Description
ATOMFAIR® EB100G-0.001G-01 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 a vibration-free environment and proper leveling to maintain 1 mg readability. Failure to engage the transport lock before relocation can cause permanent load cell damage.
- Vibration-Free Environment Requirement: The balance must be operated on a vibration-free surface to prevent measurement drift and ensure repeatability.
- Airflow Protection Requirement: The integrated four-sided glass draft shield must be used to block parasitic airflow that can cause instability.
- Transport Lock Procedure: Engage the mechanical transport security lock before moving the balance to prevent load cell damage.
- Maximum Capacity Limit: Do not exceed 100 g maximum capacity to avoid mechanical overload and potential damage.
- Calibration and Leveling Requirement: Leveling and external calibration must be performed in the operating environment before each use.
Why is the linearity error (±2 mg) larger than the repeatability (±1 mg) on the ATOMFAIR EB100G-0.001G-01, and what does this imply for measurement accuracy across the full range?
The linearity error of ±2 mg quantifies the maximum deviation from an ideal linear response over the entire 100 g capacity, while the repeatability of ±1 mg measures short-term precision under identical conditions. This means the balance can consistently reproduce readings within 1 mg, but absolute accuracy at different calibration points may vary up to 2 mg. Engineers should account for this when working near the upper capacity limit, as the specification (±2 mg) is explicitly provided in the product documentation.
Can the ATOMFAIR EB100G-0.001G-01 be used for below-balance density measurements of solid-state electrolyte pellets, and what integration is required?
Yes, the balance supports dynamic below-balance density setups via its built-in underhook, making it suitable for solid-state electrolyte processing as listed in the application scope. No additional hardware is required beyond the underhook, but the balance must first be leveled and calibrated in a vibration-free environment, and the four-sided glass draft shield should be used to isolate the measurement from air currents.
What critical steps must be taken to protect the ATOMFAIR EB100G-0.001G-01 from structural damage when relocating it between laboratories?
Before any relocation, the mechanical transit security lock on the glass door must be engaged to prevent permanent structural cell degradation. The balance should be packed in its secure industrial box, which includes specialized display protective shields and robust door transport locks. After moving, the instrument must be re-leveled and recalibrated in a vibration-free environment prior to deployment, as stated in the operational notice.
The EB100G-0.001G-01 high-precision balance delivers 1 mg readability and ±1 mg repeatability, ideal for analytical chemistry and solid-state electrolyte processing. Its four-sided glass draft shield, under-pan breeze break, and solid aluminum base provide robust environmental isolation, while the mechanical transit lock and mandatory calibration in vibration-free conditions impose operational constraints.
Positive
- High accuracy and repeatability: 1 mg readability with ±1 mg repeatability and ±2 mg linearity ensures reliable measurements for analytical workflows and material phase-pure verification.
- Advanced environmental isolation: Four-sided transparent glass draft shield, aluminum alloy backplate, and under-pan breeze break block parasitic air currents, while the solid full-aluminum base and 4-level shock resistance suppress low-frequency vibrations for stable readings.
Trade-offs
- Requires vibration-free environment: The balance must be leveled and calibrated in a vibration-free location prior to use; ambient vibrations or unstable surfaces degrade measurement accuracy.
- Transport lock mandatory before relocation: A mechanical transit security lock on the glass door must be engaged before moving the balance to prevent permanent structural cell degradation, adding handling complexity.
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).
