OWL EYE® × EQUIPMENT PLACEMENT

Stockpile monitoring
for Australian bulk operations.

Continuous stockpile measurement, monitoring and volumetric surveys with stationary 3D LiDAR — for iron ore, coal, grain, quarries and port terminals. ±1 % volume accuracy, 24/7, Pilbara-tested. Installed and serviced across Australia and the Pacific by Equipment Placement, Perth.

Equipment Placement  ·  Stockpile measurement, monitoring & volumetric surveys · Your local OWL EYE® team

Headquartered in Perth. Service across Australia + the Pacific.

Equipment Placement is Sachtleben Technology's authorised OWL EYE® partner across Australia and the Pacific. Headquartered at 170 Kewdale Road, Kewdale WA 6105 in Perth, with field-service reach into Darwin, Hobart, Melbourne, Sydney and Brisbane.

Founded in 2002, Equipment Placement is a sales-, hire- and parts-and-support specialist for mining and construction equipment. They run an integrated management system certified to ISO 9001 (quality), ISO 14001 (environment) and ISO 45001 (occupational health and safety) — the trio every Tier-1 operator's procurement team asks about before signing.

What this means for you: continuous stockpile measurement, real-time stockpile monitoring and audit-grade volumetric surveys — delivered with the same OWL EYE® hardware and software that runs at K+S potash mines in Germany, Nordzucker sugar receiving and 40+ other European industrial sites — installed by Australian technicians who know your AS/NZS certification regime, the Pilbara red dust, the cyclone season, and the local supply lines for cabling, brackets and access platforms.

„Advanced LiDAR 3D scanning technology enabling continuous, real-time volume measurement — typical measurement deviation ±1 % for volumetric measurement."

Equipment Placement · Mining, quarrying, ports and industrial equipment specialist · ISO 9001 / 14001 / 45001 · equipmentplacement.com.au — OWL EYE®

23+ years in Australian mining + construction
ISO 9001 · 14001 · 45001 certified
−40 / +80 °C weatherproof, Pilbara-tested
±1 % typical volumetric deviation
See it in action

The full system — in 36 seconds.

Live 3D stockpile capture, multi-sensor coverage, dashboard at a glance. The same system Equipment Placement installs and services across Australia — from Pilbara iron ore yards to East-Coast grain terminals.

How it works →
Australian + Pacific applications

Where OWL EYE® fits in your operation.

Iron-ore stockyards

Pilbara-scale yards with stacker-reclaimer logistics. Multi-sensor coverage of long stacker lines, per-zone volume to feed train-load planning. 5-200 m detection range.

Bauxite + alumina

Heavy-tropical climate handling, frequent rain. Multi-echo signal processing keeps measurement stable through monsoon-season showers.

Coal + bulk port terminals

Export coal stockpiles, mineral sands, fertiliser. Wireless bridges avoid civil works for cabling. IP65+ enclosures handle salt-air port environments.

Quarries + aggregates

Volumetric measurement of crushed stone, sand and gravel stockpiles. ±1 % typical deviation, threshold alerts when stockpile drops below reorder level.

Industrial processing

Cement plants, sugar receiving, fertiliser handling, recycling yards — same hardware as in European industrial sites, adapted to AS/NZS standards and local SCADA stacks.

3D LiDAR  ·  3D LiDAR stockpile volume measurement · Coal, iron ore & mining

The technology: 3D LiDAR volume measurement, built for mining.

OWL EYE® is a 3D LiDAR stockpile measurement system: stationary laser scanners above the yard capture every stockpile as a dense point cloud, and the software turns it into volume and tonnage — stockpile volume measurement at ±1 %, continuously, without a surveyor ever walking a pile.

For coal stockpile measurement that means live volume per stockpile and per zone, FIFO age mapping against self-heating risk, and tonnage via calibrated bulk density — from mine-site ROM pads to export terminal yards. For iron ore and hard-rock mining it means block-model-ready inventory that feeds train-load planning and month-end reconciliation instead of contradicting it.

The same 3D LiDAR platform extends across the whole flow sheet: conveyor volume flow measurement on the belt, bunker and silo level measurement at the plant, and stockpile monitoring across the yard — one sensor family, one dashboard, one API into your SCADA or historian.

„Volume measurement is only useful when operations trusts the number — that is what ±1 %, every shift, delivers."

Hardened inside an active European mining operation of the Sachtleben group — the same systems run at K+S potash mines and 40+ industrial sites, now serviced in Australia by Equipment Placement.

How it works · Stockpile survey without the surveyor

Multiple sensors. One block model. Continuously current.

3D LiDAR sensors mounted on roofs, masts or stacker structures scan the yard continuously. Point clouds merge into a single 3D block model — automatic stockpile surveys in the background, every shift, feeding train load-out planning and month-end reconciliation.

Conveyor volume flow · Belt scale alternative

Volume flow on the belt — measured without contact.

The same LiDAR platform measures throughput on running conveyors: m³/h and t/h in real time at ±1 %, no belt scale, no moving parts, no recalibration after belt changes. Belt load profile across the full width, misalignment and spillage detection — for coal, iron ore and grain handling from mine site to ship loader.

Request a proposal →
Why Equipment Placement  ·  Three reasons this partnership works for you

An Australian equipment specialist with Pacific reach.

1. Multi-state Australian footprint. Perth HQ plus Darwin, Hobart, Melbourne, Sydney and Brisbane locations means an Equipment Placement service desk reaches your site in your time zone — not from Europe at 2 a.m. The Pacific-region mandate covers nearby markets you would otherwise have to route through Asia or Europe.

2. Triple-ISO management system. ISO 9001 (quality), ISO 14001 (environment) and ISO 45001 (occupational safety) certifications are the standard trio Tier-1 mining procurement teams require before approving a vendor onto site. Equipment Placement holds all three. No paper chase between Sachtleben and your safety officer — Equipment Placement already passes that gate.

3. Real installation + parts business since 2002. Equipment Placement isn't a re-seller they carry stock, hire out equipment, ship spare parts and run a real distribution operation across mining, construction, quarrying, ports and industrial processing. OWL EYE® drops into a portfolio they already deliver to your kind of customer — not a one-product cold-call.

„From design to implementation, count on us for reliable solutions that will optimize your operational efficiency."

Equipment Placement is an authorised OWL EYE® partner with the full Sachtleben engineering stack behind them — calibration, multi-sensor configurations, firmware updates and 2nd-level engineering support are shared in real time.

Why a local Australian partner matters

Three reasons we go through Equipment Placement — not direct from Germany.

We could ship hardware to Australia and service it remotely from Schleswig-Holstein. Six to ten hours of time difference, depending on state and season, and 16-hour flights make that a worse outcome for everyone.

Same-week service response

Equipment Placement's six-office Australian footprint reaches Pilbara, Hunter Valley, Bowen Basin and East-Coast bulk-handling sites within hours-to-days. Sachtleben from Germany would take a week including visa logistics.

AS/NZS + ISO certification done locally

Australian electrical, EX and mining-safety certification regimes plus ISO 9001/14001/45001 management system. Equipment Placement holds the certifications natively — your safety officer signs off the install on day one, not month three.

Knows the local mining + construction supply chain

Sleipner, Banlaw, Brelko, Filter Technology, Magnum and a dozen other industrial brands are already in their distribution portfolio. They speak the language of your maintenance manager and your procurement officer, in your time zone.

One local partner for every stage

Equipment Placement handles it all — from first site visit to spare parts.

A strong local partner means you never coordinate with Germany unless you want to: Equipment Placement supports every stage of an OWL EYE® project on Australian soil.

Site assessment & system design

Yard walk-through, sensor placement plan, mounting and cabling concept — designed on site, in your time zone, against your AS/NZS requirements.

Installation & commissioning

Mechanical and electrical installation, network setup and calibration by Australian technicians — with Sachtleben engineering connected live in the background.

Service, spare parts & calibration

Same-week field service from six Australian locations, local spare-part stock and scheduled calibration — no sensor ever waits for a courier from Europe.

Training & integration support

Operator and maintenance training on site, dashboard onboarding, SCADA/historian integration — until your team runs the system as their own.

FAQ

Stockpile measurement in Australia — answered.

Cost, installation, service and outback conditions — what Australian operators ask before specifying LiDAR stockpile measurement.

Australia & Pacific

What does a stockpile measurement system cost in Australia? +
Cost depends on yard size, sensor count and integration scope. Send Equipment Placement your yard layout — you receive a system proposal and budget in AUD within days, with installation and service priced locally from Perth. No obligation.
Who installs and services the system in Australia? +
Equipment Placement, our authorised OWL EYE® partner for Australia and the Pacific: Perth headquarters with reach into Darwin, Hobart, Melbourne, Sydney and Brisbane. Site assessment, installation, commissioning, spare parts and scheduled service all run locally — with Sachtleben engineering from Germany connected in the background. ISO 9001 / 14001 / 45001 certified.
Does it survive Pilbara dust, cyclones and coastal salt air? +
The sensors are rated −40 to +80 °C with IP65+ enclosures and are hardened inside an active European mining operation. Multi-echo processing separates airborne dust from the material surface — measurement locks onto the stockpile, not the dust cloud. Mounting concepts for cyclone-rated structures and salt-air port environments are part of Equipment Placement's site assessment.
Can it feed train load-out planning and month-end reconciliation? +
Yes — that is the core use case for Australian mining: continuous volume and tonnage per stockpile and per zone via calibrated bulk density, streamed into your historian, SCADA or reconciliation workflow through REST API and OPC UA. Every scan is stored as a 3D block model with full history, so month-end numbers come from measurement, not estimation.
How fast can a system be installed on an Australian site? +
Typical projects run: site assessment by Equipment Placement, then hardware delivery pre-configured from Germany, then mechanical/electrical installation and commissioning by the Perth team — usually within days on site once mounting and power are in place. Wireless bridges avoid most civil works for cabling.
Why stationary LiDAR instead of drone surveys? +
Drone surveys are snapshots: valid for the flight day, repeated cost per flight, and grounded by weather and site flight restrictions. Stationary 3D LiDAR measures continuously — every shift sees current numbers, day and night, with no pilot and no flight approvals. For yards measured monthly or more often, continuous measurement is cheaper per data point and audit-consistent.
Does it work for grain bunkers and open bulk storage? +
Yes — open grain bunkers, bunker tarps off or on harvest flow, fertiliser sheds and sugar terminals are classic applications. The sensors measure the surface regardless of commodity; tonnage runs via calibrated bulk density per grade. For harvest-season peaks the system tracks intake and outloading continuously — no walking the bunker, no survey backlog at receival sites.
Is the system compliant with Australian standards (AS/NZS)? +
Installation is engineered against your site's AS/NZS electrical and safety regime by Equipment Placement — they hold ISO 9001, 14001 and 45001 and handle the local certification path natively, so your safety officer signs off the install without a paper chase to Germany. Sensor enclosures are IP65+ rated, low-voltage, laser class 1 (eye-safe).
Does it work on remote mine sites with limited connectivity? +
Yes. Processing runs on site — the system does not need a permanent cloud connection to measure. Dashboards and APIs serve locally into your site network; wireless bridges avoid long cable runs across the yard. Where WAN links exist (even low-bandwidth), remote support and reporting run over them; where they do not, data stays available on site.
How large a stockyard can the system cover? +
There is no practical upper limit — coverage scales by adding sensors with overlapping scan cones. Detection range is 5–200 m per sensor, so Pilbara-scale yards with long stacker lines are covered by a sensor row along the yard axis; small quarry yards often need just one or two units. Equipment Placement's site assessment determines the sensor plan.
Is the measurement audit-grade for stocktakes? +
Every scan is stored as a 3D block model with full history, and volumes are computed against a surveyed base plane — repeatable, documented and independent of who pushes the button. Operators use it for month-end and year-end stocktakes and for reconciliation against weightometer and dispatch figures; where an independent one-off verification is wanted, a survey-grade terrestrial laser scan can complement it.

Talk to Equipment Placement directly — Australia + Pacific OWL EYE® team

Equipment Placement Pty Ltd
170 Kewdale Road, Kewdale WA 6105 (Perth)
Phone: +61 (8) 9479 4988 · Email: info@equipmentplacement.com.au
Web: equipmentplacement.com.au — OWL EYE®

Or reach Sachtleben directly in Germany — we'll route you to the right person at Equipment Placement and join the first technical call.

info@sachtleben-technology.com +49 7831 969 22-190