Botanik

The model shows the detail of an individual flower enlarged by a factor of about 8 to 1 and with a pollen scattering mechanism included. The true-to-life models can be dismantled into 12 parts for even greater clarity. On the base, there is also an 3-to-1 enlargement of an open ripe pea pod.   Dimensions: […]

The chamomile plant belongs to the family popularly known as asters, composites, daisies or sunflowers (Asteroideae, formerly known as Compositae). In our models of the flower of a real chamomile, both inflorescences and individual flowers are depicted in a highly detailed and clear fashion. Inflorescences are enlarged by a factor of 10 to 1 with […]

Enlarged 10 – 20x life-size, 3 individual models Family: Asteraceae Dandelion belongs to the Asteraceae family of composite flowers.  Characterized by numerous florets arranged in a dense inflorescence that is contained by overlapping green bracts that open and close to protect the flower.  The word dandelion refers to the large tooth-like indentations on the plant’s […]

This relief model shows the absorption zone of a dicotyledonous plant. The model shows the absorption zone of the root of a white mustard (sinapis alba) plant. Dimensions 43 x 43 x 8 cm

Enlarged 8x life-size, 2-part Family: Solanaceae In nature, the Potato flower branches usually divide into two stalks, each with multiple flowers. The gramopetalous corolla’s 5 points are radially symmetrical, marked by yellow lines that equally transverse & divide. The 5 stamen sets are fused to form a conical stamina. The corolla and stamina detach to […]

Enlarged 3x life-size, 2-part Family: Liliaceae Monocotyledonous Lily grasses are characterized by underground stems called bulbs that vegetatively reproduce. Likewise their large funnel-shaped flowers are two sets of three sepals in radially symmetrical whorles. The inner circle is produced by two sets of three detachable stamina. The inner chasm is painted a delightful gradient starting […]

Celandine or Pilewort (Ficaria vema) Enlarged 10x life-size, 1-part Family: Ranunculaceae The family of Ranunculaceae depicts an ancient flower structure. Also known as both the buttercup or crowfoot family the number of the flower parts are indefinite, especially the male and female parts. In this case, the flower has 8 petals encased in 3 slim […]

Denna växtmodell visar ett boklövs histologiska struktur (Fagus silvatica). Lövets struktur är förstorad 1 500 gånger. Mått:        ca 29 x 29 x 8,5 cm³ Vikt:         ca 2 kg   Mått 29 x 29 x 8,5 cm

Enlarged 12x life-size, 3-part Family: Brassicaceae Brassicaceae, formerly known as Crucifereae, is named for its Cross-like (Cruciferous) flower. Unique in the plant world for having 4 petals, Rapaseed does not follow Fibonacci’s sequence. The fruit of Rapaseed is refined to make Canola oil. With 30-40% high sugar content it makes an excellent source of food […]

This model shows the blossom of a wild cherry tree (3-parts) enlarged 7 times as well as a cherry fruit enlarged 3 times. The cherry blossom can be split into two halves to reveal the removable ovary with style and stigma.   Dimensions: approx. 20x22x26.5 cm Weight:          approx. 1 kg Dimensions 32.5 cm

Cross section of a Creeping Buttercup stem with collateral open vascular bundles. The model shows the typical stem structure of a dicotyledon enlarged by a factor of 250. Dimensions:        approx. 28×7 cm² Weight:          approx. 0.8 kg   Dimensions 28 x 7 cm

Advantages ·         The flower can be taken apart ·         The lever mechanism can be demonstrated   At 15 times magnification, the model shows the detailed structure of a single flower with its pollination mechanism. For further illustration, the model separates into four components. The typical lever mechanism for picking up pollen which then sticks to […]

The two piece plant cell model shows the structures of a typical plant cell as viewed by an electron microscope. The cytoplasm and all important organelles of the plant cell are in raised relief and displayed in colour. Features included in the plant cell model: ·         Cell wall ·         Cell membrane ·         Nucleus ·         Smooth […]

Vävnadsstruktur i en växt är detaljerad i längsgående och laterala vyer. Denna modells vävnadsstruktur är förstorad 200 gånger. Modellen föreställer vävnadsstrukturen i en solblommas stjälk (Helianthus annus).

The pollination of the angiosperms can be taught on this magnified dicotyledonous flower model of an idealized flower with, torus, ovary, and style. Removable parts of the dicotyledonous flower are: 3 petals 4 sepals 4 filaments 2 anthers and the ovary are cut partly to show the inner structures of the dicotyledonous flower. 6 pollen […]