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Attachment manufacturer

Log Max

Harvesting and processor heads

Commercial position

Where this brand fits

Particularly relevant to excavator-based processing in Australia, with eucalyptus roller configurations available across the range. The 6000V and 7000XT bracket the common 21-30 tonne excavator classes.

Log Max is particularly relevant to excavator-based processing in Australia, which is the route most medium contractors take into cut-to-length work. The heads are designed to convert a carrier the business already owns into a landing processor.

The 6000V and 7000XT bracket the common excavator classes: roughly 21-25 tonnes and 25-30 tonnes respectively. Both list eucalyptus roller configurations, which matters because hardwood loads a head very differently from radiata pine.

The step between them is a good illustration of the general rule. Going from the 6000V to the 7000XT buys tree capacity (710 to 800 mm) and feed force (31.3 to 45 kN), but costs 555 kg of head weight, a heavier carrier requirement, reduced effective boom payload, some agility and higher transport weight — carried on every cycle for the life of the machine.

Buyer fit

Who this suits — and who should look elsewhere

An equipment reference that only says where a brand fits is a brochure.

Suits you if

  • Contractors converting an existing 21-30 tonne excavator into a processor
  • Eucalyptus work where roller configuration matters and the carrier is already owned
  • Businesses whose forestry hours do not justify a dedicated harvesting machine

Look elsewhere if

  • Where annual harvesting hours justify a purpose-built CTL carrier
  • Where the excavator's continuous hydraulic capacity falls below the head's requirement

Buyer background

The excavator conversion route into processing

Most medium Australian contractors enter cut-to-length processing through an excavator conversion rather than a purpose-built carrier, and the logic is sound. The expensive part — the carrier — is already owned and already earning, the capital committed is far lower, and the machine retains a deep resale market.

The head can also outlive the carrier. A well-chosen head transfers to a replacement excavator later, which protects the investment in a way that a purpose-built machine does not. Confirm hydraulic compatibility, control system interface and mounting before assuming it, because the electrical and control side is usually the constraint rather than the mechanical fit.

The trade-offs are real. Boom geometry, cooling, operator visibility and continuous-duty capability are all inferior to a purpose-built harvester, so production per hour will trail. In Australian summer conditions, hydraulic oil temperature rather than flow capability is usually what limits the combination — so confirm continuous flow at working temperature, not peak flow on a cool morning.

The decision threshold is annual paid harvesting hours. Above roughly 2,000 contracted hours, the purpose-built machine's specification earns its premium because the duty-cycle penalty compounds every shift. Below about 1,500, the conversion usually returns more.

Before you commit

What to confirm with this supplier

  • Exact excavator model against the stated class, with the lift chart checked
  • Eucalyptus roller specification if processing hardwood
  • Continuous flow at the head after coupler and hose losses
  • Whether the smaller head's range actually covers your dominant stem class

Comparison

Realistic alternatives

Where another supplier would genuinely serve the same requirement better.

SP MaskinerPublishes optimum production ranges explicitly, which simplifies comparison.
WaratahHeavier processor heads for larger or more irregular stems.

Method

Running the comparison properly

Comparing Log Max like for like

Against SP Maskiner and Waratah, weight and carrier class are the first filter and the least decisive. Compare feed force for the stem form you actually process, the species configuration offered — eucalyptus roller options are the relevant question for most Australian hardwood work — and the full carrier requirement including continuous flow, working pressure and cooling. Then run the lift chart with the head fitted; an extra few hundred kilograms changes what the carrier can do at reach.

Range

Products relevant to Australian buyers

  • Excavator harvesting heads
  • Tracked carriers
  • Eucalyptus roller configurations

Model pages

Log Max machines covered in this guide

Published specifications, commercial fit and verification points for each.

Cross-reference

Machine classes covering this brand

Benchmark specifications, buying criteria and specification traps for each class.

Common questions

Frequently asked questions

Log Max 6000V or 7000XT?

The 6000V (~1,342 kg, ~710 mm cut, 31.3 kN feed force, 200-330 L/min) suits roughly 21-25 tonne excavators. The 7000XT (~1,897 kg, ~800 mm, 45 kN, 250-350 L/min) suits 25-30 tonne machines. If your dominant stem class sits comfortably inside the 6000V's range, the smaller head usually earns more — the extra 555 kg is carried on every cycle for no gain.

Does Log Max offer eucalyptus configurations?

Log Max lists eucalyptus roller configurations for both the 6000V and 7000XT. If you are processing hardwood, specify the species configuration explicitly — a head configured for softwood can have poor economics in eucalyptus even when it physically fits the stem.

What excavator do I need for a Log Max head?

The 6000V is listed for roughly 21-25 tonne carriers and the 7000XT for 25-30 tonne. But tonnage is a starting point, not an answer — confirm the lift chart with head, rotator and coupler fitted at your working radius, and confirm the excavator sustains 200-350 L/min continuously at working pressure and temperature.

Before comparing this brand with another

Brand strength is one input among eleven in the machine selection scorecard, where purchase price carries 3% and reliability, local service and parts availability together carry 40%. Make sure two quotations are genuinely comparable first — use the dealer quote checklist.