X-555 Exploration Explorer — concept prototype

X-555 Exploration Explorermatch the analyzer to the deposit you're hunting

CONCEPT

Where it's found

shading:rarer → common

Deposit systems30 styles · 6 families

Element chart vector marginal lab blind

X-555 readings

Sample: ——

Simulated — illustrative values, not instrument data

Programme dashboard

Computed live from the deposit × element matrix — the one-screen summary for the manufacturer conversation.

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deposit systems modelled

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elements on the factory suite

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sampling media workflows

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purchase-time negotiation items

Workhorse elements

Systems (of 30) where it's a useful-or-critical vector

XRF fit by deposit family

Share of signature elements mappable on fresh rock

What the optional elements buy

Coverage each negotiation element adds

Blind spots — plan around them

What field XRF can't measure — and the workaround

Rock & soil targeting by system

How you'd attack each system directly (rock / core) and under cover (soil · till · stream). Soil chips = elements still ≥3× LOD after ~12× dilution.

Deposit system × element matrix

Every system scored against every element. Orange column heads mark elements that need explicit configuration or negotiation. Your selected deposit row is highlighted. 3 critical 2 pathfinder 1 supporting

Configure the analyzer before it ships

A pXRF is only as good as its factory calibration list. These are the conversations to have with the manufacturer at purchase time.

The universal procurement checklist

Element	Stance	Why

How much coverage does each optional element buy?

Systems (of 30) where the element scores as a useful-or-critical vector.

Ready

About this prototype

An independent concept demo prepared by a SciAps customer (17302878 Canada Inc.) — not an official SciAps publication. All readings, detection bands and priorities are illustrative teaching values, not instrument performance claims. The X-555 product name belongs to SciAps, Inc.; no affiliation or endorsement is implied. Map localities are approximate type examples.

A handheld XRF has three jobs in exploration: measure the commodity directly, map lithology & alteration, and trace pathfinder dispersion through soil, till and sediment. This tool shows how those jobs change across 30 deposit systems and 7 sampling media — and which elements are worth negotiating onto the factory calibration before the analyzer ships.

Reading the element chart

Green — field vector: ≥3× the practical LOD; a number you can map and contour.
Amber — marginal: 1–3× LOD; detectable but noisy.
Orange — below the practical field LOD in this medium; lab territory.
Violet dashed — XRF-blind commodity (Au at ppm grades, Li, PGE, diamonds).
Grey — measurable on a 40-element suite but not diagnostic for this system.
Faint / dashed faint — outside this configuration, or too light for XRF physics.
Amber corner — negotiate at purchase (U · Th · Te · Hf · Ga · Tl · Sc).
L badge — LIBS territory (Li · Be · B · F).
Dots — • supporting · •• useful pathfinder · ••• critical.
Map shading — countries where the selected deposit style (or, with an element selected, the styles that carry it) is a well-known producer or exploration province. Coarse, illustrative country-level view — not a resource database.

The 3–5× rule

An element sitting at its stated LOD is merely detectable. For confident vectoring on rough, heterogeneous field surfaces you want concentrations roughly 3–5× the real-world LOD — which is why the same element can be a superb vector in one deposit system and useless in the next.

Sources & framing

Deposit signatures follow the USGS mineral-deposit-model series (porphyry Cu, Carlin, VMS, W-skarn, sandstone & unconformity U, LCT pegmatite and related models). SciAps-published X-555 REE detection figures (120 s, OREAS standards) inform the REE bands. Land outline derived from Natural Earth / world-atlas. Simulated concentrations are typical published anomaly magnitudes for each system, not measurements. Not procurement, geological or investment advice.