us directly.
The MaxPro200 cuts up to 7 times faster than oxyfuel on mild steel in the 6-50mm range, with significantly lower operating cost per part, less dross, less warping, and a smaller heat-affected zone. Plasma cutting also avoids the use of acetylene, which is a highly flammable gas. For structural steel operations running oxyfuel on volume mild steel work, the MaxPro200 is the direct upgrade path - faster cut speeds, better edge quality, lower operating cost, and improved workshop safety.
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