SERVO-HYDRAULIC FLEXURAL TEST MACHINE – BCO-FO
The BESMAK® BCO-FO Series Servo-Hydraulic Flexural Test Machine is designed for high-precision flexural strength testing of concrete beams, paving blocks, kerbstones, flagstones, and structural construction materials. Developed for advanced laboratory applications, the system combines fully automatic servo-hydraulic technology, high-rigidity frame construction, and intelligent Sematron Touch control software to deliver accurate, reliable, and repeatable test results according to international standards.
Engineered for professional quality control laboratories, universities, research centers, and industrial testing facilities, the BCO-FO Series provides stable loading performance, precise load control, and advanced automation for demanding flexural testing applications.
Standards:
- EN 12390-5
What is a Servo-Hydraulic Flexural Test Machine?
A servo-hydraulic flexural test machine is an advanced material testing system used to determine the flexural strength and bending performance of construction materials under controlled loading conditions. Unlike conventional hydraulic systems, servo-hydraulic technology automatically controls loading speed and force application with exceptional precision.
The BESMAK® BCO-FO Series uses a fully automatic closed-loop servo-hydraulic control system that ensures stable force application, high testing accuracy, and improved repeatability for professional laboratory environments.
Main Features of the BCO-FO Series
Fully Automatic Servo-Hydraulic Control
- The advanced servo-hydraulic system automatically controls loading speed and test parameters for accurate and repeatable flexural testing results.
High-Precision Load Measurement
- The machine uses high-sensitivity loadcell technology designed according to EN ISO 7500-1 standards for reliable and stable force measurement.
Sematron Touch Intelligent Controller
- The BESMAK® Sematron Touch control system features a Linux-based industrial touchscreen interface for advanced laboratory operation and data management.
High-Rigidity C-Type Frame Construction
- The rigid steel frame design provides vibration-free operation and maximum stability during high-load testing applications.
Real-Time Test Monitoring
- The system allows real-time graphical test visualization, automatic pace rate control, and advanced digital data recording.
Advantages of Servo-Hydraulic Flexural Testing Technology
- Servo-hydraulic technology provides major advantages for modern construction material testing laboratories.
Benefits Include
- Precise load application
- Stable hydraulic performance
- Faster testing cycles
- Reduced operator error
- Improved measurement consistency
- Automatic test management
- Repeatable flexural strength results
- Advanced laboratory efficiency
The advanced hydraulic infrastructure ensures stable force application throughout the entire testing process.
Sematron Touch Intelligent Control System
- The BCO-FO Series is equipped with the BESMAK® Sematron Touch controller designed for modern laboratory automation and user-friendly operation.
Control System Features
- 10-inch industrial touchscreen display
- Real-time graphical test monitoring
- Automatic test management
- High-speed data acquisition
- Digital and analog channel support
- Automatic calibration functions
- User-friendly software interface
- Advanced test reporting and data storage
The intelligent software structure simplifies laboratory workflows while improving operational efficiency.
Applications of Servo-Hydraulic Flexural Test Machines
- The BESMAK® BCO-FO Series is suitable for a wide range of flexural strength testing applications.
Concrete Beam Testing
- Designed for precise flexural strength testing of hardened concrete beams used in construction and infrastructure projects.
Paving Block and Kerbstone Testing
- Suitable for testing interlocking paving blocks, kerbstones, and flagstones according to international standards.
Construction Material Testing
- Widely used for evaluating structural concrete elements and construction material durability.
Research and Development Laboratories
- Ideal for universities, research institutes, and advanced laboratory analysis applications.
High-Precision Load Measurement Technology
- Accurate load measurement is critical for reliable flexural testing applications. The BCO-FO Series uses advanced electronic and hydraulic systems to maintain stable load control throughout the entire testing cycle.
Advantages of High-Precision Load Control
- Improved laboratory accuracy
- Reliable flexural strength measurements
- Reduced testing deviations
- Repeatable test performance
- International standards compliance
The high-sensitivity measurement system improves testing consistency and long-term laboratory reliability.
International Testing Standards
The BESMAK® BCO-FO Series Servo-Hydraulic Flexural Test Machine is designed according to internationally recognized testing standards, including:
- EN 12390-5
- EN 1339
- EN 1340
- EN ISO 7500-1
Compliance with these standards ensures globally accepted testing procedures and professional laboratory performance.
Why Choose BESMAK® Servo-Hydraulic Flexural Test Machines?
- BESMAK® develops advanced material testing equipment for professional laboratories requiring high accuracy, stable hydraulic performance, and long-term operational reliability.
Key Advantages
- Fully automatic testing operation
- Advanced servo-hydraulic technology
- High testing accuracy
- Intelligent touchscreen control
- Stable hydraulic performance
- Fast and reliable testing cycles
- Professional laboratory performance
- International standards compliance
The BESMAK® BCO-FO Series provides modern laboratories with a reliable and efficient solution for advanced flexural strength testing applications.
Frequently Asked Questions (FAQ)
What is a servo-hydraulic flexural test machine used for?
A servo-hydraulic flexural test machine is used to determine the flexural strength and bending resistance of concrete beams, paving blocks, kerbstones, and other construction materials.
Why is servo-hydraulic technology important in flexural testing?
Servo-hydraulic systems provide highly accurate load control, stable force application, and repeatable testing results compared to conventional hydraulic systems.
Which materials can be tested with the BCO-FO Series?
The machine is suitable for testing concrete beams, paving blocks, kerbstones, flagstones, structural concrete elements, and various construction materials.
Which international standards does the machine comply with?
The BESMAK® BCO-FO Series complies with EN 12390-5, EN 1339, EN 1340, and EN ISO 7500-1 standards.
What are the advantages of automatic flexural testing systems?
Automatic systems reduce operator error, improve testing consistency, increase laboratory efficiency, and provide accurate and repeatable test results.
| Product Code | Product Name |
|---|---|
| BCO-FO100/FR | Flexural Frame (C-type), 100 kN Capacity |
| BCO-FO150/FR | Flexural Frame (C-type), 150 kN Capacity |
| BCO-FO200/FR | Flexural Frame (C-type), 200 kN Capacity |
| BCO-FO300/FR | Flexural Frame (C-type), 300 kN Capacity |
| BCO-FO400/FR | Flexural Frame (C-type), 400 kN Capacity |
| BCO-FO50/LST | Flexural Test Machine,50 kN Capacity (C type) |
| BCO-FO100 | Servo-Hydraulic Flexural Test Machine, 100 kN Capacity (C type) |
| BCO-FO100/LDL | Servo-Hydraulic Flexural Test Machine For Fiber Reinforced Concrete Tests, 100 kN Capacity (Ctype) |
| BCO-FO150/LST | Fully Automatic Hydraulic Bending test machine, 150kN capacity, (C type) |
| BCO-FO200/LDL | 200 kN Capacity Flexural Test Machine For Fiber Reinforced Concrete Tests |
| BCO-FO200/LST | Fully Automatic Hydraulic Bending test machine, 200kN capacity, (C type) |
| BCO-FO300/LDL | 300 kN Capacity Flexural Test Machine For Fiber Reinforced Concrete Tests |
| BCO-FO300/LST | Fully Automatic Hydraulic Bending test machine, 300kN capacity, (C type) |
| BCO-FO600/LDL | Servo Hydraulic Flexural Test Machine, 600 kN Capacity |
| BCO-FO600/LST | Fully Automatic Hydraulic Bending test machine, 600kN capacity, (C type) |
