Metro TableWorx stationary stainless steel work tables set the standard for high-performance workspace solutions. Engineered from heavy-gauge stainless steel that delivers exceptional strength, resists corrosion, and withstands frequent cleanings, these NSF work tables support demanding workflows and strict sanitation protocols in regulated environments.

Offering a stainless steel work table for every task, it's easy to equip your team with the workstation they deserve. Select from three materials and models with a backsplash, solid undershelf, I-frame, or three-sided frame - each adjustable to six convenient heights (34" to 39"), corrosion-resistant for lasting use, and NSF-certified to adhere to strict public health and safety regulations. Browse the material options below to find the perfect fit.

• 316 Stainless Steel Top Work Tables (Top-of-the-Line): Configured with a 316 stainless steel top, 304 stainless steel understructure, and 304 stainless steel posts. Worksurface contains molybdenum, offering increased strength and superior resistance to harsh chemicals, chlorides, and caustic cleaners. Best for biopharma, cleanroom, and marine environments demanding maximum protection against corrosive agents and aggressive sanitization.
• 304 Stainless Steel Work Tables (Industry Standard): Features a 304 stainless steel top, 304 stainless steel understructure, and 304 stainless steel posts. Withstanding damp conditions, exposure to chemicals and moisture, and frequent cleaning and sanitization, they offer great corrosion resistance. Ideal for electronic, laboratory, life science, and pharmaceutical applications where compliance is critical.
• 304 Stainless Steel Work Tables with Epoxy-Coated Legs (Cost-Effective): Includes a 304 stainless steel top and 304 stainless steel understructure paired with Metroseal Gray antimicrobial epoxy-coated steel legs, delivering a dependable performance at a lower cost than all-stainless steel solutions. Perfect for academic, foodservice, and general use settings where corrosion resistance matters, but extreme conditions aren't a factor.