AATCC 3, 61, 62, 86, 132, 151, 190, BS 1006 NEXT 2, 3, 5, FTMS 191 Method 5610 / 5622, GB/T 12490, GB/T 3921-1 to 5, GB/T 5711, ISO 105-C01, C02, C03, C04, C05, C06, C08, C09, C10, D01, E03, E12, IWSTM 7, 115, 177, 193, 240, 241, JIS L 0844, JIS L 0860, JIS L 0879, M&S C4A, C5, C37, P3B
GenWashLab is a temperature-controlled color fastness to washing tester designed to evaluate color change and staining performance of dyed textiles after laundering and dry-cleaning procedures. Built for standards-based laboratory testing, it combines controlled heating, timed wash cycles, stainless steel test vessels, and configurable cup arrangements in one system for repeatable day-to-day operation. It is well suited for textile mills, dye houses, quality laboratories, and development teams that need reliable wash fastness data for product approval, process control, and specification verification. Its positioning is also consistent with how established laundering fastness testers are presented in the market, where support for both ISO and AATCC workflows, vessel flexibility, and controlled bath conditions are central requirements.
GenWashLab is designed for labs that need repeatable wash fastness testing, broad standards coverage, and practical flexibility across different vessel configurations and workflows.
GenWashLab is intended for textile laboratories that need controlled laundering and dry-cleaning tests to assess how dyed or finished materials perform after exposure to standardized wash conditions. It is especially useful where color change, staining, and finish durability must be evaluated before release, qualification, or comparison. James Heal's GyroWash, for example, is positioned similarly for color fastness to laundering testing of textiles and leather according to AATCC and ISO methods.
GenWashLab is well suited for organizations that need dependable washing fastness data as part of a structured textile testing workflow.
For labs comparing wash fastness systems or planning installation, the specifications below summarize the main operating parameters, vessel configurations, and physical requirements of GenWashLab.
| Parameter | Value |
| Model Options | D07A / D07B / D07C / D07D / D07E / D07F / D07G / D07X |
| Cup Composite Mode | 2A+2B / 4A+4B / 6A+6B / 8A+8B / 12A+12B / 12A / 8B / Customized |
| AATCC Cup Volume (A) | 40.6 fl oz (1200 mL) |
| ISO Cup Volume (B) | 18.6 fl oz (550 mL) |
| Control Mode | Touchscreen |
| Rotation Speed | 40 +/- 2 rpm |
| Temperature Control Range | Room temperature to 212F (100C) |
| Heating Method | Electrical heating |
| Stainless Steel Balls | Dia. 6 mm |
| Stainless Steel Dry-Cleaning Discs | Dia. 30 mm, thickness 3 mm, mass 20 g |
| Power Supply | 3-phase AC 380 V, 50/60 Hz |
GenWashLab supports a broad range of wash fastness methods used in textile testing laboratories across North American and international markets. The primary supported standards include:
GenWashLab is supplied with the core items required to begin routine wash fastness testing in the lab.
A wide range of optional consumables and reference materials are available to support different methods, detergents, adjacent fabrics, and result evaluation workflows.
If your team is reviewing wash fastness equipment for dyed textiles, dry-cleaning procedures, or standards-based laundering tests, GenWashLab can be configured around your vessel requirements, method preferences, and lab throughput needs. Share your test standards, sample types, and workflow goals with NextGen Material Testing, and we will help you identify the right setup and prepare a quote for your application.
GenCrock Pro is an electronic crockmeter designed for color fastness testing under dry and wet rubbing conditions. It combines controlled pressure, fixed stroke geometry, and electronic stroke counting to support consistent, repeatable rubbing fastness results. Its compact footprint and straightforward operation make it well suited for routine use in textile QC and R&D labs. GenCrock Pro is a practical solution for evaluating color transfer, comparing material performance, and maintaining standards-based testing workflows. For labs that need a dependable motorized crockmeter without unnecessary complexity, it offers an efficient day-to-day testing platform.