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877-847-6236
877-637-3259 fax

Print Chemistry Troubleshooting & Performance Optimization

When production slows or print quality becomes inconsistent, the cause isn’t always obvious. Applied Chemistries helps printers diagnose and resolve chemical, mechanical, and substrate-based issues that disrupt performance. Our lab-driven approach identifies root causes and delivers clear, measurable improvements on press.
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Restore Stability, Reduce Waste, and Improve Print Quality

Pressrooms operate under constant pressure to maintain speed, consistency, and color accuracy. When chemistry or surface-tension behavior becomes unstable, symptoms follow: excess waste, frequent washups, roller build-up, toning, and rising consumable costs.

Applied Chemistries provides a structured, evidence-based troubleshooting program that helps printers:

  • Identify the exact source of instability
  • Improve ink–water balance and color consistency
  • Reduce roller contamination and non-image toning
  • Extend uninterrupted run lengths
  • Lower ink, plate, and fountain solution consumption
  • Minimize operator intervention and downtime

Common Problems We Solve

Our troubleshooting team routinely evaluates and resolves issues related to:

Ink & Water Interaction

  • Emulsification
  • Toning
  • Ink build-up on rollers
  • Color variation during long runs

Fountain Solution Instability

  • pH fluctuation
  • Conductivity drift
  • Plate wetting issues
  • Over-emulsification

Roller & Surface Challenges

  • Roller swelling or glazing
  • Non-image contamination
  • Irregular ink transfer
  • Excess washups

Substrate & Environmental Variables

  • Coated/uncoated substrate interaction
  • Temperature and humidity influences
  • Ink set-off or drying concerns

A Proven, Three-Phase Diagnostic Framework

Our approach restores predictable performance and reduces troubleshooting time.

On-Press Assessment

  • We observe your press in real production conditions, evaluating:
  • Ink transfer and roller behavior
  • Plate wetting and cleanliness
  • Fountain solution activity
  • Operator workflow and settings
  • Substrate interaction patterns


This creates a real-world performance baseline.

Laboratory Testing & Root-Cause Analysis

  • We analyze ink, fountain solution, and substrate samples using methods such as:
  • Duke Ink Emulsification Testing
  • Plate-wetting and surface-tension profiling
  • Toning and bleeding evaluations
  • pH and conductivity stability testing


Our lab isolates the exact chemistry or system factors causing instability.

Custom Chemistry & System Optimization

  • Once we understand the root cause, we engineer a solution that may include:
  • Custom fountain solution formulation
  • Press, roller, and dosing system optimization
  • Maintenance program recommendations
  • Operator guidance for long-run stability

A Proven, Three-Phase Diagnostic Framework

Our approach restores predictable performance and reduces troubleshooting time.

On-Press Assessment

  • We observe your press in real production conditions, evaluating:
  • Ink transfer and roller behavior
  • Plate wetting and cleanliness
  • Fountain solution activity
  • Operator workflow and settings
  • Substrate interaction patterns


This creates a real-world performance baseline.

Laboratory Testing & Root-Cause Analysis

  • We analyze ink, fountain solution, and substrate samples using methods such as:
  • Duke Ink Emulsification Testing
  • Plate-wetting and surface-tension profiling
  • Toning and bleeding evaluations
  • pH and conductivity stability testing


Our lab isolates the exact chemistry or system factors causing instability.

Custom Chemistry & System Optimization

  • Once we understand the root cause, we engineer a solution that may include:
  • Custom fountain solution formulation
  • Press, roller, and dosing system optimization
  • Maintenance program recommendations
  • Operator guidance for long-run stability

Measurable Improvements in Speed, Stability & Efficiency

Key results from troubleshooting typically include:

Higher Press
Speeds

Recover manufacturer-rated speeds with fewer interruptions.

Cleaner, More
Stable Print

Reduced toning, color drift, and non-image contamination.

Lower
Consumable Use

Optimized chemistry reduces ink and fountain solution costs.

Longer Uninterrupted
Run Lengths

Less downtime, fewer washups, improved shift output.

Sustainability in Action

Explore how our formulation specialists created a PFAS-free solution that matched and exceeded fluorosurfactant performance while improving environmental compliance.
Read our Case Study

Why Printers Choose Applied Chemistries for Troubleshooting Services

Expert Diagnostics. Custom Solutions. Proven Results.
  • In-house R&D and formulation lab
  • Decades of print chemistry expertise
  • Real-time on-press assessment
  • Custom-engineered fountain solutions
  • Fast root-cause identification
  • Support for sheetfed, heatset, coldset, UV, and packaging printers

Frequently Asked Questions About
Troubleshooting & Optimization

Most on-site diagnostics occur within a single day, with lab results delivered within 3–5 business days.
Not always. Sometimes system settings or contaminants are the root cause—but when chemistry customization is needed, we create formulas specific to your press and substrates.
Yes. Stabilizing pH, conductivity, and roller behavior reduces the variability created by shift-to-shift adjustments.
Yes—many clients continue with periodic checkups or custom supply programs aligned with their evolving print needs.
Other Questions? Contact Us

Contact Us to Discuss Your Troubleshooting and Optimization Needs

Learn more about our print troubleshooting and performance optimization services, and how our diagnostic process and custom chemistry solutions can restore stability and consistency to your pressroom.
Call Us
877-847-6236
Email Us
info@appliedchemistries.com
Visit Us
270 Main St., Unit D,
Agawam, MA 01001