Fully Automatic Specific Surface Area Analyzer

Product Overview

The ITECA fully automatic specific surface area analyzer is A fully automated specific surface area measurement system , specifically developed for quality control in cement production, it serves as a core ancillary device for the intelligent upgrade of cement plant laboratories and for fully automated, unmanned testing across the entire process. The instrument is rigorously designed in accordance with national testing standards, overcoming the limitations of manual operation inherent in conventional Blaine air permeability testers, and integrates Automatic filter paper placement, precise weighing, sample layer preparation, vacuum measurement, and sample disposal. Five automated modules enable fully unmanned operation across the entire workflow, from sample preparation to data output.

The device can accurately measure the specific surface area of cement and powdered materials within the range of 200–600 m²/kg. It is equipped with high-precision metering, photoelectric liquid-level detection, automatic temperature correction, and an intelligent data storage and transmission system, completely eliminating human‑operated errors and ensuring stable, reliable test results. Supports Offline laboratory testing, online production‑linked testing Operating in dual-mode, it seamlessly integrates with enterprise‑wide automated laboratories and APC intelligent control systems, providing core data support for optimizing cement production processes and achieving precise quality management. It is a critical piece of equipment for cement enterprises seeking to realize testing automation and digitalized operations.

Standards of Implementation and Scope of Application

1. Implementation Standard

Strictly in accordance with GB/T 8074—2008 “Method for Determination of Specific Surface Area of Cement — Blaine Method” Developed and designed in accordance with national standards, the testing procedures, accuracy metrics, and data evaluation criteria fully comply with industry specifications, ensuring that the test results are authoritative and valid.

2. Scope of Application

• Core applications: Specific surface area measurement of powdered materials throughout the entire cement production process, including finished cement, raw meal, and coal powder.
• Extended applicability: All samples tested by the Blaine method with a specific surface area ranging from 200㎡/kg ~ 600㎡/kg Industrial powdered materials;
• Scenario Adaptation: Centralized laboratories of cement enterprises, fully automated testing labs, and on-site online monitoring stations.

End-to-end automated inspection process

The instrument employs Three-axis robotic arm coordination + modular automated operations Design ensures that the entire process requires no manual intervention, with all testing steps completed in a standardized manner:

1. Automatic filter paper placement: After the test is initiated, the filter paper feeding mechanism automatically picks up a standard filter paper using a suction cup and lays it flat on the bottom of the sample tube’s perforated plate. Simultaneously, a three-axis robotic arm transfers the sample tube to the weighing station.
2. High-precision automatic weighing: Adopt Metering screw injection + high-precision weighing module Combination design with a screw graduation of 0.001 g; rapid initial dispensing, followed by automatic deceleration and fine adjustment as the target value is approached, ensuring precise quantitative weighing of samples with a controllable weighing error of up to 0.001 g.
3. Automatic compaction of the test specimen layer: After weighing is completed, the robotic arm automatically places the top filter paper and transfers it to the compaction station, where a pneumatic cylinder applies a constant pressure to flatten and compact the sample layer, ensuring uniform porosity in accordance with specified standards.
4. Intelligent Optoelectronic Detection: The sample tube is automatically transferred to the testing position, and the vacuum pump is activated. Photoelectric sensors precisely monitor the liquid-level drop time of a U‑tube manometer. The device automatically measures ambient temperature and applies numerical correction based on air viscosity, ensuring that measurement accuracy remains unaffected by ambient temperature variations.
5. Automatic sample discard and cleanup: After the test is completed, the robotic arm transfers the sample tube to the cleaning station, where compressed air automatically blows away the filter paper and residual sample. Waste materials are collected in a dust collector, and the sample tube returns to its original position, awaiting the next testing cycle.

Core Technologies and Performance Advantages

1. End-to-end automation, reducing costs and boosting efficiency: The entire process—from filter paper placement and weighing to sample preparation, analysis, and cleanup—is fully automated, replacing time‑consuming manual operations and reducing labor requirements. Analytical throughput reaches at least 8 tests per hour, significantly boosting testing efficiency.
2. National standard–level high precision, with reliable data: Sample weighing accuracy: 0.001 g; measurement accuracy: 1 m²/kg; timing accuracy: 0.1 s. Photoelectric detection technology replaces manual observation and calculation of liquid‑level drop time, while automatic temperature correction eliminates environmental interference, completely eliminating human error and ensuring precise, traceable data.
3. Smart control, convenient and easy to use: Equipped with a 10-inch HD touchscreen, it provides an intuitive display of equipment status, test data, and operating parameters; it supports species-specific entry of porosity, density, and other parameters, and allows one-click switching between test recipes, ensuring simple and efficient operation.
4. Data interconnection, intelligent synergy: Standard and sample data are automatically stored, with support for querying and retrieving historical records; a standard communication interface is included, enabling seamless integration. Fully automated laboratory system, plant DCS system, APC intelligent control system , enabling real-time data upload and closed-loop management.
5. Dual-mode compatibility, full-scenario coverage: Support Offline detection, online detection It operates in dual-mode, allowing for standalone deployment in the laboratory or integration with an automated sampling module at the production site, thereby meeting the diverse testing needs of different enterprises.

Key Technical Parameters

• Power supply: 220 V, 50 Hz, 6 kW
• Measurement accuracy: 1 m²/kg
• Sample weighing accuracy: 0.001 g
• Timing accuracy: 0.1 s
• Analytical capability: ≥8 times/hour

Dual-Mode Application Solution

1. Offline Testing Mode (Laboratory)

The equipment is deployed in the enterprise’s central laboratory and can operate independently or be integrated into a fully automated laboratory. It supports both manual and automatic sample injection modes.

Core value: Reduce the workload of laboratory technicians, eliminate human‑error variability, ensure the consistency of test results, and standardize laboratory operating procedures.

2. Online Inspection Mode (Production Site)

The equipment is installed at the cement production site and, in conjunction with automated sampling and sample‑processing modules, enables… Real-time sampling, rapid detection, and direct data transmission 。

Core value: Measurement data is synchronized in real time to the APC intelligent control system, which automatically adjusts process parameters such as the classifier speed and system draft fan settings, thereby optimizing the production process, ensuring consistent product quality, and addressing the industry’s longstanding pain points of delayed monitoring and cumbersome operations.

Application Value and Corporate Benefits

1. Strengthening the Quality Control Defense Line: Precise measurement and real-time monitoring of the key cement specific surface area parameter ensure that product quality consistently meets standards right at the source.
2. Achieve an upgrade of inspection operations: End-to-end automation replaces manual labor, creating unmanned testing stations, improving the laboratory working environment, and reducing labor and management costs.
3. Empowering Intelligent Production Optimization: The online mode is integrated with the production control system to achieve… Detection - Data - Regulation Closed-loop systems enhance production efficiency, reduce energy consumption, and help enterprises improve quality and boost productivity.
4. Driving Digital Transformation: Data is automatically stored, transmitted, and traceable, seamlessly integrated into a fully automated laboratory quality‑control system, helping cement enterprises build intelligent, digital quality‑management frameworks.