Geotechnical Investigation Equipment
Drilling & In Situ Equipment
Drilling & In Situ Equipment
Derrick – Drilling tower – Heave Compensator
Derrick: Tall, 10-meter high structure
Used for hoisting and supporting drilling equipment
Provides the main structural support and lifting capability for the drilling operations
Drilling Tower: 6.7-meter tall tower
Possibly a Piezocone Penetration Test (PCPT) tower
Used for conducting soil surveys and subsurface investigations
Provides additional specialized capabilities beyond just the drilling functions
Heave Compensator: Specialized mechanism attached to the derrick
Designed to compensate for the vertical motion (heave) of the drilling platform
Helps stabilize the drilling equipment and operations in response to wave action and other environmental factors
Enables more precise and controlled drilling by counteracting the platform’s vertical movement
Derrick – Drilling tower – Heave Compensator
Derrick: Tall, 10-meter high structure
Used for hoisting and supporting drilling equipment
Provides the main structural support and lifting capability for the drilling operations
Drilling Tower: 6.7-meter tall tower
Possibly a Piezocone Penetration Test (PCPT) tower
Used for conducting soil surveys and subsurface investigations
Provides additional specialized capabilities beyond just the drilling functions
Heave Compensator: Specialized mechanism attached to the derrick
Designed to compensate for the vertical motion (heave) of the drilling platform
Helps stabilize the drilling equipment and operations in response to wave action and other environmental factors
Enables more precise and controlled drilling by counteracting the platform’s vertical movement
Hydraulic Power Swivel
Description: This Power Swivel is capable of handling a wide variety of drilling tools and accessories, making it suitable for a wide range of drilling applications.
Key Features: High-torque, high-speed rotary head with a maximum torque of 500 Nm and a maximum speed of 1,000 rpm – Hydraulically-powered for precise control and smooth operation – Compatible with a wide range of drilling tools and accessories, including augers, coring barrels, and down-the-hole hammers – Rugged and durable construction for reliable performance in demanding environments – Integrated safety features, including emergency stop and overload protection – Easy to install and maintain, with a modular design for quick tool changes
Physical Specifications: Dimensions (L x W x H): 1,200 mm x 700 mm x 800 mm – Weight: 450 kg – Maximum Torque: 500 Nm – Maximum Speed: 1,000 rpm – Hydraulic Flow Rate: 100-200 L/min – Hydraulic Pressure: 210 bar – Spindle Size: 3.5″ API
Hydraulic Power Swivel
Description: This Power Swivel is capable of handling a wide variety of drilling tools and accessories, making it suitable for a wide range of drilling applications.
Key Features: High-torque, high-speed rotary head with a maximum torque of 500 Nm and a maximum speed of 1,000 rpm – Hydraulically-powered for precise control and smooth operation – Compatible with a wide range of drilling tools and accessories, including augers, coring barrels, and down-the-hole hammers – Rugged and durable construction for reliable performance in demanding environments – Integrated safety features, including emergency stop and overload protection – Easy to install and maintain, with a modular design for quick tool changes
Physical Specifications: Dimensions (L x W x H): 1,200 mm x 700 mm x 800 mm – Weight: 450 kg – Maximum Torque: 500 Nm – Maximum Speed: 1,000 rpm – Hydraulic Flow Rate: 100-200 L/min – Hydraulic Pressure: 210 bar – Spindle Size: 3.5″ API
Drilling Water Pump
Description: A pump used to circulate water during drilling operations, cooling the drill bit and removing cuttings.
Key Features: High flow rate to ensure effective cooling and removal of debris.
Portable design for easy transport to various sites.
Drilling Water Pump
Description: A pump used to circulate water during drilling operations, cooling the drill bit and removing cuttings.
Key Features: High flow rate to ensure effective cooling and removal of debris.
Portable design for easy transport to various sites.
CPT Winch
Description: The CPT Winch is a sophisticated wireline system designed for Cone Penetration Testing (CPT), allowing for precise soil sampling and profiling at significant depths. It is equipped with remote control features and is suitable for various soil conditions.
Key Features: Pushing force options: 50 kN, 100 kN, or 150 kN
Maximum water depth and drilling depth of up to 1,000 m
CPT stroke length of up to 3 m
Remote-controlled electric winch with self-tensioning capabilities
Physical Specifications: Dimensions: 2000 mm (L) x 2600 mm (W) x 2180 mm (H)
Total weight: 6600 kg
Winch drum capacity: 1200 m
Maximum winch speed: 2 m/sec
CPT Winch
Description: The CPT Winch is a sophisticated wireline system designed for Cone Penetration Testing (CPT), allowing for precise soil sampling and profiling at significant depths. It is equipped with remote control features and is suitable for various soil conditions.
Key Features: Pushing force options: 50 kN, 100 kN, or 150 kN
Maximum water depth and drilling depth of up to 1,000 m
CPT stroke length of up to 3 m
Remote-controlled electric winch with self-tensioning capabilities
Physical Specifications: Dimensions: 2000 mm (L) x 2600 mm (W) x 2180 mm (H)
Total weight: 6600 kg
Winch drum capacity: 1200 m
Maximum winch speed: 2 m/sec
SBF Winch
Description: The SBF Winch is a robust equipment designed for seabed operations, particularly in stabilizing drill strings during testing and sampling processes. It supports various lifting methods and ensures safe operation in marine environments.
Key Features: Designed for deep-water operations with a maximum capacity of up to 3000 m depth
Equipped with optional tension compensation for safe lifting in deeper waters
Multi-sensor integration for real-time monitoring of equipment status
Physical Specifications: Dimensions: Varies based on configuration but typically around 2000 mm (L) x 2600 mm (W) x 2180 mm (H)
Weight specifications vary based on the model but can be around several tons depending on the configuration and additional features.
SBF Winch
Description: The SBF Winch is a robust equipment designed for seabed operations, particularly in stabilizing drill strings during testing and sampling processes. It supports various lifting methods and ensures safe operation in marine environments.
Key Features: Designed for deep-water operations with a maximum capacity of up to 3000 m depth
Equipped with optional tension compensation for safe lifting in deeper waters
Multi-sensor integration for real-time monitoring of equipment status
Physical Specifications: Dimensions: Varies based on configuration but typically around 2000 mm (L) x 2600 mm (W) x 2180 mm (H)
Weight specifications vary based on the model but can be around several tons depending on the configuration and additional features.
5.5” API Drilling pipe
Description: A standard drilling pipe used in the oil and gas industry, designed to withstand high pressures and provide a connection between the drill bit and the surface.
Key Features: Outer diameter of 5.5 inches.
Various grades available (e.g., Grade E with a minimum yield strength of 75,000 psi).
Available in different lengths (commonly 27-30 feet).
Physical Specifications: Weight: Approximately 20.89 lb/ft for Grade E.
Connection type: API thread connections.
5.5” API Drilling pipe
Description: A standard drilling pipe used in the oil and gas industry, designed to withstand high pressures and provide a connection between the drill bit and the surface.
Key Features: Outer diameter of 5.5 inches.
Various grades available (e.g., Grade E with a minimum yield strength of 75,000 psi).
Available in different lengths (commonly 27-30 feet).
Physical Specifications: Weight: Approximately 20.89 lb/ft for Grade E.
Connection type: API thread connections.
Shelby
Description: A type of sampling tube used for obtaining undisturbed soil samples during geotechnical investigations.
Key Features: Designed to minimize disturbance to soil structure during sampling.
Various lengths and diameters available based on project requirements.
Shelby
Description: A type of sampling tube used for obtaining undisturbed soil samples during geotechnical investigations.
Key Features: Designed to minimize disturbance to soil structure during sampling.
Various lengths and diameters available based on project requirements.
CPT and Shelby Jack
Description: The Shelby Jack is a type of sampling tool used in geotechnical engineering to obtain undisturbed soil samples from various depths. It consists of a cylindrical tube with a cutting edge that is driven into the ground to collect soil samples without altering their structure. This tool is essential for laboratory testing and analysis of soil properties, providing accurate data for construction and environmental assessments.
Key Features: Undisturbed Sampling: Designed to collect undisturbed soil samples, crucial for accurate laboratory testing.
Ease of Use: The Shelby Jack can be operated manually or with machinery, making it adaptable for different site conditions.
Durability: Constructed from high-strength materials to withstand the rigors of subsurface exploration.
Variable Lengths: Available in various lengths to reach different depths depending on project requirements.
Physical Specifications: Tube Diameter: ranges from 5 cm to 10 cm (2 inches to 4 inches).
Length Options: available in lengths from 1 meter to 3 meters (3.3 feet to 9.8 feet).
Cutting Edge Configuration: Features a sharp cutting edge designed for efficient penetration through soil layers.
Weight: weighs between 5 kg and 15 kg (11 lbs to 33 lbs).
CPT and Shelby Jack
Description: The Shelby Jack is a type of sampling tool used in geotechnical engineering to obtain undisturbed soil samples from various depths. It consists of a cylindrical tube with a cutting edge that is driven into the ground to collect soil samples without altering their structure. This tool is essential for laboratory testing and analysis of soil properties, providing accurate data for construction and environmental assessments.
Key Features: Undisturbed Sampling: Designed to collect undisturbed soil samples, crucial for accurate laboratory testing.
Ease of Use: The Shelby Jack can be operated manually or with machinery, making it adaptable for different site conditions.
Durability: Constructed from high-strength materials to withstand the rigors of subsurface exploration.
Variable Lengths: Available in various lengths to reach different depths depending on project requirements.
Physical Specifications: Tube Diameter: ranges from 5 cm to 10 cm (2 inches to 4 inches).
Length Options: available in lengths from 1 meter to 3 meters (3.3 feet to 9.8 feet).
Cutting Edge Configuration: Features a sharp cutting edge designed for efficient penetration through soil layers.
Weight: weighs between 5 kg and 15 kg (11 lbs to 33 lbs).
Drilling Bit (Roller Type)
Description: A type of drill bit that uses rotating rollers to penetrate rock formations.
Key Features: Durable construction for extended use in tough conditions.
Available in various sizes and configurations depending on the drilling requirements.
Drilling Bit (Roller Type)
Description: A type of drill bit that uses rotating rollers to penetrate rock formations.
Key Features: Durable construction for extended use in tough conditions.
Available in various sizes and configurations depending on the drilling requirements.
Inner of Core Barrel
Description: The inner section of a core barrel used to retrieve core samples from the ground during drilling operations.
Key Features: Designed to preserve the integrity of core samples during extraction.
Various diameters available depending on application needs..
Inner of Core Barrel
Description: The inner section of a core barrel used to retrieve core samples from the ground during drilling operations.
Key Features: Designed to preserve the integrity of core samples during extraction.
Various diameters available depending on application needs..
14 tons Sea Bottom Frame (SBF)
Description: A structural frame designed to support equipment on the seabed during underwater operations.
Key Features: Robust construction to withstand marine conditions.
Designed for stability and support during drilling activities.
Physical Specifications: Weight capacity: 14 tons.
14 tons Sea Bottom Frame (SBF)
Description: A structural frame designed to support equipment on the seabed during underwater operations.
Key Features: Robust construction to withstand marine conditions.
Designed for stability and support during drilling activities.
Physical Specifications: Weight capacity: 14 tons.
Laboratory Equipment
Laboratory Equipment
Geotechnic Laboratory
Description: A laboratory setup for geotechnical engineering, which involves the study of soil and rock mechanics. This laboratory is equipped with various instruments and equipment used for testing and analyzing soil and rock samples.
Key Features: Hydraulic Press: A large hydraulic press is visible, which is likely used for compaction or strength testing of soil and rock samples.
Measurement Instruments: The lab is equipped with multiple pressure gauges, digital displays, and other measurement instruments to monitor and record data during testing.
Miscellaneous Equipment: The image shows additional equipment such as containers, hoses, and other accessories that are commonly used in a geotechnical laboratory.
Geotechnic Laboratory
Description: A laboratory setup for geotechnical engineering, which involves the study of soil and rock mechanics. This laboratory is equipped with various instruments and equipment used for testing and analyzing soil and rock samples.
Key Features: Hydraulic Press: A large hydraulic press is visible, which is likely used for compaction or strength testing of soil and rock samples.
Measurement Instruments: The lab is equipped with multiple pressure gauges, digital displays, and other measurement instruments to monitor and record data during testing.
Miscellaneous Equipment: The image shows additional equipment such as containers, hoses, and other accessories that are commonly used in a geotechnical laboratory.
Sieve Analysis
Description: Sieve analysis is a method used to determine the particle size distribution of granular materials, such as soil, sand, and aggregates. It is widely used in civil engineering and other industries to classify materials and assess their suitability for various applications.
Key Features: Includes test sieves and sieve shakers; suitable for dry and wet sieving; allows separation of particles based on size; durable and corrosion-resistant materials; supports multiple sieve layers for detailed analysis.
Sieve Analysis
Description: Sieve analysis is a method used to determine the particle size distribution of granular materials, such as soil, sand, and aggregates. It is widely used in civil engineering and other industries to classify materials and assess their suitability for various applications.
Key Features: Includes test sieves and sieve shakers; suitable for dry and wet sieving; allows separation of particles based on size; durable and corrosion-resistant materials; supports multiple sieve layers for detailed analysis.
Motorized Liquid Limit Apparatus (Casagrande)
Description: The Motorized Liquid Limit Apparatus (Casagrande) is used to determine the moisture content at which clay soils transition from a plastic to a liquid state. It automates the process to ensure uniformity and precision, making it ideal for soil classification and geotechnical investigations.
Key Features: Motorized operation at 120 drops per minute, adjustable crank and cam mechanism, removable brass cup, blow counter, compliance with ASTM D4318, AASHTO T89, and BS 1377 standards.
Physical Specifications: Dimensions: 200x280x180 mm, Weight: 5 kg, Power supply: 220-240V, 50-60 Hz.
Motorized Liquid Limit Apparatus (Casagrande)
Description: The Motorized Liquid Limit Apparatus (Casagrande) is used to determine the moisture content at which clay soils transition from a plastic to a liquid state. It automates the process to ensure uniformity and precision, making it ideal for soil classification and geotechnical investigations.
Key Features: Motorized operation at 120 drops per minute, adjustable crank and cam mechanism, removable brass cup, blow counter, compliance with ASTM D4318, AASHTO T89, and BS 1377 standards.
Physical Specifications: Dimensions: 200x280x180 mm, Weight: 5 kg, Power supply: 220-240V, 50-60 Hz.
Pocket Penetrometer
Description: A Pocket Penetrometer is a handheld measuring tool used to evaluate the penetration resistance and compression strength of soils. It provides rapid estimates of unconfined compressive strength, crucial for determining soil stability and safety during trench excavations.
Key Features: Compact and lightweight; provides quick soil analysis; direct-reading scale in tons/sq. ft. or kg/sq. cm; rust-resistant construction; includes carrying case
Physical Specifications: Dimensions: 20 mm diameter x 173 mm length; Weight: approximately 0.5 kg.
Measurement Range: The Pocket Penetrometer is designed to measure soil strengths up to a certain range, typically up to 4.5 kg/cm² or 64 psi.
Pocket Penetrometer
Description: A Pocket Penetrometer is a handheld measuring tool used to evaluate the penetration resistance and compression strength of soils. It provides rapid estimates of unconfined compressive strength, crucial for determining soil stability and safety during trench excavations.
Key Features: Compact and lightweight; provides quick soil analysis; direct-reading scale in tons/sq. ft. or kg/sq. cm; rust-resistant construction; includes carrying case
Physical Specifications: Dimensions: 20 mm diameter x 173 mm length; Weight: approximately 0.5 kg.
Measurement Range: The Pocket Penetrometer is designed to measure soil strengths up to a certain range, typically up to 4.5 kg/cm² or 64 psi.
Pocket Shear Vane Set
Description: The Pocket Shear Vane Set is a scientifically designed soil testing instrument used for the rapid determination of shear strength of cohesive soils, either in the field or in the laboratory. It allows for the determination of multiple strength values with different orientations of failure planes and eliminates the need for sample trimming.
Key Features: Portable and easy to use; measures shear strength of cohesive soils; includes three vane sizes for different soil consistencies; calibrated dial for direct shear stress readings; robust carry case for field use.
Physical Specifications: Dimensions: 28 x 23 x 8 cm; Weight: 400 g.
Pocket Shear Vane Set
Description: The Pocket Shear Vane Set is a scientifically designed soil testing instrument used for the rapid determination of shear strength of cohesive soils, either in the field or in the laboratory. It allows for the determination of multiple strength values with different orientations of failure planes and eliminates the need for sample trimming.
Key Features: Portable and easy to use; measures shear strength of cohesive soils; includes three vane sizes for different soil consistencies; calibrated dial for direct shear stress readings; robust carry case for field use.
Physical Specifications: Dimensions: 28 x 23 x 8 cm; Weight: 400 g.
CPTu Device
Description: CPTu is a method used to determine the type, strength, and boundary limits between different soil types and their geotechnical engineering properties. It involves pushing a cone-shaped device into the ground to measure tip resistance, dynamic pore pressure, and sleeve friction, providing data for geological subsurface modeling.
Key Features: CPTu is a method used to determine the type, strength, and boundary limits between different soil types and their geotechnical engineering properties. It involves pushing a cone-shaped device into the ground to measure tip resistance, dynamic pore pressure, and sleeve friction, providing data for geological subsurface modeling.
Physical Specifications: Cone base area: 10 cm², cone angle: 60°, length: 290 mm, diameter: 35.8 mm, weight: 1.66 kg.
CPTu Device
Description: CPTu is a method used to determine the type, strength, and boundary limits between different soil types and their geotechnical engineering properties. It involves pushing a cone-shaped device into the ground to measure tip resistance, dynamic pore pressure, and sleeve friction, providing data for geological subsurface modeling.
Key Features: CPTu is a method used to determine the type, strength, and boundary limits between different soil types and their geotechnical engineering properties. It involves pushing a cone-shaped device into the ground to measure tip resistance, dynamic pore pressure, and sleeve friction, providing data for geological subsurface modeling.
Physical Specifications: Cone base area: 10 cm², cone angle: 60°, length: 290 mm, diameter: 35.8 mm, weight: 1.66 kg.
PS Logger
Description: The PS Logger is a unique sonic probe that determines P and S wave velocities from a single borehole without the need for an external source. Excellent data can be achieved across the spectrum of strata from unconsolidated sediments to the hardest of rocks. With minimal borehole preparation required and a high tolerance to surface noise the system has become the industry reference method for subsurface stiffness determination for many large civil engineering projects.
Key Features: The PS Logger probe contains a unique design of powerful hammer source and two receivers, separated by acoustic damping tubes.
To acquire data, the probe is stopped at the required depth and the source is fired under surface command. Firing causes a solenoid-operated shuttle aligned across the borehole axis to strike plates on opposite sides of the probe in turn, setting up a pressure doublet in the surrounding fluid. The resultant fluid motion produces a tube wave at the borehole wall with velocity close to the shear velocity of the formation together with a compressional wave.
Physical Specifications: Diameter:50mm, Assembled length:6.07m – 7.07m (1 or 2m filter), Shipping case length:1.45m (4.75ft) supplied in two transport cases, Assembled weight:26.5kg – 28kg (1 or 2m filter), Max. temperature:70°C, Max. pressure:6.5MPa, Transducer type: solenoid and hammer, Receiver type:3D hydrophones (p), geophones (s), Receiver spacing:1000mm (3.28ft), Waveform acquisition period:5.12mS to 409.6mS, Sampling:2.5μs minimum, Down-hole gain:0db to 42db (surface control)
PS Logger
Description: The PS Logger is a unique sonic probe that determines P and S wave velocities from a single borehole without the need for an external source. Excellent data can be achieved across the spectrum of strata from unconsolidated sediments to the hardest of rocks. With minimal borehole preparation required and a high tolerance to surface noise the system has become the industry reference method for subsurface stiffness determination for many large civil engineering projects.
Key Features: The PS Logger probe contains a unique design of powerful hammer source and two receivers, separated by acoustic damping tubes.
To acquire data, the probe is stopped at the required depth and the source is fired under surface command. Firing causes a solenoid-operated shuttle aligned across the borehole axis to strike plates on opposite sides of the probe in turn, setting up a pressure doublet in the surrounding fluid. The resultant fluid motion produces a tube wave at the borehole wall with velocity close to the shear velocity of the formation together with a compressional wave.
Physical Specifications: Diameter:50mm, Assembled length:6.07m – 7.07m (1 or 2m filter), Shipping case length:1.45m (4.75ft) supplied in two transport cases, Assembled weight:26.5kg – 28kg (1 or 2m filter), Max. temperature:70°C, Max. pressure:6.5MPa, Transducer type: solenoid and hammer, Receiver type:3D hydrophones (p), geophones (s), Receiver spacing:1000mm (3.28ft), Waveform acquisition period:5.12mS to 409.6mS, Sampling:2.5μs minimum, Down-hole gain:0db to 42db (surface control)
CPTu Calibration Device
Description: The CPTu Calibration Device is used to ensure accurate and reliable data collection during Cone Penetration Testing (CPTu), which is widely used in geotechnical investigations to identify subsurface conditions and classify soil.
Key Features: Measures multiple parameters including tip resistance, sleeve friction, and pore pressure; high accuracy and repeatability; continuous soil profiling; industry-leading calibration procedures.
Physical Specifications: Dimensions: Length 290 mm, Diameter 35.8 mm; Weight: 1.66 kg; Cone Base Area: 10 cm²; Opening angle of bit: 60°; Side sleeve surface: 150 cm².
CPTu Calibration Device
Description: The CPTu Calibration Device is used to ensure accurate and reliable data collection during Cone Penetration Testing (CPTu), which is widely used in geotechnical investigations to identify subsurface conditions and classify soil.
Key Features: Measures multiple parameters including tip resistance, sleeve friction, and pore pressure; high accuracy and repeatability; continuous soil profiling; industry-leading calibration procedures.
Physical Specifications: Dimensions: Length 290 mm, Diameter 35.8 mm; Weight: 1.66 kg; Cone Base Area: 10 cm²; Opening angle of bit: 60°; Side sleeve surface: 150 cm².
Triaxial Test Device (UU)
Description: The Triaxial Test Device (UU) is used for unconsolidated undrained triaxial compression tests on cylindrical soil samples to determine their mechanical properties under varying stress levels and drainage conditions. It is commonly used in geotechnical engineering for short-term stability assessments.
Key Features: Automated triaxial compression tests, capability to test undisturbed and remolded soil samples, adjustable test speed, and microprocessor-controlled drive system.
Physical Specifications: Dimensions: 47x61x115 cm, Weight: 105 kg, Testing speed: 0.001–51 mm/min, Power supply: 220 V, 50-60 Hz.
Triaxial Test Device (UU)
Description: The Triaxial Test Device (UU) is used for unconsolidated undrained triaxial compression tests on cylindrical soil samples to determine their mechanical properties under varying stress levels and drainage conditions. It is commonly used in geotechnical engineering for short-term stability assessments.
Key Features: Automated triaxial compression tests, capability to test undisturbed and remolded soil samples, adjustable test speed, and microprocessor-controlled drive system.
Physical Specifications: Dimensions: 47x61x115 cm, Weight: 105 kg, Testing speed: 0.001–51 mm/min, Power supply: 220 V, 50-60 Hz.
Direct Shear Test Device
Description: A Direct Shear Test Device is used to determine the shear strength properties of soil samples by performing the consolidation and shearing phase of a standard direct shear and residual shear test under automatic speed control. It is widely used in geotechnical engineering to measure soil bearing capacity, slope stability, and lateral earth pressures.
Key Features: Automatic speed control, micro stepper motor for horizontal shear load, shear box configurations (square or circular), digital control system, and compatibility with various soil sample sizes.
Physical Specifications: Dimensions: 1300 mm x 400 mm x 1250 mm; Weight: 80 kg; Power Supply: 220V±10%, 50Hz; Shear rate: 0.00001 to 9.99999 mm/min; Max. Shear Travel: 25 mm.
Direct Shear Test Device
Description: A Direct Shear Test Device is used to determine the shear strength properties of soil samples by performing the consolidation and shearing phase of a standard direct shear and residual shear test under automatic speed control. It is widely used in geotechnical engineering to measure soil bearing capacity, slope stability, and lateral earth pressures.
Key Features: Automatic speed control, micro stepper motor for horizontal shear load, shear box configurations (square or circular), digital control system, and compatibility with various soil sample sizes.
Physical Specifications: Dimensions: 1300 mm x 400 mm x 1250 mm; Weight: 80 kg; Power Supply: 220V±10%, 50Hz; Shear rate: 0.00001 to 9.99999 mm/min; Max. Shear Travel: 25 mm.
Calcimeter Test Device
Description: The Calcimeter Test Device is used for the rapid and accurate determination of calcium carbonate (CaCO3) content in various samples. It is widely applied in geomorphology, soil science, chemistry, and other scientific laboratories to ensure reliable and efficient results.
Key Features: High accuracy for calcium carbonate measurement, intuitive and easy operation, fast results to increase productivity, durable construction for long-term use.
Physical Specifications: Dimensions: 33 × 20 × 6 cm; Weight: 1.1 kg.
Calcimeter Test Device
Description: The Calcimeter Test Device is used for the rapid and accurate determination of calcium carbonate (CaCO3) content in various samples. It is widely applied in geomorphology, soil science, chemistry, and other scientific laboratories to ensure reliable and efficient results.
Key Features: High accuracy for calcium carbonate measurement, intuitive and easy operation, fast results to increase productivity, durable construction for long-term use.
Physical Specifications: Dimensions: 33 × 20 × 6 cm; Weight: 1.1 kg.
PH Meter Test Device
Description: The PH Meter Test Device, is a desktop pH and ORP meter designed for precise measurement in laboratory settings. It features an internal memory capable of storing up to 100 data points, and it includes an RS232 port for direct data transfer to computers. The device is equipped with a HOLD button, allowing users to manually record readings without errors.
Key Features: Measurement Range: pH 0.00 to 14.00 with an accuracy of 0.01 pH
ORP Measurement: ±2000 mV
Automatic Temperature Compensation: Ensures accurate readings across varying temperatures
Automatic Calibration: Supports calibration at up to five points
Internal Memory: Stores up to 100 data points for easy retrieval
Direct Data Transfer: Users can transfer stored data directly to a computer
Warranty and Service: Comes with a one-year warranty and ten years of after-sales service
Physical Specifications: Display Dimensions: 105 mm (L) x 40 mm (W)
Measurement Range for Temperature: 0°C to 80°C with an accuracy of ±0.5°C and precision of 0.1°C
Operating Humidity: Less than 90% humidity recommended
Storage Temperature: -20°C to 60°C
Compatible Probes: pH probes (models 86P3, 86P2, 86P4, 86P6, 86P7, 86P1) and ORP probe (model 850P, 86P5)
Device Dimensions: 260 mm (L) x 168 mm (W) x 58 mm (H)
Weight: 150 g
Power Supply: Operates on a 9V adapter
PH Meter Test Device
Description: The PH Meter Test Device, is a desktop pH and ORP meter designed for precise measurement in laboratory settings. It features an internal memory capable of storing up to 100 data points, and it includes an RS232 port for direct data transfer to computers. The device is equipped with a HOLD button, allowing users to manually record readings without errors.
Key Features: Measurement Range: pH 0.00 to 14.00 with an accuracy of 0.01 pH
ORP Measurement: ±2000 mV
Automatic Temperature Compensation: Ensures accurate readings across varying temperatures
Automatic Calibration: Supports calibration at up to five points
Internal Memory: Stores up to 100 data points for easy retrieval
Direct Data Transfer: Users can transfer stored data directly to a computer
Warranty and Service: Comes with a one-year warranty and ten years of after-sales service
Physical Specifications: Display Dimensions: 105 mm (L) x 40 mm (W)
Measurement Range for Temperature: 0°C to 80°C with an accuracy of ±0.5°C and precision of 0.1°C
Operating Humidity: Less than 90% humidity recommended
Storage Temperature: -20°C to 60°C
Compatible Probes: pH probes (models 86P3, 86P2, 86P4, 86P6, 86P7, 86P1) and ORP probe (model 850P, 86P5)
Device Dimensions: 260 mm (L) x 168 mm (W) x 58 mm (H)
Weight: 150 g
Power Supply: Operates on a 9V adapter
Dryer Oven
Description: An oven used for drying samples or equipment in laboratory settings.
Key Features: Adjustable temperature settings for precise drying conditions.
Uniform heat distribution to ensure even drying.
Dryer Oven
Description: An oven used for drying samples or equipment in laboratory settings.
Key Features: Adjustable temperature settings for precise drying conditions.
Uniform heat distribution to ensure even drying.
Accurate 0.01 gr Precision Balance
Description: A high-precision balance for laboratory use, capable of measuring small weights accurately.
Key Features: Readability of 0.01 g.
Easy calibration feature and RS232 port for data output.
Physical Specifications: Large backlit LCD screen for easy reading.
Accurate 0.01 gr Precision Balance
Description: A high-precision balance for laboratory use, capable of measuring small weights accurately.
Key Features: Readability of 0.01 g.
Easy calibration feature and RS232 port for data output.
Physical Specifications: Large backlit LCD screen for easy reading.
Hydrometer Package
Description: An instrument used to measure the specific gravity or density of liquids.
Key Features: Includes multiple hydrometers for different density ranges.
Typically includes a graduated cylinder for testing samples.
Hydrometer Package
Description: An instrument used to measure the specific gravity or density of liquids.
Key Features: Includes multiple hydrometers for different density ranges.
Typically includes a graduated cylinder for testing samples.
Electric Mixer
Description: A mixer used for blending materials in laboratory or field settings.
Key Features: Variable speed settings for different mixing requirements.
Durable construction suitable for various materials.
Electric Mixer
Description: A mixer used for blending materials in laboratory or field settings.
Key Features: Variable speed settings for different mixing requirements.
Durable construction suitable for various materials.