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$ 1,200.00 USD
⚠️ Do NOT use alcohol for cleaning acrylic parts.
The Combined Plate Chamber is a standard manufacture fitting virtually any type of inverted microscope.
As described in UNESCO's Phytoplankton Manual (published 1978) the Combined Plate Chamber allows you to look at sedimented plankton samples from a very short distance. How? Put the sample into a cylinder on top of the rectangular plexiglass plate with a thin base plate, let the fixed plankton concentrate and after sedimentation simply push the cylinder with excess liquid aside. The handling support underneath the plate will collect the extra water from the cylinder. You can now take the plate and examine the sample under an inverted microscope. Three calibrated cylinder sizes are provided with each set allowing to analyze different sample volumes.
The basic kit includes a set of cylinders 10 / 50 / 100 ml. Complete with cover plates, also base plates and handling support. The complete kit includes in addition a cylinder of 25 ml, and additional cover and base plates. Items can be purchased separately too.
The Base Plate Set, includes the Base Plate, the Threaded Ring and the Ring Detacher.
Cámara de Sedimentación Combinada (Cámara Utermöhl)
Camara de Sedimentacion Combinada (Camara Utermohl)
$ 1,985.00 USD
Folsom’s Plankton Sample Divider provides a fast and easy method to divide large plankton samples...
$ 2,205.00 USD
The Bottom Sampler acc. to Ekman-Birge is a quantitative sampler with precise sampling area to achieve nearly undisturbed samples in soft grounds. It consists of a sturdy-walled metal cabinet equipped with two spring-loaded jaws which are released by a messenger. Two light plates cover the top opening of the sampler to prevent the sample from being washed out during ascent.
Ref. | Box Size (cm) | Material | Optional | Grasping Area | Weight |
437-200 | 15x15x20 | Powder-coated Brass | None | 225 cm² | 3.5 kg |
437-201 | 15x15x20 | Powder-coated Brass | w/ Perforated Stainless Steel Plate | 225 cm² | 3.5 kg |
437-210 | 15x15x20 | Powder-coated Brass | Lead-weighted | 225 cm² | 7.5 kg |
437-212 | 15x15x20 | Stainless Steel | None | 225 cm² | 3.5 kg |
437-213 | 15x15x20 | Stainless Steel | Lead-weighted | 225 cm² | 7.5 kg |
437-214 | 20x20x35 | Stainless Steel | None | 400 cm² | 7.0 kg |
437-215 | 20x20x35 | Stainless Steel | Lead-weighted | 400 cm² | 11.0 kg |
Dragas Ekman, Dredge, Dredges, Draga
$ 2,015.00 USD
The Bottom Samplers acc. to Van Veen are designed to obtain qualitative sediment samples with minimal disturbance from any desired depth. Their clamshell jaws remain open during descent and automatically close when the sampler touches the seabed and is pulled up, securing the sample and preventing wash-out. Heavy versions include additional lids or inspection windows, covered with stainless steel gauze and rubber flaps, that allow visual inspection before retrieval. Models range from light 5.5 kg samplers to heavy 60 kg ISO-compliant designs, providing versatile solutions for hydrographic surveys, aquatic research, and environmental monitoring in compliance with EN ISO 16665 standards.
Van Veen Bottom Sampler, clamshell sampler, sediment sampler, soft ground, medium ground, low-disturbance sediment, qualitative sampling, EN ISO 16665, stainless steel gauze, rubber flaps, hinged lids, rope operated sampler, benthic sampling, hydrography, environmental monitoring, sediment retrieval, aquatic research Dragas Ekman Dredge Dredges Draga
Ref. | Overall Size | Material | Grasping Area | Weight |
437-330 | 20 x 25 x 60 cm | Stainless Steel | 250 cm² | 5.5 kg |
437-332 | 35 x 42 x 90 cm | 1000 cm² | 25 kg | |
437-333 | 36 x 45 x 90 cm | 1250 cm² | 35 up to 65 kg | |
437 337 | 36 x 45 x 90 cm | 1250 cm² | 35 up to 65 kg | |
437 338 | 35 x 42 x 90 cm | 1000 cm² | 25 kg |
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The Integrating Water Sampler IWS III is a light and handy instrument for the acquisition of summing (integrated) water samples according to the EU-WFD (European Water Framework Directive). The integrated sample is automatically achieved in one single draft. There is no need for repeated operations of standard water samplers, followed by mixing procedures.
The sampling technique is very simple. An electric motor actuates a piston inside a transparent tube. A microprocessor controls the sampling procedure according to the pre-selected depth, time or spot scenario. A built-in high precision pressure sensor cares for accurate depth measurements. Power supply of the sampler is made by rechargeable lithium-ion batteries, using the safest chemistry currently available.
Integrating Water Sampler, IWS III, water sampling device, depth integrated sampling, time integrated sampling, spot sampling, 2.5 L water sampler, 5 L water sampler, 100 m depth sampler, EU Water Framework Directive, rechargeable Li-Ion battery, LiFePO4, pressure sensor, Bluetooth connection, OceanLab3 software, telemetry, environmental monitoring, limnology, oceanography, hydrobios
Sample volume | 2.5 l | 5 l |
Height | 72 cm | 88 cm |
Diameter | 19 cm | |
Weight on air | 7.5 kg (empty) | 8 kg (empty) |
Operational depth | 100 m | |
Pressure sensor | 0.1 %fs | |
Pressure resolution | <0.0025 %fs | |
Power supply underwater unit | Lithium iron phosphate (LiFePO4) |
$ 875.00 USD – Sold Out
Mechanical counter to quantify water filtered by plankton nets. The main application of the Mechanical...
$ 5,035.00 USD
ICES standard for phytoplankton primary production measurements.
One of the most important marine processes is the formation of organic material resulting from the interaction of carbon dioxide, water and sunlight, a process known as photosynthesis. The ability to measure this process is of great importance when assessing marine pelagic systems. In practice the best way to measure photosynthesis is to look at the absorption of carbon dioxide. The high sensitivity of carbon dioxide absorption measurements allows to use this method under all circumstances. Neither low or very high algal concentrations nor low light conditions and low temperatures are restrictions for this method.
Based on the 14C method, using the absorption of the radio-active 14C isotope of carbon (Steemann-Nielsen, 1952), the ICES Incubator is the ICES standard for phytoplankton primary production measurements.The incubator shown here has been mainly developed for monitoring purposes. It should be used preferably for water samples taken from a mixed water layer with a fixed temperature. Measurements of the amount of phytoplankton (based on chlorophyll-a concentration measurements) should be carried out for interpretation purposes.
The ICES Incubator consists of an illuminated transparent plexiglass tank incorporating a turning wheel on which 12 experimental bottles can be clamped. The tank is filled with water which is set in motion by an adjustable circulating pump. Thus the turning wheel is set in rotation at speeds up to 10 rpm with the experimental bottles acting as paddles. Tank connections for a second water circulation allow for temperature adjustments of the water by using external tempering equipment.
The 12 experimental bottles of 50 ml capacity each have different optical coatings, so that each bottle has individual transmission rates and thus generating a number of 12 different irradiance (or light intensity) levels. The illumination unit is equipped with 10 fluorescent tubes with a wave spectrum according to ICES specifications, each can be switched individually. For higher irradiance levels a second illumination unit can be mounted onto the ground plate of the ICES Incubator.
Ground plate | with fixing screws for plexiglass tank and illumination unit, Dimensions: 510 x 325 x 20 mm |
Centrifugal pump | Hauling capacity: 10 l/min. (power supply 220 - 240 V AC, 50 / 60 Hz required), 2 PVC tubings, 415 mm long |
Illumination unit | 10 individually switchable fluorescent tubes (power supply 220 - 240 V AC, 50 / 60 Hz required), dimensions: 350 x 335 x 150 mm |
Plexiglass tank | with diaphragm valve and hose nozzles, Dimensions: 350 x 400 x 100 mm |
Turning wheel | for 12 experimental bottles, dimensions: 180 mm dia. |
Power supply | 220 - 240 VAC |
Product ID | 450 000 |
Incubador ICES, Incubadora ICES
$ 333.95 USD
Easy Retrieval of Precise Small Plankton Sub-Samples Plunger Sampling Pipette acc. to Hensen 0.1 ml...
$ 351.75 USD
Tubular Plankton Chambers are used for microscopic analysis of plankton samples. The sedimentation process is carried out inside the original inspection cylinder to avoid any falsification of the samples during handling. The chamber consists of a plexiglass tube with an unscrewable metal base ring holding a thin base plate of just 0.2 mm. Analysis of the sample is made on inverted microscopes. Our scope of delivery includes one chamber, one glass cover plate and a set of 50 glass base plates.
Cámaras Tubulares de Placton
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