Unknown - Stainless Steel Shelving Unit

• Used for organised storage of instruments, glassware, and samples in laboratory environments.
• Suitable for storing ingredients, utensils, and small equipment in food preparation areas.
• Utilised in pharmaceutical production for holding raw materials, WIP, and finished products.
• Applicable in cleanroom settings for maintaining sterile storage conditions.
• Employed in catering and hospitality for dry goods storage and back-of-house organisation.

Typical capacity

Varies significantly by unit; typically designed to hold several hundred kilograms per shelf, depending on construction.

Power supply

This equipment is passive and does not require a power supply.

Material

Constructed from stainless steel, commonly grades 304 or 316, for corrosion resistance and hygiene.

Number of shelves

Units typically feature between 3 and 6 adjustable shelves.

Footprint

Commonly ranges from 600mm to 1800mm in width and 300mm to 750mm in depth, with heights up to 2000mm.

Maintenance requirements

Low maintenance; primarily requires regular cleaning to maintain hygiene and appearance.

• What are the benefits of stainless steel shelving?

  Stainless steel offers excellent durability, corrosion resistance, and is easy to clean, making it ideal for environments requiring high hygiene standards.

• Can these shelves be used in a cold room?

• Are the shelves adjustable?

• What is the typical load capacity per shelf?

• Is assembly required for these units?

Lab organisation and storage equipment is valued for maximising workspace efficiency and protecting sensitive materials from contamination. Buyers typically prioritise durability, proper shelving capacity, and chemical resistance when purchasing used units. Industry sentiment favours equipment with adjustable configurations to accommodate evolving laboratory needs. Common strengths include robust construction and long operational lifespan when maintained correctly. When buying used, inspectors should examine structural integrity, verify compatibility with existing lab layouts, and confirm any specialised coating or material specifications remain intact for intended applications.

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