Orbital thermo-shaker MATRIX Orbital Delta Plus
sample preparationbenchtopdigital

orbital thermo-shaker
orbital thermo-shaker
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Characteristics

Motion type
orbital
Applications
sample preparation
Configuration
benchtop
Display
digital
Other characteristics
programmable, cooling, heating
Speed

Max.: 3,000 rpm
(18,849.6 rad.min-1)

Min.: 0 rpm
(0 rad.min-1)

Temperature range

Max.: 100 °C
(212 °F)

Min.: 1 °C
(33.8 °F)

Description

The all-rounder Matrix Orbital Delta plus mixes, heats and cools reliably with variable inserts. Whether blood samples, pharmaceutical agents, DNA/RNA samples or ELISA assays - reaction vials and plates with even the smallest volumes are reliably mixed and tempered in all laboratory applications. No cross-contamination and an optimal mixing result. In addition, Matrix Orbital Delta plus comes with numerous user-friendly features: -Large and clear display with a convenient menu structure allows for an intuitive operation -Firm quick-release fastener for quick and easy changing of the inserts/attachments as well as an automatic attachment detection -Quick and effective mixing of liquids with up to 3,000 rpm and 3 mm shaker diameter -Reduced waiting time through fast heating and cooling rates of up to 6 °C/min (heating) or 2.5 °C/min at set-point temperature above the ambient temperature (cooling, 0.5 °C/min at set-point temperature between ambient temperature and 15 °C below ambient temperature) -Two different speed modes for sample-specific temperature control -Automatic performance of mixing, heating and cooling tasks through programmable ramps -Wide range of inserts for reaction vessels and plates -Intelligent speed adaption to insert, attachment and filling volume -Aluminum die cast housing ensures secure positioning, excellent stability and everyday robustness

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.