Dyeing Laboratory Machines

By offering volumetric (volume-based), gravimetric (weight-based), or hybrid operating principles on a single platform, it combines the advantages of both speed and precision. It provides flexible capacity with single/double arm configurations according to user needs; thanks to 120–144 bottle options, it can manage a wide portfolio of paints and chemicals within the same system. 24-tube dosing capacity.

Equipped with high -efficiency heating technology and a forced air cooling system, it is an advanced, microprocessor-controlled laboratory staining system. Pyrotec⁴, considered a global benchmark in infrared staining technology, is the preferred model by leading dye and auxiliary chemical manufacturers.

The Sample Staining Machine is a high-performance laboratory system designed for research and development and formulation processes. Its advanced control infrastructure, precise bath circulation, and process structure that simulates production ensure that laboratory results can be reliably transferred to the field.

This is a high-precision sample dyeing system developed for woven fabrics, capable of precisely simulating the production process on a laboratory scale. It provides reliable results, particularly in recipe development and tone verification studies for cotton, viscose, and blended fabrics.

It is a laboratory system that operates under atmospheric pressure, providing precise and repeatable dyeing results. It is an ideal solution, especially for recipe development, tone studies, and sample validation processes in cotton and cellulosic fibers.

This is a specialized control system used to detect microscopic dust and particle contamination that may occur in textile production and laboratory environments. It is particularly critical for identifying the source of unwanted staining and surface defects in light-colored fabrics and products with delicate surfaces.

This is a high-performance laboratory system developed for fabrics (especially knitted materials) that operates on the principle of rope-type dyeing. By simulating the working principle of rope-type dyeing machines used in production on a laboratory scale, it provides reliable results in recipe development and tone verification processes.

This is a sample dyeing system specifically developed for delicate fabrics, simulating the real winch dyeing principle on a laboratory scale. Dyeing is performed under low tension thanks to the free and gentle circulation of the fabric; this prevents surface deformation, especially in knitted and lightweight woven fabrics.

It is a highly efficient drying system that ensures continuous and homogeneous drying of fabric in textile production processes. It is especially designed for the controlled reduction of moisture content after finishing, dyeing, and washing.

Thanks to its advanced temperature control system and optimized air circulation, it ensures even drying of the fabric surface, minimizing the risk of color variations and shrinkage. Its continuous line operation increases production capacity while offering energy efficiency.

This is a highly efficient finishing system designed to ensure the width and length stability of the fabric and to perform drying and fixing processes in a controlled manner. The single-chamber model offers an ideal solution for compact production lines, while the double-chamber model provides higher capacity, longer heat treatment time, and superior drying homogeneity.

Advanced temperature control and optimized air circulation ensure even heat distribution across the fabric surface; shrinkage, warping, and color variations are minimized.