This is the heart of fabric transport and dyeing technology, which ensures high liquor penetration and very gentle treatment of normal and delicate fabrics.

A unique plaiting system combined with excess liquor by pass that diverts the flow of the liquor out and behind of the J Box, ensuring ideal storing of the fabric inside the J Box even for multirope operation

This is a revolutionary fabric washing system, working as a continuous rinsing process.
Aquachron obtains high water and energy savings and considerable decrease of process time.
This system makes SCLAVOS machines working with no stop whole process for drain and fill.
Aquachron system abolishes any need for Stock Tank in SCLAVOS machines.

SCLAVOS has developed the Multi Rope operation system, which is applied in all SCLAVOS's machines, increasing capacity in light weight fabrics.

Main pump of SCLAVOS dyeing machines has been designed and manufactured by SCLAVOS Engineering team for best efficiency and lowest power consumption.

Sclavos unique technology needs special support in terms of automation and software. Automation system and proper software is being developed in-house by Sclavos software Engineers.
In addition Sclavos offers and supports Dyehouse central control systems.

SCLAVOS has developed peripheral systems which could be fitted onto SCLAVOS machines and improve energy savings as well as machine’s efficiency. Such systems are the SCLAVOS Heat Recovery system and Dry Salt Dosing system.

SCLAVOS has organized a Dyeing Technology Department, employed by experienced Chemist – Dyers who support any application in SCLAVOS machines and offer technical consultancy to SCLAVOS customers.

SCLAVOS technology achieves the lowest installed operational power i.e. motors under continuous operation, ensuring up to 30% less electric energy consumption. Operational Power Ratio: 26 - 31 Watt/Kg of fabric.

Nozzle Flow Monitoring (NFM) monitors in real time flow and pressure in the nozzles, signaling if any irregularities appear during the process. As a result a very critical factor affecting quality is fully controlled.

Sophisticated software with smart sensors measuring in real time consumed thermal energy during the process. This is a much more accurate figure than steam consumption.