Micro balance AND EK-300EP

EK-300EP Explosion-Proof Precision Balance

Intrinsically Safe Precision Balance for Hazardous and Regulated Environments

The EK-300EP is an explosion-proof precision balance specifically engineered for hazardous areas where safety and precision are paramount. With a capacity of 300 g and 0.01 g readability, this compact, intrinsically safe model is ideal for use in environments with flammable gases, vapors, or dust—such as chemical manufacturing, pharmaceutical processing, petrochemical labs, and hazardous materials storage.

Designed for compliance and durability, the EK-300EP provides reliable performance with external calibration, quick 2-second stabilization, and excellent repeatability. Its compact design and anti-static stainless steel pan ensure safe, stable operation in volatile workspaces.

Key Features

• Explosion-Proof Design (Intrinsically Safe)
  Certified for use in explosive or flammable environments, protecting users and facilities from ignition risks.

• High Precision Weighing
  Offers 300 g capacity with 0.01 g readability and ±0.01 g linearity, making it ideal for sensitive formulation, analysis, and QA processes.

• Reliable Repeatability
  Delivers 0.01 g repeatability, ensuring consistent performance across repetitive tasks.

• Fast Stabilization (~2 seconds)
  Enhances productivity with quick and stable results, even under stringent safety protocols.

• External Calibration
  Allows for user-performed calibration with certified weights, ensuring long-term accuracy and traceability.

• Durable Stainless Steel Platform
  Equipped with a Ø110 mm (4.3 in) anti-static stainless steel pan for safe sample handling.

• Compact and Portable
  Small footprint and rugged design make it suitable for mobile use or tight lab spaces in hazardous zones.

Technical Specifications

Recommended Applications

• Chemical manufacturing and processing

• Flammable and volatile material weighing

• Pharmaceutical formulation in controlled areas

• Petrochemical quality control

• Research and development in hazardous environments