Large number of samples compared to other commercially available devices
Infinite variable speed control
The Overhead-shaker is used to homogenize soil samples. Several sample vessels may be fixed between two metal mesh baskets which rotate at a stepless controllable speed of up to 50 revolutions per minute around a rigid rotational axis. The current speed is shown in a digital display.
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Advantages at a glance
Large number of samples compared to other commercially available devices
Infinite variable speed control
The Overhead-shaker is used to homogenize soil samples. Several sample vessels may be fixed between two metal mesh baskets which rotate at a stepless controllable speed of up to 50 revolutions per minute around a rigid rotational axis. The current speed is shown in a digital display.
Complete analysis for 12 samples in 4 fractions per day possible
Exact realization of the prescribed measuring conditions
High repeatability
The Sedimat 4-12 is a laboratory instrument for the automated determination of the particle size distribution in mineral soils according to DIN ISO 11277 (Köhn analysis) on up to 12 samples with 4 fractions (<0.002 mm to <0.063 mm). Optionally, 2 fractions can be determined according to US nomenclature.
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Reduction of the workload
Complete analysis for 12 samples in 4 fractions per day possible
Exact realization of the prescribed measuring conditions
High repeatability
The Sedimat 4-12 is a laboratory instrument for the automated determination of the particle size distribution in mineral soils according to DIN ISO 11277 (Köhn analysis) on up to 12 samples with 4 fractions (<0.002 mm to <0.063 mm). Optionally, 2 fractions can be determined according to US nomenclature.
Our compact 5-fold Peristaltic pump system as a tabletop variant is a laboratory device with which you can convey or dose liquids (which are within the application range of the Verderprene hose) with a small flow rate. The flow rate is manually adjusted steplessly and independently of each other using a PWM motor speed controller with start-stop button for all five Peristaltic pump systems.
This gives you a device that allows you greater flexibility in pumping experiments with small flow rates.
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for five different peristaltic pump systems
for small flow rates
practical table version
infinitely and independently adjustable
Our compact 5-fold Peristaltic pump system as a tabletop variant is a laboratory device with which you can convey or dose liquids (which are within the application range of the Verderprene hose) with a small flow rate. The flow rate is manually adjusted steplessly and independently of each other using a PWM motor speed controller with start-stop button for all five Peristaltic pump systems.
This gives you a device that allows you greater flexibility in pumping experiments with small flow rates.
Our air or gas pycnometer is an innovative measuring instrument for the determination of the air-filled pore volume, the solid volume as well as the solid density (dry bulk density) of a substrate sample in the laboratory. Especially the pore volume is a decisive factor for the evaluation of a soil for many questions of water balance, soil management or soil remediation. Air and water conductivity, as well as water and nutrient retention capacity are directly related to pore volume.
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Large measuring chamber
Examination of large samples possible
No lancing cylinders required
No additional equipment required
Our air or gas pycnometer is an innovative measuring instrument for the determination of the air-filled pore volume, the solid volume as well as the solid density (dry bulk density) of a substrate sample in the laboratory. Especially the pore volume is a decisive factor for the evaluation of a soil for many questions of water balance, soil management or soil remediation. Air and water conductivity, as well as water and nutrient retention capacity are directly related to pore volume.
Complete set for the wet sieving method, to determine the aggregate stability of soil. This provides valuable insights into the sensitivity of soils to water and wind erosion
Works with simple disturbed samples
8 inert beakers allow for the use of chemicals
Pre-programmed grain-wash time
Determines the susceptibility to (splash) erosion
Sieve out the grains from 0.04 to 0.079 in (1.00 to 2.00 mm)
The grains falling apart are measured
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Complete set for the wet sieving method, to determine the aggregate stability of soil. This provides valuable insights into the sensitivity of soils to water and wind erosion
Works with simple disturbed samples
8 inert beakers allow for the use of chemicals
Pre-programmed grain-wash time
Determines the susceptibility to (splash) erosion
Sieve out the grains from 0.04 to 0.079 in (1.00 to 2.00 mm)
The Royal Eijkelkamp penetrologger is a versatile instrument for in-situ measurement of soil penetration resistance. This electronic penetrometer comes with a built-in datalogger and memory for up to 1500 measurements.
Incorporated fast GPS, data is auto-stored
Traffic ability or load bearing capacity research
No mechanical parts, strong and reliable
Numerous different projects can be defined
Geotechnical soil research
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The Royal Eijkelkamp penetrologger is a versatile instrument for in-situ measurement of soil penetration resistance. This electronic penetrometer comes with a built-in datalogger and memory for up to 1500 measurements.
A complete solution for saturated paste extraction used in EC and pH measurements, nutrient analysis, pollutant testing, and other laboratory applications. Designed for amateurs and professionals alike, it is ideal for training, teaching labs, and research environments.
This system is easy to set up, simple to operate, and effortless to maintain. It combines robust construction with high performance, offering a cost-effective and scalable filtration platform. Its clean, compact design helps keep your workspace organized: no need to run vacuum lines all over the lab.
The large-capacity 90 mm Büchner funnels are perfect for foaming or high-volume samples, and the system can accommodate various funnel types and sizes as needed. The included 1000 mL amber GL45 collection bottles support large sample volumes and minimize the risk of overflow.
A complete solution for saturated paste extraction used in EC and pH measurements, nutrient analysis, pollutant testing, and other laboratory applications. Designed for amateurs and professionals alike, it is ideal for training, teaching labs, and research environments.
This system is easy to set up, simple to operate, and effortless to maintain. It combines robust construction with high performance, offering a cost-effective and scalable filtration platform. Its clean, compact design helps keep your workspace organized: no need to run vacuum lines all over the lab.
The large-capacity 90 mm Büchner funnels are perfect for foaming or high-volume samples, and the system can accommodate various funnel types and sizes as needed. The included 1000 mL amber GL45 collection bottles support large sample volumes and minimize the risk of overflow.
