Physics laboratory furniture must support more than everyday laboratory work. Sensitive instruments require stable work surfaces, effective static control, and structural support suited to their weight and operating conditions.
ZH LAB provides customizable physics lab furniture solutions, including anti-vibration tables, ESD-safe workbenches, and heavy-duty instrument benches. We help research teams plan workspaces around instrument specifications, experimental procedures, and future layout changes.
From individual instrument stations to complete physics research laboratories, our team can assist with furniture selection, CAD layouts, and project-specific configurations.
Explore our solutions: Laboratory Tables and Benches | Bàn thí nghiệm
Physics laboratories often handle instruments that are sensitive to vibration, electrostatic discharge, electromagnetic interference, or uneven loading. Standard laboratory benches may not meet every instrument’s requirements.
Atomic force microscopes, interferometers, precision balances, and optical measurement systems may respond to vibration transmitted through floors, furniture, nearby equipment, or building services.
A suitable anti-vibration table can help reduce vibration reaching an instrument. The required isolation performance depends on the instrument, vibration frequency, table design, and laboratory environment.
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Electronic physics laboratories may handle field-effect transistors, laser diodes, sensors, and other ESD-sensitive components. Uncontrolled static discharge can damage components or affect their reliability.
An ESD-safe workbench combines an appropriate dissipative work surface with a properly designed grounding system. Performance depends on the complete ESD setup, including grounding, accessories, footwear, flooring, and operating procedures.
Vacuum pumps, optical assemblies, magnet systems, and other research instruments can impose substantial loads on laboratory furniture.
Load capacity should be evaluated against both uniformly distributed loads and concentrated loads applied through instrument feet or mounting points. A bench rated for a particular uniformly distributed load is not automatically suitable for the same total weight concentrated in a small area.
ZH LABS can discuss reinforced steel frames and project-specific support requirements based on instrument dimensions, weight, and load distribution.
Physics research setups may change as new instruments are introduced or experimental arrangements are revised. Modular furniture can help teams reorganize work areas without replacing the entire bench system.
Planning should consider cabinet configuration, instrument access, cable routing, utility connections, and the practical requirements for safely relocating equipment.
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how we solve the problems
We provide anti-vibration tables with independent isolation mounts and optional 60mm granite tops for precision balances and interferometers. These worktables isolate instruments from foot traffic and equipment vibration.
We provide ESD-safe workbenches with surface resistance in the range of 10⁶–10⁹ Ω. Tested point-to-point resistance: 5.41×10⁷ Ω (third-party test report available upon request). Integrated grounding systems safely dissipate static charge during handling of sensitive components.
We provide steel heavy-duty instrument workbenches with customizable load ratings up to 500+ kg/㎡ UDL. Concentrated point loads have not been tested.
We use modular cabinet designs with detachable connectors and relocatable water points with quick-couplers. Electrical re-connection is performed by a licensed electrician. Optional industrial quick-connectors are available for frequent relocation in non-hazard-classified areas.
Typical configurations can be adapted to laboratory workflow, cleaning protocols, room dimensions, and equipment requirements.
| Khu vực làm việc | Workbench Type | Vật liệu mặt bàn | Cấu hình chính |
| Optics / Laser | Anti-vibration table | Granite or phenolic | Isolation mounts, 60mm granite top |
| Electronics / ESD | ESD workbench | ESD phenolic | Surface resistance 10⁶–10⁹ Ω, tested point-to-point resistance 5.41×10⁷ Ω; integrated grounding |
| Heavy Instrument | Steel heavy-duty | Epoxy or phenolic | 500+ kg/㎡ UDL, reinforced zones |
| General Physics | Steel bench | Phenolic or epoxy | Standard 300 kg/㎡ UDL |
Physics lab furniture can be configured with vibration isolation, ESD protection, reinforced load-bearing structures, and optional electromagnetic shielding to meet different instrument and experimental requirements.
Physics lab furniture should be designed and tested to established international and North American standards
Our products are designed to meet these standards. For the complete certification list, refer to the Lab Solutions top-level page.
The department needed a workbench for an atomic force microscope measuring at nanometer resolution. Standard workbenches transmitted vibration from foot traffic. We supplied an anti-vibration table with independent isolation mounts and a 60mm granite top. The instrument achieved stable imaging at its highest resolution.
The lab handles field-effect transistors and laser diodes. Standard worktops generated static charge that damaged components. We provided ESD workbenches with surface resistance tested to ANSI/ESD STM11.11 and integrated grounding. Component damage was eliminated.
An anti-vibration table should be considered when an instrument is sensitive to vibration that could affect measurement stability. The correct solution depends on the instrument’s sensitivity, the vibration environment, and the required isolation performance.
The required resistance depends on the laboratory’s ESD control plan and applicable standards. Specify the required resistance range and test method, and verify that the complete workstation—including grounding—is suitable for the intended application.
Potentially, yes, if it is specifically designed and verified for the required load. Confirm whether the rating refers to a uniformly distributed load or a concentrated load, as these conditions are not equivalent.
Yes. Customization can be evaluated using the instrument’s dimensions, weight, support-point locations, required work surface, cable routing, and utility requirements. CAD drawings can help confirm the proposed layout before production.
Electromagnetic shielding may be considered for specific applications, subject to the required frequency range, attenuation target, grounding strategy, and instrument configuration. Confirm these requirements before specifying a shielding solution.
Provide the laboratory layout, room dimensions, instrument list, equipment weights, work-surface requirements, ESD requirements, and expected project schedule. Photos or manufacturer specifications for critical instruments are also helpful.
For general questions about product ranges, project support, and delivery, please contact the ZH LABS team.
NHẬN GIẢI PHÁP TÙY CHỈNH CỦA BẠN
Tell us about your instruments, laboratory layout, and research requirements. Our team can review the information and recommend a preliminary furniture configuration for your project.
Disclaimer: All recommendations are for reference only. Final specification must be validated against your instrument requirements and local EHS regulations.
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