Clean Room equipment Price list

A cleanroom, often known as a clean room, is a controlled space where air is filtered using ULPA or HEPA. The number of particles smaller than a micron per cubic meter is used to categorize cleanrooms. Cleanrooms are utilized by a variety of industries, including compounding pharmacies, plastic injection molding, semiconductors, aircraft, pharmaceuticals, and research labs.

 

Air Shower: A self-contained air circulation system installed at the entrance to a controlled environment or as a standalone air shower to reduce contamination as workers enter or exit the production area. An important piece of equipment for health and safety in a variety of industrial processes that generate harmful particles is the air shower. As an illustration Crystalline When inhaled, silica can lead to serious, often fatal illnesses such silicosis, TB infection, and renal failure. Silica is undetectable to the unaided eye. Before employees can leave the production area, high velocity air is used to remove the particles from the clothing.

 

Cleanroom Air Shower: Prevents unintentional contamination of the clean room environment. By eliminating surface contamination from clean room clothing, Air Showers can significantly improve the operation of clean rooms. Adjustable nozzles allow air filtered by HEPA at high velocity to flow through. After being prefiltered and then HEPA/ULPA filtered, the air is re circulated back to the high pressure blower and routed to the adjustable nozzles..

 

Portable Cleanroom: A Portable Cleanroom is a softwall cleanroom that can be simply relocated to a different place and disconnected from the power source thanks to casters on its legs. The ideal pop-up cleanroom solution is offered by these soft wall cleanrooms.

 

Modular Clean Room: For simple assembly, prefabricated and pre-engineered vertical flow cleanroom systems are available. Sections that are modular in nature can be expanded in the future, removed and reconfigured to accommodate changes in the process, or totally disassembled and moved to a different location. All that is needed to support free-standing cleanrooms is a flat, sturdy floor. Prewired lights and filters are included in the junction box of the optional prefab wiring kit. The building and junction box need to be connected once.

 

HEPA Filter: For Cleanrooms: A High Efficiency Particulate Air (HEPA) is an air filter.  The filter must remove 99.97% o f particles with a size of 0.3 micron or larger.

 

ULPA Filter: An Ultra Low Particulate Air (ULPA) Filter removes 99.999% of particles 0.12 micron or larger.

 

Cleanroom Filters: Specialty filters used in lab or cleanroom environments ro remove particles or fumes. Filter types include: prefilters, HEPA, ULPA, acid gas, activated charcoal, ammonia gas, formaldehyde, mercury and radioactive iodine.

 

Fan Filter Unit or FFU: A fan attached to a 2’x2’ or 2’x4’ sheet metal frame containing a HEPA or ULPA filter. Used in a wide variety of laboratories applications and clean room ceilings.  The filter has a top side prefilter and protective screen over the filter.

 

Motorized HEPA Filter or MCF: Another name for the Fan Filter Unit, FFU or Motorized Ceiling Filter.

 

HEPA Filter Module: To create a cleanroom environment, a self-contained High Efficiency Particulate Air Filter (HEPA) fan filter unit is placed in the ceiling or on top of equipment. There is an option to get the filter module without a fan and with an air duct collar.

 

Laminar Flow Hood: An enclosed bench with a workstation that is filtered with ULPA or HEPA. An uninterrupted, gap-free flow of air passes through the filter, forming a "laminar" air stream. Airflow in hoods can be horizontal or vertical.

 

Horizontal Laminar Flow Hood: HEPA or ULPA filters flow across the work area in the direction of the operator from the back of the cabinet. Hoods can be purchased with or without an attached table. If vibration is an issue, the laminar flow hood should have a table that is detached to prevent vibration from the motor or blower from transferring to the work surface.

 

Vertical Laminar Flow Hood: A laminar air flow (LAF) cabinet, also known as a laminar Hood or tissue culture hood, is an enclosed cabinet designed for preventing contamination of biological samples, semi-conductor wafers and sensitive materials. In other words, the laminar flow cabinet offers an exceptional contaminated-free,clean air environment suitable for carrying out a variety of laboratory tasks.

 

Desiccator Cabinet or Dry Box: A sealed enclosure used for preserving moisture sensitive items preventing oxidization. The cabinet would either contain a desiccant such as “silica gel” or can be closed and purged with nitrogen. The cabinet will have between one to five individual compartments and made of stainless steel or acrylic.

 

Fume Hood:  The polypropylene, stainless steel or fire retardant polypropylene fume hoods provide maximum chemical resistance. Safeguarding the operator is the price concern in the design of the fume hood. An extensive list of options is available to adapt each fume hood to its particular application.

 

Fume Extractor: Portable fume extractor is an inexpensive solution to all small scale, yet potentially hazardous fume and particle problems. Ideal for a work space that is too small for a conventional fume hood. The units can be table top or wall mounted with a 530 cfm blower. Choose between one or two intake scoops. The five foot heavy duty flex hose can easily be moved to capture the contaminant at the source.

 

Cleanroom Pass Through or Pass Thru:  A pass through is used for transferring parts in and out of the cleanroom. They reduce the need for people to enter the cleanroom.  An optional mechanical interlock allows only one door to be opened at a time. This prevents a pressure drop within the cleanroom.  Available in stainless steel, acrylic or polypropylene.

 

Polypropylene Pass Through: Polypropylene is resistant to many chemical solvents, bases and acids.The economical pass through is made of polypropylene material and tempered safety glass window in the doors.

 

HEPA Filtered Pass Through: When particle control is critical in the cleanroom the pass through can use HEPA filtration. The pass through draws air from the cleanroom side into the HEPA filter. A sensor installed on the door activates the motor and the HEPA air removes the particles that have entered the pass through. Shown with an optional 90 door.