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The stainless steel clean workbench adopts a stainless steel table or box structure and cooperates with a filtered air supply system to provide a local clean work area for assembly, inspection and material sorting. Aili Industrial configures the stainless steel material range, surface treatment, filtration system and control functions according to the cleaning method, workpiece characteristics, air flow direction and work area size, so that the equipment can adapt to the use requirements of different clean environments.
Operation form |
Airflow direction |
Material range |
Custom support |
|---|---|---|---|
Single or multi-person station |
Horizontal or vertical flow optional |
Stainless steel countertop, box or partial structure |
Size, material and function customization |
The workbench can choose stainless steel tabletop, stainless steel box or partial stainless steel structure according to project requirements. The stainless steel material is corrosion-resistant and does not easily accumulate dust. It is easy to wipe and use detergents on a daily basis, and is suitable for workstations with high surface cleaning requirements.
Different grades of stainless steel have differences in corrosion resistance, strength and processing performance. The selection should be confirmed based on the type of cleaning agent, use environment and load-bearing requirements. Clean workbench classification and structural form can be viewed Clean Workbench Learn about different models.
The stainless steel clean workbench can select the air flow direction according to the workpiece shape and operation method. The horizontal flow passes through the work area from the rear to the front, which is suitable for workpieces with a relatively open windward surface; the vertical flow supplies air downward from the top, which is suitable for table operations and situations where the height of the workpiece is low.
The selection of the airflow direction needs to be confirmed based on the workpiece shielding, operating actions and background conditions, and cannot be determined solely by the size of the table. The structural differences between the two airflows can be referred to How to choose between horizontal flow and vertical flow clean workbench? learn.
Stainless steel surfaces are resistant to a variety of cleaning agents and wiping methods, making it easy to remove residue and particles. The surface treatment method can affect the difficulty of cleaning and appearance. Common ones include brushed, mirror, etc., which can be confirmed according to the project cleaning procedures and appearance requirements.
For workstations that require frequent cleaning, the table splicing method, corner treatment and sealing structure should be confirmed to reduce cleaning dead corners. The height of the front window of the workbench and the size of the workbench also have an impact on the cleaning operation. Please refer to How does the size of the workbench match the actual operation? confirm.
The load capacity of the tabletop needs to be checked based on the weight of the workpiece, fixture and instrument. For heavier concentrated loads, the support position and local reinforcement method should be confirmed. The stainless steel tabletop can be equipped with threading holes, tooling fixing positions and accessory interfaces as required.
When it is necessary to install tooling or supporting equipment, the fixed hole positions, threading positions and accessory interfaces can be communicated. The countertop material, thickness and support spacing can be confirmed according to project requirements.
Match the fan, motor and air duct according to the air supply area, filter resistance and target wind speed, taking into account the effective working area and operation adjustment requirements.
Filter selection needs to jointly clarify efficiency, size, installation sealing and replacement methods. Related configurations can be found HEPA and ULPA filters , select matching products based on particle control requirements and system resistance.
After the air is initially filtered, it is sent to the filtration system by the fan, and then enters the work area through the final high-efficiency filter. The horizontal flow model supplies air from the rear to the front, while the vertical flow model supplies air downward from the top. The airflow passes through the operating area and is discharged along the designed path.
Air enters→primary filter→fan air supply→end high-efficiency filter→work area air supply→air discharge
Personnel movements, tools, and larger workpieces may change local airflow. The performance of the work area should be checked based on the actual placement and working status.
project |
Configuration instructions |
|---|---|
Product form |
Stainless steel clean workbench |
Material range |
Stainless steel countertop, box or partial structure, confirmed by project |
surface treatment |
Brushed, mirror or other methods, confirmed according to cleaning and appearance requirements |
Airflow direction |
Horizontal flow or vertical flow, confirmed according to process |
operating position |
Single or multiple workers, configured according to the plan |
Work area size |
Confirm based on workpiece, tool and personnel operating scope |
effective working depth |
Determine based on workpiece position and air supply coverage |
clean target |
It can be configured according to the ISO level 5 work area target, and accepted according to the agreed particle size and testing status. |
Filtration system |
Primary effect and terminal high efficiency filter matching |
Working wind speed |
Configure according to process requirements, and the speed adjustment range is confirmed according to the selected plan |
Countertop and cabinet |
Stainless steel material, load bearing and surface treatment are confirmed according to the project |
fan drive |
Configure according to air volume, resistance and speed adjustment requirements |
Control function |
Start/stop, speed adjustment, lighting and status display configured on demand |
Process interface |
Sockets, wiring holes and tooling fixing positions can be configured as needed |
Power and power |
Confirm by selected model and electrical requirements |
Test items |
Wind speed, particle concentration, filter leak detection and electrical inspection are carried out as agreed. |
Filter efficiency and work area cleanliness are different indicators, and equipment performance needs to be confirmed through complete machine testing. The difference between cleanliness level and filtration efficiency can be found in What is the difference between cleanliness level and filtration efficiency?。
Electronic component assembly |
Precision parts inspection |
Optical component handling |
Instrument component assembly |
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Clean assembly station |
Work stations with higher surface cleaning requirements |
Clean parts handling |
Clean handling of non-hazardous materials |
Clean benches are mainly used for product protection and do not provide the personnel and environmental protection that biological safety cabinets have. When infectious materials, toxic volatiles, or other hazardous materials are involved, equipment should be selected based on the risk.
Stainless steel countertops, boxes or partial structures can be selected according to project requirements. Different brands and surface treatments affect corrosion resistance, cleaning difficulty and appearance, and should be confirmed based on the type of cleaning agent and use environment.
Workstations that are frequently cleaned should pay attention to table splicing, corner processing and sealing structures to reduce cleaning dead corners. The compatibility of the cleaning agent with stainless steel should be confirmed before use.
The load capacity of the stainless steel table needs to be checked based on the weight of the workpiece, fixture and instrument. Threading holes, tooling fixing positions and accessory interfaces can be confirmed at the structural design stage.
Space needs to be reserved for air inlet, filter replacement and fan maintenance at the rear of the equipment. When installing against a wall or side by side, make sure that the maintenance channel can be opened normally.
Clean stainless steel countertops, side enclosures and operating areas according to process requirements to avoid residues that may affect subsequent operations. After cleaning, the surface should be dried to reduce water stains and residue.
Maintain the primary filter according to the usage environment, and determine the maintenance needs of the terminal filter based on pressure difference, operating wind speed, cleanliness testing and filter status. After replacement, the installation seal and related performance should be rechecked.
Aili Industrial has a manufacturing base of approximately 30,000 square meters, covering R&D and manufacturing links such as motors, fans, control systems, sheet metal, air filters and complete machine assembly.
For stainless steel clean workbench projects, the stainless steel material, surface treatment, support structure, filter area, fan working point and control function can be checked together to support product selection, non-standard design and batch project matching.
manufacturing link |
Project support |
|---|---|
Motors and fans |
Matching clean workstation air supply, filter resistance and speed adjustment requirements |
air filter |
Check efficiency, effective dimensions and installation sealing |
control system |
Configure start/stop, speed adjustment, lighting and operation display |
Sheet Metal and Structure |
Implement stainless steel countertops, cabinets, supports and process interfaces |
Complete machine assembly and testing |
Organize production and inspection according to confirmed drawings and technical requirements |
The main difference is in the material of the countertop and cabinet. Stainless steel is corrosion-resistant and easy to clean. It is suitable for workstations that require high surface cleaning or require frequent wiping.
The corrosion resistance of stainless steel depends on the grade, surface treatment and usage environment. Long-term exposure to certain cleaning agents or humid environments may still affect the surface, so it should be used according to cleaning procedures and kept dry.
The selection should be combined with the workpiece structure, air flow shielding and operating direction. For horizontal flow, attention should be paid to the front-to-back arrangement of the workpiece and downstream effects; for vertical flow, attention should be paid to top obstruction and airflow around the workpiece.
The design can be carried out according to the workpiece, tools, personnel operating range and process requirements, and the stainless steel material, support structure and maintenance space can be checked simultaneously.
It should be combined with pressure difference, wind speed, cleanliness detection and filter status judgment. Recheck sealing and related performance after replacement.
Clarifying the workpiece size, cleaning method, air flow direction, material requirements and installation space will help determine the stainless steel workstation configuration suitable for the actual process.
Contact us immediately to obtain product information and technical parameters of stainless steel clean workbench.
→ Consult materials and workspace dimensions → Submit workpiece and cleaning requirements
→ Learn about filtering and speed regulation configuration → Communicate about non-standard and equipment matching
pass Aili Industrial Technology Consulting , communicates product selection and customization needs.
Aili Industry - From core components to complete clean workbench machines, it provides products and technical support for clean assembly, precision inspection and stainless steel workstations.
