Precision Coding Solutions for High-Speed, Reliable FMCG Production Lines

The Growing Importance of Precision Coding in FMCG

Coding and marking machines play a vital role in the FMCG sector by printing essential product information such as:

• Batch numbers
• Manufacturing & expiry dates
• MRP details
• Barcodes and QR codes
• Traceability and compliance data

In high-speed production environments, code quality cannot be compromised. Poorly printed or unreadable codes can lead to product recalls, compliance risks, disrupted supply chains, and damage to brand reputation.

With increasing demand for traceability, anti-counterfeiting measures, and smarter packaging, manufacturers need coding solutions capable of delivering precision, reliability, and uptime even under challenging production conditions.  

At Control Print Ltd., our advanced coding and marking technologies are designed to help manufacturers meet these evolving demands while maintaining speed, accuracy, and operational efficiency.

Continuous Inkjet (CIJ): Built for Fast-Moving FMCG Production Lines

When speed, versatility, and high-performance coding are critical, Continuous Inkjet (CIJ) technology remains one of the most preferred solutions across FMCG manufacturing, and Control Print CIJ delivers exceptional efficiency with maximum print speeds of up to 700 meters/minute.

Ideal for fast-moving lines, CIJ printers offer exceptional flexibility across diverse substrates and packaging formats.

Why CIJ Works for FMCG

• Excellent performance on plastic bottles, cans, jars, cartons, and flexible pouches
• Reliable printing on curved, uneven, and irregular surfaces
• Supports printing of variable information including dates, batch details, barcodes, and QR codes

Control Print’s industry-leading 50 mm throw distance enables high-quality printing even on highly curved surfaces, making it particularly suitable for dynamic FMCG production environments.

In addition, our extensive range of specialty inks ensures excellent adhesion across surfaces that are traditionally difficult to print on.

Designed for tough factory settings, Control Print’s IP65-rated CIJ systems can handle harsh conditions, dust, moisture, and difficult operating situations, ensuring they keep working well and have minimal downtime.

Thermal Inkjet (TIJ): High-Resolution Printing for the Next Generation of Packaging

As FMCG manufacturers increasingly adopt GS1 Digital Link–enabled 2D codes, printing accuracy and resolution become even more important.

Thermal Inkjet (TIJ) printers use thermal energy to eject ink droplets with exceptional precision, delivering sharp, high-resolution output for superior print quality.

Control Print’s TIJ printers deliver print resolutions of up to 600 dpi, making them an ideal solution for batch coding applications that require clear, detailed prints highlighting the finest features of your products.

Best Suited For:

• Barcodes and QR codes
• Blister packs and cartons
• Flat and porous surfaces
• Secondary packaging and shrink-wrapped cartons

TIJ technology delivers high-resolution text, graphics, and scannable 2D codes, making it an ideal choice for modern compliance and traceability requirements. Our TIJ is extremely easy to integrate into most production lines.

Its low-maintenance design, compact footprint, and superior print clarity make TIJ especially effective for fast, dry, porous substrates commonly used in FMCG secondary packaging.

For brands preparing for the future of connected packaging and digital traceability, TIJ offers a powerful solution.

Laser Marking: Permanent, High-Precision Coding Without Consumables

For manufacturers seeking durable, permanent coding, Laser Marking provides an efficient, ink-free alternative.

Laser systems create high-precision marks directly onto the substrate, eliminating concerns around ink smudging, drying times, or solvent management.

Ideal Applications:

• Rigid Plastics
• Glass containers
• Packaging materials
• Metal Caps

Because laser codes are permanent and highly resistant to wear, they support enhanced traceability and reduce the risk of code deterioration across supply chains.

For FMCG lines prioritizing reliability, sustainability, and low operational intervention, laser technology offers a compelling advantage.

Thermal Transfer Overprinting (TTO): The Standard for Flexible Packaging

Flexible packaging continues to dominate several FMCG categories, creating growing demand for coding solutions tailored to films, labels, and pouches.

Thermal Transfer Overprinting (TTO) has become the industry standard for good-speed flexible packaging applications.

Delivering 300 DPI resolutions, TTO systems print high-quality variable information including:

• MRP details
• Batch numbers
• Manufacturing dates
• QR codes and traceability information

TTO is suitable for both continuous and irregular production lines and generates sharp, durable, zero-smudge printing without solvents.

It is particularly effective for:

• Flexible films
• Laminates
• Pouches
• Labels

For FMCG brands demanding clean, reliable traceability on flexible packaging, TTO remains a highly effective solution.

Future-Ready Coding for a Changing FMCG Landscape

The FMCG industry is entering a new era driven by digital traceability, connected packaging, anti-counterfeiting initiatives, and consumer transparency.

As 2D codes and smart packaging gain momentum, manufacturers require coding solutions that can keep pace with increasing complexity without slowing down production.

At Control Print Ltd., we combine decades of expertise with a comprehensive portfolio of CIJ, TIJ, Laser, and TTO technologies to help manufacturers achieve precision coding at industrial speeds.

Whether the need is high-resolution QR codes, durable permanent marks, flexible packaging coding, or high-speed line performance, the right technology can make the difference between operational challenges and production excellence.

Because in modern FMCG manufacturing, precision coding is not just about marking products; it is about enabling trust, traceability, and future-ready growth.