Description
ATOMFAIR® EB500G-0.001G HIGH-PRECISION ELECTRONIC BALANCELABORATORY INSTRUMENT GRADE
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TAILORED METROLOGY SOLUTIONS FOR RESEARCH
EMAIL: inquiry@atomfair.com
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Manufacturer: Atomfair LLC
Brand: ATOMFAIR®
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This precision balance requires operation in a vibration-free environment to maintain measurement accuracy. Prior to use, the apparatus must be leveled and calibrated, and the transport security lock must be engaged during relocation to prevent structural damage.
- Vibration-Free Environment Requirement: The balance must be placed on a stable, vibration-free surface to ensure repeatable measurements.
- Leveling Requirement: The balance must be leveled using the adjustable feet before any weighing operation.
- Calibration Requirement: Calibration must be performed prior to deployment to verify accuracy using the internal or external calibration function.
- Transport Safety Constraint: The transport security lock must be secured before relocating the balance to prevent permanent structural cell degradation.
Follow these steps to prepare the balance for accurate operation and safe transport. This procedure ensures environmental stability and prevents internal damage.
- Position the balance
Place the balance on a vibration-free, stable surface such as a dedicated laboratory bench. - Level the balance
Level the balance by adjusting the feet until the bubble indicator is centered. - Calibrate the balance
Calibrate the balance using the built-in calibration function to ensure measurement accuracy. - Secure for transport
Secure the transport security lock before relocating the balance to avoid structural damage.
What are the trade-offs between 1 mg readability and 500 g capacity for weighing solid-state electrolyte precursors on the EB500G-0.001G?
The balance provides 1 mg readability at 500 g capacity with ±1 mg repeatability and ±2 mg linearity error. This combination supports both small and large sample masses common in solid-state electrolyte processing, but linearity error becomes a larger relative factor for samples below 1 g.
Can the EB500G-0.001G be used for density measurements of solid-state electrolyte materials?
Yes, the balance features a built-in underhook for dynamic below-balance density setups. This allows direct density measurement of solid-state electrolytes and other materials when combined with appropriate immersion kits, leveraging its 500 g capacity and 1 mg readability.
What infrastructure and handling steps are required to preserve the EB500G-0.001G's ±1 mg repeatability in a lab environment?
The balance must be leveled on a vibration-free surface and has an aluminum base with four-sided glass draft shield to isolate environmental disturbances. Before any relocation, the transport security lock must be engaged to prevent structural damage and maintain calibration integrity.
The ATOMFAIR EB500G-0.001G electronic balance offers 500 g capacity with 1 mg readability, incorporating a four-sided glass draft shield and a full-aluminum base for environmental isolation. However, it demands a vibration-free, leveled setup and mandatory transport lock engagement prior to relocation to avoid permanent structural cell degradation.
Positive
- Four-sided glass draft shield: The transparent glass enclosure, aluminum backplate, and under-pan breeze break block parasitic air currents, ensuring stable readings in typical lab environments.
- Structural vibration damping: A solid full-aluminum base combined with 4-level shock resistance and adjustable stabilization tracking speeds suppresses low-frequency ambient vibrations, supporting the specified ±1 mg repeatability.
Trade-offs
- Requires vibration-free environment: The instrument must be leveled and calibrated in a vibration-free location prior to deployment to achieve the stated metrology performance.
- Mandatory transport lock before relocation: The mechanical transit security lock on the glass door must be engaged before moving the balance; failure to do so risks permanent structural cell degradation.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
