ARCANA™ SMARTER Batch correction

ARCANA — from the Latin for hidden knowledge. Because the optimal correction is already in your data.

From spectrometer reading to correction plan — in seconds
Modern batch correction software built for real foundry workflows.

  • Intelligent Correction Engine
  • Interactive Adjustment Tools
  • Integration-Ready
  • Configurable Logic

ARCANA™ SMARTER Batch correction

From spectrometer reading to correction plan — in seconds
Modern batch correction software built for real foundry workflows.

  • Intelligent Correction Engine
  • Interactive Adjustment Tools
  • Integration-Ready
  • Configurable Logic

Take control over your melts

Control your charge quality, reduce material costs, and make corrections with confidence. Our software provides a modern, visual, and flexible approach to melt corrections—designed to support, not override, your foundry expertise.

Precision at the furnace — every heat, every time.

In the heart of the foundry, precision matters. Batch (or charge) correction ensures that a melt stays within specification—by calculating which materials to add when your analysis shows deviations.

Where traditional methods can feel rigid or over-engineered, our approach is different: Dynamic, understandable, and under your control.

Would you like to find out more?

Get in touch with our specialists for a technical consultation about your foundry process.

We offer a relaxed yet powerful way to manage your melt corrections:

  • Visual, Operator-Friendly Interface
  • Live “What-If” Adjustments
  • Smart Recommendations, Not Automation Traps
  • Dynamic Aim Ranges

As a preferred partner of SPECTRO, our SMARTER Batch correction software is specifically designed for seamless integration with their Stationary Metal Analyzers.

  • SPECTROLAB S
  • SPECTROMAXx
  • Support for additional analyzers is available on request and will be added over time

SMARTER Batch correction software contains an intelligent correction engine:

  • Suggests low-cost and efficient material additions
  • Supports unlimited materials and alloy types
  • Takes into account furnace limits

It also gives you control with our interactive adjustment tools:

  • Adjust correction proposals manually
  • Replace or exclude materials based on stock or preference
  • Instantly see updated final concentration predictions
  • Choose an alternative alloy that better fits

Sometimes a melt cannot be corrected to meet the target — because of furnace capacity, insufficient materials, or element limits that cannot be reached. Where other systems simply fail, ARCANA tells you exactly why.

The operator receives a clear explanation of which constraint is causing the problem — such as a furnace weight limit or an element that cannot be brought within specification with the available materials. This turns a dead end into an actionable decision: adjust the target, change the material, or replan the heat.

Take control over your melts

Control your charge quality, reduce material costs, and make corrections with confidence. Our software provides a modern, visual, and flexible approach to melt corrections—designed to support, not override, your foundry expertise.

Precision at the furnace — every heat, every time.

In the heart of the foundry, precision matters. Batch (or charge) correction ensures that a melt stays within specification—by calculating which materials to add when your analysis shows deviations.

Where traditional methods can feel rigid or over-engineered, our approach is different: Dynamic, understandable, and under your control.

We offer a relaxed yet powerful way to manage your melt corrections:

  • Visual, Operator-Friendly Interface
  • Live “What-If” Adjustments
  • Smart Recommendations, Not Automation Traps
  • Dynamic Aim Ranges

As a preferred partner of SPECTRO, our SMARTER Batch correction software is specifically designed for seamless integration with their Stationary Metal Analyzers.

  • SPECTROLAB S
  • SPECTROMAXx
  • Support for additional analyzers is available on request and will be added over time

SMARTER Batch correction software contains an intelligent correction engine:

  • Suggests low-cost and efficient material additions
  • Supports unlimited materials and alloy types
  • Takes into account furnace limits

It also gives you control with our interactive adjustment tools:

  • Adjust correction proposals manually
  • Replace or exclude materials based on stock or preference
  • Instantly see updated final concentration predictions
  • Choose an alternative alloy that better fits

Sometimes a melt cannot be corrected to meet the target — because of furnace capacity, insufficient materials, or element limits that cannot be reached. Where other systems simply fail, ARCANA tells you exactly why.

The operator receives a clear explanation of which constraint is causing the problem — such as a furnace weight limit or an element that cannot be brought within specification with the available materials. This turns a dead end into an actionable decision: adjust the target, change the material, or replan the heat.

Would you like to find out more?

Get in touch with our specialists for a technical consultation about your foundry process.

Soil Sample Preparation

Soil samples cannot be introduced to the analyzer directly. A soil sample preparation procedure is performed.

Water Sample Preparation

Water samples or waste water flows are tested either frequently or by continuously monitoring water flows on-site.

Oil Sample Preparation

Oil samples undergo an extensive preparation procedure before they are introduced to the ICP analyzer.

Applications

Save time with our comprehensive automatic sample preparation solutions. Efficiently process large volumes of oil, coolants, water and soil samples.

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Our Partner

Preferred partner of SPECTRO

As a preferred partner of SPECTRO Analytical Instruments GmbH, Labiron offers automation solutions designed for seamless integration with ICP analyzers. This powerful integration enables fully automatic sampling, diluting and analysis. As a result, the sample throughput of laboratories is increased and the quality of the prepared samples is highly consistent and reliable.