The GPC – PDA System is an advanced Pile Driving Analyzer designed to evaluate pile capacity, driving stresses, and overall pile performance during dynamic load testing. Using high-sensitivity sensors and powerful signal processing technology, the GPC PDA System provides accurate, real-time insights into pile behavior under hammer impact, making it an essential tool for modern foundation engineering.

This system measures force and velocity at the pile top to calculate critical parameters such as ultimate bearing capacity, hammer efficiency, pile integrity, and stress levels. With reliable data acquisition hardware and intelligent analysis software, engineers can quickly verify pile design, optimize driving operations, and ensure structural safety.

Compact, rugged, and easy to operate, the GPC – PDA System delivers fast, dependable results on construction sites, offering a cost-effective alternative to traditional static load testing while maintaining high accuracy and compliance with industry standards.

Key Highlights

• Real-time dynamic load testing of driven piles

• Measures pile capacity, driving stresses & energy transfer

• High-precision sensors for force and velocity monitoring

• Advanced software for waveform analysis & automated reporting

• Helps optimize hammer performance and driving efficiency

• Portable, durable, and ideal for field conditions

• Suitable for quality control, pile acceptance & bearing capacity verification

The Borehole Inclination Tester (BIT) is a specialized instrument designed to accurately measure the inclination and deviation of boreholes during geotechnical and foundation investigations. Engineered for precision, the BIT ensures that drilled boreholes follow the intended vertical or inclined alignment, helping engineers validate drilling quality and prevent structural inconsistencies in pile foundations and ground anchoring works.

Using advanced sensors and robust data acquisition technology, the BIT captures real-time deviation data along the borehole depth. Its durable probe, reliable electronics, and intuitive software provide accurate angle measurements, graphical profiles, and easy-to-interpret reports. The portable and field-friendly design makes it ideal for use in construction sites, soil exploration, and infrastructure projects.

With fast setup, clear results, and minimal operator training required, the BIT is a dependable tool for ensuring borehole quality, verticality, and compliance with project specifications.

Key Highlights

• Accurate measurement of borehole inclination and deviation

• Real-time profiling with graphical deviation output

• Robust and portable probe for field operations

• User-friendly software for data acquisition and reporting

• Ideal for pile foundation works, geotechnical drilling & soil investigations

• Ensures borehole verticality and compliance with engineering standards

The Cross Hole Ultrasonic Monitor (CHUM) is a high-precision instrument designed for evaluating the integrity and uniformity of deep foundation elements using the Cross Hole Sonic Logging (CSL) method. CHUM delivers accurate, non-destructive assessment of drilled shafts, bored piles, and diaphragm walls by measuring ultrasonic pulse velocities between multiple access tubes embedded in concrete.

Equipped with advanced transducers and intelligent acquisition software, the CHUM system identifies critical defects such as voids, honeycombing, inclusions, and variations in concrete quality. Its real-time waveform visualization, automated data logging, and comprehensive analysis tools ensure highly reliable results even in complex site conditions.

Built for efficiency and portability, CHUM enables engineers to perform rapid integrity testing with minimal setup time, making it ideal for construction quality assurance, large-scale infrastructure projects, and routine structural evaluations.

Key Highlights

• High-accuracy Cross Hole Sonic Logging (CSL) testing

• Detects voids, inclusions, segregations & concrete quality variations

• Real-time ultrasonic signal display and automated data acquisition

• Advanced analysis software with detailed reporting

• Suitable for deep foundations, bored piles, drilled shafts & diaphragm walls

• Rugged, portable, and easy to operate in field conditions

The Pile Echo Tester (PET) is a reliable and user-friendly device designed to assess the integrity and continuity of foundation piles using the time-domain reflectometry (TDR) method. Engineered for quick, non-destructive evaluation, the PET helps identify major pile defects such as cracks, necking, soil inclusions, and changes in cross-section with high accuracy.

Compact and easy to operate, the PET system consists of a lightweight hammer, accelerometer, and advanced analysis software, enabling field engineers to perform quality assurance tests efficiently. With real-time waveform display, intuitive controls, and robust data interpretation tools, it ensures precise assessment of pile condition even in challenging site environments.

Ideal for construction quality control, routine inspection, and post-construction verification, the PET offers dependable performance and rapid testing without the need for extensive excavation or specialized training.

Key Highlights

• Non-destructive pile integrity testing

• Detects cracks, necking, voids & other abnormalities

• Real-time waveform analysis with advanced software

• Lightweight, portable, and easy to operate

• Suitable for cast-in-situ, driven, and precast piles

• Fast testing with no heavy setup or excavation required

• EASY TO USE – After use the beakers has an easy clean design. All the welds are ground and polished smooth and the general finish is a very high quality with no crevices
• QUALITY – Made from high quality 316L stainless steel which is polished to a high finish. All the contact welds are ground and polished to make cleaning easy. BSE free.
• FLEXIBILITY – available in 250ml, 500ml, 1 litre, 2 litre and 3 litre , 5 litre , 10 litre , 15litre , 20 litre , Other sizes on request

Salient Features:

• Loading Accuracy as high as ±1%
• Straining rate to cover a wide range of materials
• Continuous roll type load elongation recorder
• High reading accuracy due to large size and design of dial
• Simple controls to facilitate ease of operation
• Fully enclosed and protected load measuring system
• Wide range of standard and special accessories including load stabilizer Robust straining frame Suitable for standard specimen and also structures.
• Motorized UP / DOWN movement of lower crosshead to enable easy and rapid fixing of test specimen.

Auto load selection facility:

• The machine consists of Straining Unit, Control panel (Power pack, complete with drive motor and an oil tank, control valve, a pendulum dynamometer, a load indicator system and an autographic recorder.