Wascator FOM 71 CLS Lab Washer - Extractor
Application:
Wascator FOM 71 CLS Lab Washer-extractor. Standard reference washing machine. Microprocessor controlled, up to 999 washing and drying programmes can be designed as required, input via the keyboard and stored in memory. The unit is programmed as standard with BS, ISO, and IWS test programmes.
Automatic Soap Dispenser, for multiple washing.extracting cycles without intervention. Makeweights, stability templates and rules, reference detergents, bleaching agents and conditioners also available, see following specifications.
Marks and Spencer Test Programme. Pre-programmed before delivery only. For M&S accredited suppliers only.
Standards:
ISO 5077/6330, M&S P1/P1A/P3A/P12/P91/P99/P99A/P13, BS EN25077/26330, NEXT TM7/7A/7B/TM12, GB/T 8629, IWSTM 31, IEC 456
Product Information:
Features:
1. Automatically added washing.
2. Continuous washing, dehydration, without stopping.
3. The super shakeproof system, fixed at the bottom, simple installation.
4. Precise volume control, each wash volume with deviation of ±0.2L.
5. Memory card could storage set programs and has import and export functions.
Specifications:
| Items | Parameters |
|---|---|
| External conditions | Voltage/frequency: Standard ±2% |
| Inlet water temperature: Cold water (15±2)℃; Hot water (max): (60±2)℃ | |
| Water pressure: (240±30) kPa | |
| Inner barrel | Diameter: (520±1) mm |
| Depth: (315±1) mm | |
| Volume: 61 L | |
| Material: Stainless steel 2333 (SS 18/8) | |
| Outer barrel | Diameter: 554 mm |
| Material: Stainless steel 2333 (SS 18/8) | |
| Drum speed | Washing speed: (20–59±1) RPM |
| Dehydration rate: (200–1100±20) RPM | |
| Thermostat | Optional range: (4–97)℃ |
| Precision: 1℃ | |
| Power supply | 230V 3AC 50Hz / 400–415V 3N AC 50Hz / 415V 3N AC 50Hz |
| Airborne sound level | 71 dB(A) |
| Dimension (L×W×H) | 690 mm × 720 mm × 1315 mm |
| Weight | 195 kg |
Product Display
FAQ
(1) Why is the Wascator FOM 71 CLS Lab Washer-Extractor used for textile shrinkage and dimensional stability testing?
The Wascator FOM 71 CLS Lab Washer-Extractor provides controlled washing conditions required by standards such as ISO 6330 and ISO 5077. Textile laboratories use it to evaluate dimensional changes before and after washing, including shrinkage or growth of fabrics and garments, ensuring test results are comparable between different production batches.
(2) What makes a laboratory washer different from a household washing machine?
A laboratory washer-extractor is designed for standardized testing rather than daily laundry. It provides programmable washing conditions, controlled water volume, repeatable mechanical action, and defined test cycles required by textile standards. This reduces variation caused by different household washer models and improves laboratory data reliability.
(3) Which textile products can be tested with the Wascator FOM 71 CLS?
The equipment is commonly used for fabrics, garments, home textiles, and finished textile products that require washing performance evaluation. Typical tests include dimensional stability, appearance change after laundering, and fabric performance verification according to customer specifications or international test methods.
(4) How do stored washing programmes improve laboratory efficiency?
The microprocessor control system allows laboratories to create and store customized washing and drying programmes. Standardized programmes reduce operator differences, support repeated testing of the same product, and help manufacturers maintain consistent quality evaluation during product development and production inspection.
(5) What should textile companies consider when purchasing a Wascator-type laboratory washer?
The main considerations include required standards (such as ISO 6330, ISO 5077, M&S, and GB/T 8629), programme flexibility, temperature and water-level control accuracy, detergent dispensing capability, and long-term operation stability. The equipment should match the laboratory’s testing scope and customer approval requirements.
Leave Message Get Price
