The STIER A408X1 4×8 Module is a specialized washing basket module designed for automated laboratory glassware washers, including the STIER S8000D Series. It forms part of the STIER A408 Module system and provides organized positioning for laboratory glassware during automated washing and drying. The A408X1 is suitable for volumetric flasks, measuring cylinders, tubes and other compatible laboratory glassware. Its 4×8 configuration combines dedicated spray nozzles, stainless-steel holders, POM cross supports and clamps to help secure and correctly position glassware within the washing system.
Key Features
- 4×8 module configuration
- Designed for the STIER A408 Module system
- Suitable for automatic laboratory glassware washers
- Compatible with the S8000D Series
- Suitable for volumetric flasks, measuring cylinders, tubes, and similar glassware
- 32 washing nozzles
- 16 stainless-steel flower holders
- 16 POM cross supports
- 16 ladder clamps
- 16 triangle clamps
- N40150 nozzles with 4 mm diameter and 150 mm height
- Stainless-steel flower holder configuration
- POM cross-support configuration
- Designed to help center glassware and maintain appropriate nozzle positioning
Efficient Automated Laboratory Glassware Cleaning
The correct washing basket configuration plays an important role in automated laboratory glassware cleaning. STIER’s basket system helps center glassware, maintain the correct distance between the bottom of the glassware and the spray nozzle, and provide easy access during loading and unloading. The A408X1 4×8 Module provides dedicated positions for a range of laboratory vessels, including volumetric flasks, measuring cylinders and tubes. Its combination of 32 nozzles, 16 stainless-steel holders, 16 POM supports and 32 clamps provides a structured configuration for automated washing. STIER’s modular washing platform lets laboratory glassware washers be configured with different basket modules to match the type and size of glassware being processed. The company’s accessory range includes washing basket frames, washing basket modules and laboratory glassware washer accessories.
Applications
The A408X1 4×8 Module is suitable for automated cleaning of:
- Volumetric flasks
- Measuring cylinders
- Laboratory tubes
- Small and medium laboratory vessels
- Compatible laboratory glassware requiring dedicated positioning
- Routine laboratory washing and drying applications
Industries
Laboratory | Pharmaceutical | Biotechnology | Life Sciences | Research & Development | Quality Control | Chemical Laboratories
The STIER laboratory glassware washer range is designed for laboratory and pharmaceutical cleaning applications, with modular washing accessories available for different laboratory requirements. STIER also serves laboratory, animal laboratory, pharma, and hospital environments.
Product Information
Product: A408X1 4×8 Module
Model: A408X1
Brand: STIER
Product Type: Washing Basket Module
Primary Application: Automatic Laboratory Glassware Washers
Compatible Washer: S8000D Series
Compatible System: STIER A408 Module System
Configuration: 4×8
Suitable For: Volumetric flasks, measuring cylinders, tubes, and other compatible laboratory glassware
Nozzles: 32
Nozzle Type: N40150
Nozzle Diameter: 4 mm
Nozzle Height: 150 mm
Stainless-Steel Flower Holders: 16
POM Cross Supports: 16
Ladder Clamps: 16
Triangle Clamps: 16
Why Choose the STIER A408X1 4×8 Module?
The STIER A408X1 4×8 Module provides a dedicated solution for laboratories that need to clean multiple volumetric flasks, measuring cylinders, tubes and similar laboratory vessels in an automated glassware washer. Its combination of 32 spray nozzles, stainless-steel flower holders, POM cross supports, and clamps provides organized positioning within the washing system. The basket configuration maintains proper positioning between the laboratory glassware and spray nozzles during automated cleaning. As part of the STIER A408 modular system, the A408X1 can be selected according to the laboratory’s glassware cleaning requirements. This modular approach provides flexibility when configuring an automated washer for different vessel types and laboratory workflows.