Finishing and Treatment Laboratory Equipment
Roaches offers advanced technology systems that make it possible to control quality in textile finishing at a laboratory scale. Roaches laboratory solutions precisely simulate drying, fixing, and finishing processes carried out in production; ensuring that recipes can be confidently transferred to production and that process parameters are fully controlled.
Offering high repeatability in verifying finishing applications and processes that impart functionality to fabrics, these systems provide critical assurance in terms of tonal stability, shrinkage control, and performance consistency. Roaches technologies guarantee that laboratory results are directly reflected in the field, minimizing quality risks and increasing production efficiency.
Developed in accordance with international standards, Roaches laboratory finishing solutions represent a strategic investment for manufacturers seeking to meet the quality expectations of global retail brands.
Universal Calender is designed to precisely recreate, in a laboratory environment, the effects achieved with large calendering machines used in production lines. Its three-cylinder structure (two filled cylinders and one chrome-plated steel cylinder) allows for quick and easy adaptation to friction finishing techniques. Various cylinder coating options allow for the confident testing of a range of surface effects.
Roaches steaming systems are designed to simulate all process conditions used in production, from atmospheric conditions to high-temperature rapid fixing systems and pressurized closed boilers, in a laboratory environment. This allows recipe and fixing processes to be reliably transferred to production.
* Chemical Pad-Vapor System (CPS-2)
* Integrated Pad Unit
It is an ideal coating system that enables the application of pastes and similar chemical solutions to textile surfaces on a laboratory scale. It is specifically designed to reliably simulate production conditions in a laboratory environment, particularly in finishing and functionalization processes.
The system has been developed to work in integration with laboratory drying and steaming units.
It offers professional solutions that enable the controlled application of chemicals to textile surfaces.
EVP (Vertical Roller) and EHP (Horizontal Roller) models feature a direct-acting roller structure.
The BVHP model offers the flexibility to operate in both vertical and horizontal configurations.
Mini Stenter is designed to replicate, on a laboratory scale, the thermal process techniques used in drying and thermofixation machines on production lines. It enables precise verification of fabric stabilization, shrinkage control, and fixation processes.
The Mini Thermo Fixation Oven is a compact, high-performance laboratory oven designed for thermally fixing textile samples on frames or wire racks. It reliably simulates thermofixation and drying processes applied in production in a laboratory environment.
It is designed to perform continuous washing and bleaching processes of narrow fabrics on a laboratory or pilot scale. By simulating the working principle of continuous washing lines used in production, it enables precise verification of chemical removal, neutralization, and cleaning performance.
This versatile system is designed to precisely simulate drying, polymerization, and thermofixation processes applied in ram and steaming lines in a laboratory environment. It enables controlled and repeatable verification of heat treatments used in production.