What Is a Screen-Based Workstation? Definition, Structure, Types, and Selection Points

A panel workstation is a modular office workstation that uses panels as structural members and integrates the work surface and cable management; the panels simultaneously divide space, block sightlines, and support the work surface, with common widths of 1200–1600mm and depths of 600–800mm.

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1. Core Definition of a Panel Workstation

1.1 Definition in One Sentence

A panel workstation (cubicle workstation) is a modular office workstation that uses panels as structural members and combines the work surface, side cabinet, and cable management system into one unit. Here the panel is not just a “divider”: it helps support the work surface, carries power and low-voltage cabling, and at the same time divides open space into relatively independent individual work areas.

To determine whether a workstation counts as a panel workstation, check three characteristics:

1. The panel is part of the structure: the work surface or side cabinet is fixed to the panel frame with connectors rather than supported by independent legs;
2. The panels form an enclosure: at least two panels (commonly three) enclose a defined work area;
3. The panels carry cabling: power, network, and data cables run through internal panel raceways or along the base.

Conversely, if the work surface stands independently on the floor and only a low screen is placed on the desktop, that is a “desktop screen” or “desktop divider,” not a panel workstation in the strict sense — the two differ completely in structural strength, cable management capacity, and reconfiguration method.

1.2 Differences from Ordinary Desks and Panel Partitions

Comparison Item	Panel Workstation	Ordinary Desk	Panel Partition
Structural relationship	The panel is a structural member, connected with the work surface and side cabinet into one unit	The work surface stands independently on the floor; a panel is optional	The panel stands independently as a wall and does not support the work surface
Main function	Divide space + support the work surface + cable management + block sightlines	Provide a personal work surface	Space zoning, circulation guidance, visual blocking
Common height	Panel 900–1800mm, work surface 720–760mm	Work surface 720–760mm	1200–2400mm
Reconfiguration method	Modular disassembly and assembly; partial reconfiguration possible	Moved as a whole	Fixed installation according to the space

In practice, these three product types are often referred to interchangeably. If procurement only says “we need panels,” the supplier may quote partitions; if it only says “we need workstations,” it may receive independent desks without cable management. The precise wording is: “Panel workstations, including work surface, panels, side cabinet, and cable raceway.” For the division of related product categories, see Office Furniture Classification Guide.

2. What Parts Make Up a Panel Workstation

Component	Function	Common Practice
Panel board	Divide space, block sightlines, carry cabling	Melamine board, tempered glass, fabric acoustic panel, aluminum alloy or steel frame
Work surface	Main working surface	25–30mm board, edge-banded on all sides, common width 1200–1600mm
Support and connection	Support the work surface, fix the panels	Panel posts + connectors, or independent legs + panel connectors
Side cabinet / mobile pedestal	Storage, extend the work surface	2–3 drawer mobile pedestal, lockable, some with CPU compartment
Cable management system	Hide power, network, and data cables	Internal panel raceway + desktop cable box + base cable routing
Accessories	Improve convenience of use	Coat hooks, shelves, monitor arms, light strips

What is easily overlooked is the leveling feet and base trim: office areas often have carpet, raised floors, or floor leveling tolerances; workstations without leveling structures tend to wobble after installation, and gaps appear at the bottom of the panels. They should be adjusted and checked on site during acceptance.

3. Classification by Panel Height and Combination Form

3.1 Classification by Panel Height

Type	Common Panel Height	Actual Effect	Suitable Scenarios
Low-panel workstation	900–1100mm	Blocks the desktop when seated; allows communication when standing	Teams with frequent collaboration, open office areas
Mid-panel workstation	1200–1400mm	Sightlines are basically blocked when seated; adjacent workstations still visible when standing	Regular positions requiring a certain level of focus
High-panel workstation	1500–1800mm	Nearly semi-enclosed, better privacy	Focus-intensive positions such as finance, customer service, and R&D

Note: The table above shows common market configuration ranges; there is no unified national standard tier for panel height. The specific height should be determined in light of ceiling height, daylighting, and team collaboration style, and should not be chosen solely on the basis of “the taller the better.”

3.2 Classification by Combination Form

• Linear: a single row of continuous workstations with shared panel walls; suitable for long, narrow spaces;
• L-shaped: the work surface turns a corner; suitable for positions needing dual work surfaces for computer and paper documents;
• T-shaped / cross-shaped: three or four sides share panels, giving the highest workstation density;
• Island combination: groups of 4, 6, or 8 people with cabling concentrated within the group; suitable for concentrated team working.

3.3 Classification by Panel Material

Material	Advantages	Limitations	Application
Melamine board (panel type)	Good value, many colors, easy to clean	Average sound insulation; substrate is prone to moisture after edge banding is damaged	General office areas
Tempered glass	Transparent, good daylighting, strong modern feel	Requires CCC certification; fingerprints easily left on the surface	Areas with insufficient daylighting that need transparency
Fabric / acoustic panel	Sound-absorbing, enables color zoning	Requires regular cleaning; flame-retardant rating must be verified	Call centers, open office areas
Metal frame + composite panel	Stable structure, durable, repeatedly disassembled and reassembled	Industrial style, relatively high cost	High-frequency use, projects requiring multiple reconfigurations

4. Key Parameters and Standards Basis

4.1 Dimensional Parameters

Parameter	Common Values	Impact on Use
Workstation width	1200 / 1400 / 1600mm	Determines the space for monitors, documents, and telephone
Workstation depth	600 / 700 / 800mm	Determines legroom when seated and viewing distance to the monitor
Panel height	900–1800mm	Determines sightline blocking and ease of collaboration
Panel thickness	25 / 30 / 40 / 50mm	Affects structural strength, cable routing space, and footprint
Work surface height	720–760mm	Must match office chair seat height to avoid shoulder and neck compensation
Main aisle width	Recommended ≥1200mm (empirical value)	Affects two-person passing and ease of evacuation

A more practical way to choose dimensions is to work backward from usage behavior:

• If the position is mainly computer work and requires dual monitors, prioritize a workstation width of 1400mm or more;
• If space is tight and single-person, single-monitor use predominates, 1200mm width and 600mm depth can meet basic needs;
• If the team mainly holds standing discussions, priority should be given to reducing panel height below 1100mm rather than enlarging the workstation first.

4.2 National Standards for Panels

There are dedicated national standards for office panels, against which products and test reports can be checked during procurement:

• GB/T 22792.1-2009 “Office Furniture — Panels — Part 1: Dimensions” — specifies the main dimensions of office panels;
• GB/T 22792.3-2008 “Office Furniture — Panels — Part 3: Test Methods” — specifies test methods for dimensions, general safety requirements, and structural safety requirements.

That is, panel products must not only “match the dimensions” but also pass tests related to stability and structural safety. During acceptance, the three key items to verify are dimensional deviation, stability, and structural safety, not just board thickness and appearance color.

4.3 Environmental Performance and Flame Retardancy

Panel boards make extensive use of wood-based panels (for board performance, see Common Materials for Office Furniture); environmental performance should be verified against the current mandatory national standard: GB 18580-2025 “Indoor Decorating and Finishing Materials — Limit of Formaldehyde Emission from Wood-Based Panels and Their Products” takes effect on June 1, 2026; the substrate of wood-based panels retains the E₁ limit of 0.124mg/m³, while wood-based panel products are limited to E₀ at 0.050mg/m³.

Procurement judgment: For panel workstations delivered after June 1, 2026, the formaldehyde emission of finished boards (which fall under wood-based panel products) should be verified at the E₀ level (≤0.050mg/m³), and suppliers should be required to provide test reports consistent with the purchased batch; for finished products marked only as “E₁-grade environmentally friendly board,” further confirmation is needed as to whether this refers to the substrate or the product.

If the project is a public building, the combustion performance of interior finishing materials must also meet the classification requirements of GB 50222-2017 “Code for Fire Prevention in Design of Interior Decoration of Buildings”; flame-retardant test reports of the corresponding class should be obtained during procurement. For panels using tempered glass, the glass should bear the CCC certification mark. Whether boards and fabrics meet the fire acceptance requirements of the project location should be subject to the on-site acceptance criteria.

4.4 Cable Management System

The cable management capacity of a panel workstation directly determines the later user experience. Check three points during acceptance: whether power and low-voltage cabling are routed separately; whether each workstation has an independent cable box and sufficient socket positions; whether the internal panel raceway has an openable cover for easy addition or removal of cables later.

5. Suitable and Unsuitable Scenarios

5.1 Suitable Scenarios

• High-density workstations in open office areas: shared panel walls provide a high number of workstations per unit area, suitable for quickly setting up mid-sized teams;
• Focus-intensive positions: finance, customer service, R&D, design, and other positions that need reduced visual distraction;
• Medium- to long-term office areas requiring a stable layout: configured in one go, with only local adjustments later;
• Areas needing concealed cabling: panel raceways keep power and network cables out of sight, reducing desktop clutter.

5.2 Unsuitable Scenarios (Counter-Examples)

• High-frequency collaboration teams: if the team spends a lot of time each day on standing discussions and whiteboard co-creation, high panels create physical barriers and actually reduce communication efficiency; low panels or open workstations are more suitable;
• Companies expanding rapidly and reorganizing frequently: reconfiguring panel workstations requires professional installation, and the labor and time costs of frequent reorganization are higher than with independent desks;
• Multifunctional spaces requiring flexible partitioning: training rooms and roadshow areas are better served by movable partitions than fixed panel workstations;
• Positions with high sound insulation requirements: panels mainly block sightlines and airflow; ordinary panel-type partitions cannot replace soundproof rooms, and sound insulation needs should be assessed separately.

6. Common Misconceptions

Misconception 1: The taller the panel, the quieter it is

Fact: Panels primarily address sightline blocking and territory definition; sound mainly travels through the air, and simply making panels taller has limited blocking effect on mid- and high-frequency human speech.

Recommendation: If noise reduction is the core requirement, prioritize acoustic ceilings, carpet, acoustic panel boards, or independent phone booths rather than merely making panels taller.

Misconception 2: Panel workstations always save more space than independent workstations

Fact: The panels themselves have thickness (commonly 25–50mm), and with raceways and side cabinets, the actual footprint of a workstation is not necessarily smaller than that of an independent desk; only when panels are shared and arranged in groups does the number of workstations per unit area show a clear advantage.

Recommendation: Calculate density based on the “outer contour dimensions of each workstation group,” not merely on the size of a single work surface.

Misconception 3: The thicker the panel, the more stable it is

Fact: Stability mainly depends on the frame section structure, the strength of connectors, and how the panel is fixed to the work surface and floor; thickness is only one factor.

Recommendation: During acceptance, apply a light lateral push to high-panel workstations to observe whether connections are loose and whether the work surface shifts.

Misconception 4: Panel workstations cannot be reconfigured later

Fact: Modular panel workstations can be disassembled and reconfigured, provided that connectors are universal and accessories can be continuously replenished.

Recommendation: Specify the connector model and subsequent spare parts supply in the contract during procurement to avoid being unable to expand two or three years later.

7. Selection and Acceptance Points

If…	Then…
The workstation needs to accommodate dual monitors or frequent use of paper documents	Workstation width ≥1400mm and depth ≥700mm; prioritize an L-shaped work surface
The team collaborates frequently and needs to stand and discuss at any time	Choose low panels (900–1100mm), or a combination of panel workstations + open collaboration islands
The position requires a high level of focus	Choose mid-to-high panels (1200–1500mm), optionally with acoustic panels
The project is a public building and must pass fire acceptance	Verify in advance the test reports for the combustion performance class of boards and fabrics
The budget is limited but environmental performance must be ensured	Prioritize verification of the GB 18580-2025 test report and accept finished products at the E₀ level (≤0.050mg/m³)
Future expansion or reconfiguration is possible	Choose a modular system with universal connectors and specify spare parts supply in the contract

Acceptance Checklist:

1. Dimensions: the length, width, and height of the work surface match the drawings; check the levelness of the work surface with a spirit level;
2. Structure: connections between panels and work surface and between panels are firm, with no looseness or abnormal noise;
3. Stability: lightly push the top of the panel; the workstation should not wobble or tip over;
4. Cable management: power and low-voltage cabling are separated; cable box positions and quantities match the layout drawing;
5. Edge banding: the edge banding of the work surface and panels is smooth, with no chipped edges or glue marks;
6. Environmental performance: obtain a GB 18580-2025 test report consistent with the purchased batch;
7. Glass: tempered glass bears the CCC mark, with no cracks at the edges or corners.

8. FAQ

Q1: What is the difference between a panel workstation and a panel partition?

A: A panel partition is a spatial component used to divide areas and guide circulation; it usually stands independently on the floor and does not support a work surface. A panel workstation is a complete set of office furniture in which the panels help support the work surface and integrate cable management. If only partitions are purchased, they usually do not include a work surface or cable management system, and this must be confirmed separately.

Q2: What panel height is appropriate for a panel workstation?

A: If the team collaborates frequently and needs to communicate at any time, choose low panels of 900–1100mm; if the position requires focus and reduced visual distraction, choose mid-to-high panels of 1200–1500mm; if near-semi-enclosed privacy is needed, consider high panels of 1500–1800mm. Height is not a case of “the taller the better”; daylighting and ceiling height should also be considered.

Q3: Can panel workstations be disassembled and reused?

A: Yes, but two conditions must be met: first, the panel system must be modular in design and the connectors must support repeated disassembly and assembly; second, accessories (connectors, edge banding, cable boxes) must be replenishable later. If the connectors are one-time snap fittings or have been discontinued, the completeness of secondary use will be significantly reduced.

9. Sources / References

1. GB/T 22792.1-2009 “Office Furniture — Panels — Part 1: Dimensions” — Main dimensions of office panels
2. GB/T 22792.3-2008 “Office Furniture — Panels — Part 3: Test Methods” — Test methods for dimensions, general safety requirements, and structural safety requirements
3. GB 18580-2025 “Indoor Decorating and Finishing Materials — Limit of Formaldehyde Emission from Wood-Based Panels and Their Products” — substrate E₁ level ≤0.124mg/m³, products E₀ level ≤0.050mg/m³, effective June 1, 2026
4. GB 50222-2017 “Code for Fire Prevention in Design of Interior Decoration of Buildings” — Classification of combustion performance of interior decoration materials in public buildings

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Compiled by Wenyi Furniture based on national standards and industry practice