TrippNT Medium Clear Precision Leveling Table | Acrylic Tripod Bubble Level Lab Platform 50600

Technical Narrative

The TrippNT 50600 Medium Clear Precision Leveling Table is a procurement-grade benchtop precision leveling platform engineered for laboratory applications where gel electrophoresis trays, microfluidic chip stages, tilt-sensitive analytical balances, liquid-crystal displays during calibration, and other liquid or gel-containing substrates must be positioned on a perfectly level surface to ensure uniform results. A built-in circular bubble level at the platform center provides a real-time level indicator that is visible without tools, gauges, or external instrumentation. Three tripod rubber-tipped leveling legs adjust independently, allowing the operator to correct for any benchtop surface variation — scratched epoxy bench surfaces, uneven casework tops, or minor equipment-pad non-levelness — until the bubble centers.

Constructed from ⅜″ optically clear acrylic, the 12¼″ W x 8¼″ D platform provides a large, hard, chemically-resistant surface for gel trays, culture dishes, crystallization platforms, and pipetting-sensitive fluid handling. The clear substrate allows transilluminator imaging and UV viewing through the platform without removing the load. At 1¾″ H with leveling legs retracted and approximately 2⅝″ at full extension, it sits within the working height envelope of most standard analytical instruments. Weight is 2.0 lb. Ships fully assembled. Backed by TrippNT’s 100% Lifetime Guarantee.

Technical Specifications

Laboratory and Clinical Applications

The 50600 is deployed across regulated and research environments requiring precision bench-level correction, including agarose gel electrophoresis tray leveling before gel pouring (prevents uneven gel depth across the tray), polyacrylamide gel polymerization tray leveling, microfluidic chip substrate staging, analytical balance leveling pads, cell culture dish incubation leveling (prevents media pooling on one side of dish), crystallization experiment tray leveling, PCR machine staging on uneven benches, spectrophotometric cuvette-tray leveling, capillary electrophoresis instrument staging, fluorescent microscopy specimen preparation leveling, titration station surface leveling, ELISA plate reading surface leveling, and precision volumetric measurement station leveling. The medium format fits standard gel trays, 10 cm culture dishes, 96-well and 384-well microplates, and small analytical instruments within its 12¼″ x 8¼″ platform footprint.

Product Documentation

• Sales Sheet — 50600 Medium Clear Precision Leveling Table (PDF)

Made in the U.S.A. & Lifetime Guarantee

Proudly manufactured in the United States by TrippNT. This precision leveling table is backed by a 100% Lifetime Guarantee, ensuring it is a permanent asset for your laboratory. Institutional pricing and bulk discounts are available for universities, hospital systems, and government agencies.

Frequently Asked Questions

How much leveling range do the tripod legs provide, and can the 50600 correct for a bench surface that is off-level by more than 1 or 2 degrees?

The three independent rubber-tipped tripod legs each provide approximately ¼″ to ½″ of individual height adjustment, giving the platform approximately ±2–3 degrees of total leveling range at the 12″ platform width. This corrects for the typical 0.5–2 degree surface non-levelness found on used laboratory casework, uneven epoxy bench pads, and standard lab furniture. For surfaces with more than 2–3 degrees of deviation from level — severely uneven or damaged bench surfaces — the legs may reach their adjustment limit before the bubble centers; shim the platform with rubber matting before using the leveling legs to address extreme surface variation.

Can the 50600 be used with a UV transilluminator under the platform for gel imaging, and does the acrylic transmit UV light adequately?

Standard PMMA (acrylic) has moderate UV transmission at 365 nm (near-UV, longwave) and low transmission below 300 nm (shortwave UV). For standard ethidium bromide gel visualization using a 302 nm or 312 nm UV transilluminator, place the transilluminator below the platform and the gel tray on top: UV at these wavelengths will transmit through ⅜″ acrylic with some attenuation but sufficient intensity to visualize stained bands. For applications requiring maximum UV throughput at 254 nm shortwave UV (SYBR® staining or decontamination), transmittance will be reduced further. The clear acrylic does not substitute for UV-transparent quartz or UV-grade acrylic; evaluate empirically for your specific transilluminator and stain combination.