All‑Steel Laboratory Instrument Table with Hidden Built‑In Power Sockets

$1,240.00

For orders over 5 units, please contact us to confirm quotation and production lead‑time. Production of more than 5 units normally takes 28‑29 days, and the total time to shipment will exceed 30 days. Bulk quantities cannot be checked out directly. This all‑steel laboratory instrument table supports online ordering and payment. The price shown is the standard price per linear meter (including reagent rack), with a 12.7 mm‑thick solid physical‑chemical board worktop. Standard dimensions: 1000mm×800mm×850mm (Length × Width × Height). Prices can be adjusted according to selected sizes. The total cost is affected by worktop material, cabinet configuration, accessories such as…

Description

Quotation and Pricing Instructions

        This product supports online ordering and online payment. The price displayed on this page is the standard price per linear meter (1‑meter) for the all‑steel instrument table.
Pricing Standard: Unit price of the all‑steel laboratory instrument table (including reagent rack per linear meter), and all worktops adopt a 12.7 mm‑thick solid physical‑chemical board.
        Price‑Influencing Factors: Adjustable according to selected sizes. The final total cost is affected by worktop material, cabinet configuration, optional accessories including reagent racks, service columns and power sockets, total length and other additional supporting components, and can be adjusted according to actual requirements.
Product Specifications: 1000mm*800mm*850mm (Length*Width*Height)
       Cooperation Process: Based on your experimental requirements and accessory selection needs, we will provide a detailed itemized quotation. Production will be arranged after the sales contract is signed and confirmed by both parties.

Worktop

      Multiple worktop materials are available for selection according to actual laboratory working conditions, fully meeting different requirements for corrosion resistance, load‑bearing capacity and daily operation in various scenarios.

Cabinet (All‑Steel Floor‑Standing Type)

Structural Design

       The cabinet adopts an integrated all‑steel floor‑standing structure with a stable frame, excellent load‑bearing capacity and high overall rigidity, suitable for long‑term and high‑frequency laboratory operations.

Sheet‑Metal Bending Process

      The front frame, cabinet doors and drawer panels are processed by high‑precision CNC bending. Vertical and horizontal gaps between doors, drawers and frames are controlled within ≤ 3 mm with uniform and symmetrical clearances for a neat appearance. All outer cross‑sections of cabinet doors and drawer panels are fully hemmed to eliminate sharp burrs and prevent operator scratches, while removing coating blind spots to fundamentally avoid cabinet rusting and oxidation.

Welding Process

       All bent joints of the front frame, cabinet doors and drawer panels are fully welded. Weld seams are finely polished for a smooth surface and integrated appearance, eliminating coating dead zones to achieve long‑term rust and corrosion resistance.

Surface Coating Treatment

        After forming, all metal components undergo a complete anti‑corrosion pretreatment process: grinding, polishing, acid degreasing, phosphating and drying. The finished workpiece surface is smooth without pits or burr defects.
Epoxy powder electrostatic spraying is completed on an automatic spraying production line, and the original manufacturer’s official test report can be provided. The coating thickness ranges from 80‑100 μm and is cured at 180 °C; the overall coating thickness of components can reach 1.4 mm. The finished surface features acid‑alkali resistance, high‑temperature resistance and anti‑corrosion performance, and resists paint peeling, delamination and discoloration during long‑term service.

Drawer Slides

       Standard two‑section steel roller damping slides ensure smooth, stable and silent pulling with built‑in buffer and shock‑absorbing function without jamming.

Cabinet Door Hinges

      High‑quality anti‑rust hinges dedicated for laboratories are adopted. The inward‑opening door achieves a maximum opening angle of 180°, with flexible opening‑closing performance and long service life.

Handles for Cabinet Doors & Drawers

      Integrally bent one‑piece molded handles without splicing seams deliver solid structure, simple and elegant appearance and convenient cleaning.

Rear‑Panel Structure

       The cabinet rear panel is a snap‑on detachable cover plate that can be disassembled without special tools, facilitating later‑stage maintenance of internal water, electrical and gas pipelines.

Door‑Closing Mechanism

        Fitted with rubber‑coated strong magnetic catches or plastic roller magnetic catches for precise door closure with anti‑collision, noise‑reduction and shock‑absorption functions.

Anti‑Collision and Sound‑Insulation Accessories

      High‑quality rubber anti‑collision pads are installed on contact surfaces of drawers and cabinet doors to realize buffered and silent closing. Polyurethane foam sound‑insulation boards are filled inside door panels to further reduce operating noise.

Leveling Feet

      Built‑in M10 hexagon leveling feet are equipped with reserved adjustment holes and dust‑proof hole covers. Each foot supports a maximum height adjustment of 50 mm for flexible cabinet leveling to adapt to various ground conditions.
Lead Time
Production lead‑time for all orders (1‑5 units) is 28‑29 working days upon receipt of the confirmed order.
For orders over 5 units, an offline sales contract shall be signed before production arrangement.
Total lead‑time including production and sea shipping will be about 70‑90 days, subject to actual shipping schedule.

Additional information

Weight 180 lbs
Dimensions 45 × 39 × 25 in

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