Bench-top shelving and services

Laboratory Reagent Racks

Reagent racks and service shelves should preserve usable worktop depth, equipment access, visibility, cleaning space, and safe service routing. Shelf material, spacing, load, restraint, and socket or utility integration are confirmed from the bench and workflow plan.

Final materials, dimensions, performance requirements, and compliance criteria must be confirmed in the quotation and technical review.

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Laboratory reagent rack with integrated service columns

Configuration overview

Steel-glass and aluminium-glass references
Service-column and PP options
Shelf spacing and access confirmed per bench

Information to confirm

01Bench width and worktop depth
02Container height and shelf load
03Equipment and sight lines
04Socket and service requirements

Typical planning contexts

Island and wall benches
Teaching laboratories
Sample-preparation work zones

Product planning

Decisions that shape the final configuration

Use these planning points to organize the room, equipment, service, and operating information needed before a configuration is confirmed.

Protect the working envelope

Map equipment, operator reach, sample movement, tall containers, and cleaning access so the rack does not consume critical worktop depth or block the intended task.

Define shelves from the contents

Provide container height, shelf load, material compatibility, lip or restraint needs, desired adjustment, and whether glass, PP, or another shelf material is appropriate.

Coordinate services visibly

Show socket, data, water, gas, and other service positions on the bench elevation, including cable routes, isolation responsibility, destination voltage, and maintenance access.

Technical brief

Configuration details to confirm

These fields provide a practical review framework rather than fixed model claims. Record the agreed selection in the quotation, drawings, and technical submittal before production.

Reference formats: The brochure shows steel-glass, aluminium-glass, diamond-profile service, and PP reagent-rack configurations.
Structure: Uprights, guards, brackets, connection method, finish, bench fixing, and end conditions are confirmed on the rack elevation.
Shelves: The reference brochure lists 8-12 mm glass shelves for selected metal rack configurations; glass type, thickness, load, spacing, and edge treatment require final confirmation.
Service integration: Sockets and other service modules are optional and must match the approved utility schedule, destination voltage, and electrical design.
Access and cleaning: Reach, visibility, equipment clearance, removable components, splash exposure, and cleaning around supports are reviewed with the bench layout.
Required submittals: Provide the bench elevation, rack length, shelf count and spacing, stored items, expected load, material exposure, service schedule, quantity, and destination.

Reference model guide

YOJIA inquiry models and reference parameters

Use these original YOJIA reference codes to compare common configurations and prepare an inquiry. They are planning identifiers, not copies of another manufacturer's models or fixed production guarantees.

Reference model	Configuration	Reference dimensions	Selection notes
`YJ-RR-1200-1`	Single-tier reagent rack	1200 × 300 × 750 mm	Compact bench-mounted shelf with project-selected frame, shelf, and retaining edge.
`YJ-RR-1500-2`	Two-tier reagent rack	1500 × 300 × 750 mm	General two-level rack with optional service panel and adjustable shelf positions.
`YJ-RR-1800-2`	Two-tier reagent rack	1800 × 300 × 750 mm	Wider module coordinated with bench joints, sightlines, equipment, and utilities.
`YJ-RR-1500-S`	Service reagent rack	1500 × 350 × 900 mm	Rack and service-spine reference with outlets or fixtures scheduled separately.

Reference parameter range

Width modules: 1200, 1500, and 1800 mm reference widths aligned with common bench planning modules.
Depth and height: 250–350 mm shelf depth and 750–900 mm overall reference height; reach, sightlines, and equipment clearance govern selection.
Shelf configuration: One or two tiers, fixed or adjustable supports, retaining edges, end stops, and service panels can be scheduled.
Reference shelf material: Selected brochure references list 8–12 mm glass. Glass type, thickness, edge treatment, alternative shelf material, and support spacing require confirmation.
Stored items: Provide container sizes, quantities, mass, spill risk, incompatibilities, access frequency, and cleaning method; do not treat open racks as universal chemical storage.
Ordering rule: Final span, shelf capacity, fixing, service content, and material are defined in the approved drawing and quotation.

All dimensions are nominal planning references. Final materials, thicknesses, loads, ventilation criteria, fixtures, interfaces, compliance evidence, and supplied scope must be recorded in the approved quotation and technical documents.

PRODUCT VIEW

Reference configurations

Images show reference configurations. Confirm the exact supplied model, finish, dimensions, fixtures, and accessories in the final quotation.

White steel-and-glass reagent rack above a laboratory bench

Aluminium-and-glass laboratory reagent rack above a black worktop

Buyer questions

Before requesting a quotation

Clear project inputs help the team identify the right configuration and the details still requiring technical review.

01Can sockets be integrated into a reagent rack?

They can be reviewed when quantity, location, voltage, socket type, circuit responsibility, isolation, and cable route are defined by the project electrical design.

02How is shelf spacing selected?

Spacing follows container and equipment height, operator reach, visibility, cleaning access, and the need to adjust or remove shelves. The approved elevation records the final arrangement.

03Can the rack be added after the bench is installed?

Sometimes, but fixing, bench structure, service routing, worktop condition, clearances, and site access must be checked. Planning it with the original bench usually reduces interface uncertainty.

RFQ / Project inquiry

Discuss this product family

Share the room plan, quantity, destination, and technical requirements for a project-specific response.