Australian industry machinery guide

Commercial Forestry and Plantation Machinery Australia

Plantation work rewards repeatable cycles, protection of the remaining crop and a machinery chain that moves timber or residue without double handling. The right stack changes between establishment, thinning, harvest clean-up and re-establishment.

  • Plantation managers
  • Forestry contractors
  • Biomass operators

Prepared by Forestry Machines Australia editorial teamSource-reviewed by Forestry Machines Australia source review

Published Last reviewed

Specifications can change. Confirm the current data sheet and quotation before ordering. How we research and review.

Generic excavator forestry grapple handling eucalyptus logs at an Australian plantation landing
Editorial illustration: plantation production depends on a balanced chain from felling through handling and re-establishment.

Start with the plantation stage

Australia had about 1.71 million hectares of plantations in 2024–25, and plantation forests produced most of the country’s harvested log volume in the latest published federal overview. That scale does not mean every forestry contractor needs a purpose-built harvester. A plantation owner, silvicultural crew, earthmoving contractor and biomass operator each enter the cycle at a different point and need a different machine chain.

Stage Paid outcome Machinery to investigate
Establishment Accessible, plantable rows and prepared ground Excavator, auger, compactor and site-preparation tools
Non-commercial thinning Remove selected stems without damaging the retained crop Compact tree shear, accumulator head or selective mulcher
Edge and access maintenance Keep roads, drains and firebreaks open Excavator mulcher, front-mount mulcher and mechanical pruner
Residue handling Move slash into a chipper, windrow or processor Forestry grapple sized around the receiving machine
Re-establishment Treat stumps, slash and compacted ground Stump grinder, mulcher and ground-preparation attachment

A plantation fleet is a flow problem

A fast felling head does not create plantation production by itself. The retained crop limits access, row spacing limits carrier width and the location of the next process limits where each stem should be placed. Thinning often favours a lighter, more agile shear with accumulation over the largest diameter class. The operator can collect several small stems, place one organised bundle and reduce travel through the crop.

At the landing or chipper, the forestry grapple becomes the production control. Its opening and area must match the brash bundle, but its mass must still leave enough lift capacity for useful payload. A chipper starved by a small grapple wastes more capital than the excavator saves; a grapple too heavy to fill wastes both.

Excavator mulcher or front-mount carrier

The choice follows geometry. An excavator mulcher reaches over drains, into steep edges and between residual trees without driving on every treated square metre. A front-mount mulcher wins on open traversable blocks where the operator can travel continuously and the contract is priced by area. Plantation businesses commonly need both outcomes at different stages, but that does not mean both assets should be owned. Hire the low-utilisation method and own the one with repeatable annual hours.

What to measure in a plantation trial

  • retained-tree damage and bark strikes;
  • stems, linear metres or hectares per productive hour;
  • travel and repositioning time between working zones;
  • bundle placement quality for the next machine;
  • fuel, tooling wear and oil temperature;
  • the percentage of material needing a second machine or manual intervention.

The plantation application guide develops the work sequence, while the total-cost guide separates attachment cost from the carrier, operator, transport and support behind it.

Procurement priorities

Confirm the head width against row geometry, the complete mass against the lift chart, and continuous hydraulic demand against the actual carrier. Price wear items for the planned hectares, not one replacement set. For remote estates, the commercial question is how many productive days a parts delay removes. A cheaper attachment with an international lead time can be the expensive choice if the thinning window is short.

Australian industry context

Current models to investigate

Compare models side by side with specification graphs →

Dipperfox

Dipperfox SC400 stump grinder

The compact Dipperfox for mini excavators: 190 kg, a 400 mm stump capacity and 590 mm drilling depth, built to put stump removal on a carrier that already fits through the gate.

400 mmStump diameter
1.5–5 t excavatorCarrier
190 kgAttachment
OMEF

OMEF CPT180 excavator compactor

The mini-excavator compactor: 170 kg with a 12 to 20 L/min requirement that suits almost any 2 to 5 tonne carrier, for trench backfill, pathways and small foundations.

18 tStated ground force
2–5 t excavatorCarrier
170 kgAttachment
Powerhand

Powerhand EX25 forestry grapple

The lightest EX grapple: 400 kg with rotator and 0.25 m² of capacity, preserving carrier lift on 8 to 12 tonne excavators feeding compact chippers.

0.25 m²Grapple capacity
8–12 t excavatorCarrier
400 kgwith rotator
Shearex

Shearex VM-25SK excavator mulcher

The compact excavator mulcher for 5 to 8 tonne carriers: 70 cm of cutting width where reach over drains and banks matters more than raw hectares.

70 cmCutting width
5–8 t excavatorCarrier
499 kgAttachment
Trevi Benne

Trevi Benne WL Series tree shears

The compact and mid-size end of the current Trevi Benne range: three models spanning 2.5 to 21 tonne excavators, with optional rotation and an upper accumulator for bunching small stems.

50–450 mmTrunk capacity
2.5–21 t excavatorCarrier
Dipperfox

Dipperfox SC600 stump grinder

The mid-range and arguably most versatile Dipperfox: a 600 mm stump capacity on the 6 to 12 tonne excavators that civil, utility and landscaping contractors mobilise most often.

600 mmStump diameter
6–12 t excavatorCarrier
320 kgapprox.
OMEF

OMEF CPT425 excavator compactor

The middle civil class: a 430 kg plate compactor for 5 to 9 tonne excavators handling road base, retaining-wall backfill and medium trenches in confined areas.

50 tStated ground force
5–9 t excavatorCarrier
430 kgAttachment
Powerhand

Powerhand EX28 forestry grapple

The crossover grapple: 0.28 m² of capacity across a broad 12 to 25 tonne carrier band, for civil clearing, biomass and chipper feeding.

0.28 m²Grapple capacity
12–25 t excavatorCarrier
617 kgwith rotator
Shearex

Shearex VM-35SK excavator mulcher

The 8 to 12 tonne crossover class: 95 cm of cutting width and a 15 cm target diameter on a carrier that still travels economically and carries other attachments.

95 cmCutting width
8–12 t excavatorCarrier
522 kgAttachment
Trevi Benne

Trevi Benne WR10 tree shear

The entry point to the heavy WR family. Indicatively matched to 12 to 16 tonne excavators with a nominal 400 mm cutting class, twin-blade architecture and hydraulic rotation options.

~400 mmNominal cut
12–16 t excavatorCarrier
Dipperfox

Dipperfox SC850 Pro stump grinder

The production model: 850 mm stump capacity, 900 mm depth and 43,000 Nm of first-gear torque for forestry blocks, highway and rail corridors and large development sites on 13 to 30 tonne carriers.

850 mmStump diameter
13–30 t excavatorCarrier
580 kgAttachment
OMEF

OMEF CPT910 excavator compactor

The heavy excavator compactor: 900 kg on 12 to 20 tonne carriers for major trenches, road foundations and structural backfill where a roller cannot reach.

110 tStated ground force
12–20 t excavatorCarrier
900 kgAttachment

Get a recommendation, not just a price

Send us your excavator model, hydraulic figures, tree species and typical diameters. We will come back with a carrier-matched configuration and a written specification you can compare against any other quote.