Crinoid Fossil

Olenus sp. ( Trilobite ) a twin specimen in matrix, in a black granite base, from Marroco.

Big size specimen from the Devonian period ( 400/350 million years ), for collectors but also a great decor piece. 

Ammonite sliced - Cristal clusters - mounted on a handmade brass stand. 

Aioloceras besairie (>140mm) Lower Cretaceous, Albian (100.5–113.0 million years), from Mahajanga, Madagascar.

These ammonite sliced in two parts has been polished for showing the breathtaking inside colors and patterns. 

Fossil sea urchin - Gymnocidaris koechlini - Excellent fossil of a sea urchin in life position.

The sea urchin and the spines finest details have been preserved and have been carefully arranged in position of life. The spines preserves the original colouring patterns. Sea urchin with 10 cm spicules - from medium Jurassic, Bajociano (168.3-170.3 million years), Boulemane, Morocco.

An exceptional Museum Quality slab with five Gigantopecten restitutensis fossil from Vaucluse quarry in S.E. France.

Lower Miocene (Burdigalien), around 20 to 16 million years.

It is very well prepared and clean, a "one of a kind" piece!

Nicaisolopha nicaisei from Upper Cretaceous of Cajamarca Peru, mounted in a white lacquered wood base.

Cretolamna Aschersoni in matrix, in acrylic base.

Beautiful Lamna Aschersoni shark teeth in their natural matrix, from Cretaceous era (66.0–145.0 million years) - Oued Zem – Morocco.

Madagascar Copal Amber with leaves and insects, mounted in a handmade dark brass base.

Amber is a substance derived from resins (Fossil Resin) of trees and plants that, buried for millions of years, underwent into a fossilization process.

These resins produced by plants acted as protection against the action of bacteria and against the attack of insects that punctured the bark until reaching the interior of the trees.

Over millions of years, amber-forming organic substances ended up forming a hardened, weather-resistant resin.

Madagascar Copal Amber with leaves and insects

Amber is a substance derived from resins (Fossil Resin) of trees and plants that, buried for millions of years, underwent into a fossilization process.

These resins produced by plants acted as protection against the action of bacteria and against the attack of insects that punctured the bark until reaching the interior of the trees.

Over millions of years, amber-forming organic substances ended up forming a hardened, weather-resistant resin.

Jimbacrinus Bostocki (Crinoid Fossil - Ordovician 488 million years)

This is a rare piece, mass mortality plate of Jimbacrinus bostocki crinoid fossils from Western Australia with over 8 individuals on it.

These crinoids are 3D and have a very alien appearance.

The plate is 32cm x 20cm and has been nicely prepared.

These Jimbacrinus crinoids are hard to acquire due to Australia's strict fossil export laws.

This specimen was exported legally during the 80's and was part of a collection for years before being recently re-prepared.

A great echinoderm Blastoide, from East Timor Permic beds, in an exotic tecula wood base.

Deltablastus permicus in matrix, from the Permiam period (circa 250 million years).

Natural, unbroken slab filled with wonderful naturally occurring orthoceras fossils that was once part of the prehistoric ocean floor over 400 million years ago, in a rose marble base.

As these forms of prehistoric squid were covered in ocean sediments prior to fossilization, the majority of the creatures will be facing in the same relative position, having been lined up by currents on the sea floor prior to being buried.

The fossils are exposed in their natural surrounding matrix. The slab features normal relief as well as dramatic natural texture and detail they had tentacles and ink sacs, much like present-day squid.

Except for belemnites, cephalopods had external shells with hollow internal chambers separated by walls called septa. Devonian period, ca. 410 million years, Anti-Atlas Mountains - Southern Morocco.

Crotalocephalus gibbus fossil Trilobite, a spectacular piece featuring a perfect dorsal view, still embedded in its original matrix. Skillfully prepared, this fossil is well preserved, 100% natural, and sandblasted with no restoration or added trilobite spines or paint.

Dating back to the Lower Devonian period, Landhar formation, Pragian stage (410 – 407 million years), this specimen was recovered from Aatchana, Errachidia Province, Morocco.

It is mounted on a black lacquered double wood base.

Pleuroceras solare - Pyritised Lower Jurassic Ammonite from Germany, mounted in a black lacquered wood base.

A pyritised ammonite, which has been brass brushed to enhance the golden colour.

Hawskerense Subzone, Spinatum Zone, Middle Lias, Lower Jurassic, Butterheim, Germany Age:- 190 Million Years Old Ammonite. 

Carcharocles megalodon - Neogen - Miocene, Burdigalian (15.97 - 20.44 million years) - Indonesia. A huge, extra large and superb tooth, with a wonderful colouration, as characterise the megalodon of Indonesia. Beautiful teeth with a colour very similar to those of Chile and Peru, deposits closed for a long time. These megalodons have been on the market very recently.

Orthoceras column fossil, a captivating relic hailing from a time more than 400 million years ago. These prehistoric squid-like beings, preserved through eons within oceanic sediments, offer an unparalleled glimpse into the past. Elegantly aligned by primordial currents on the ocean floor prior to their entombment, these creatures maintain their relative positions, frozen in the embrace of time.

Skillfully revealed through meticulous exposure and a masterful polish, the fossils come to life against their matrix backdrop. The artful interplay of light and shadow accentuates the delicate features of these long-extinct cephalopods. With their tentacles and ink sacs, reminiscent of their modern-day squid counterparts, these creatures possessed a mystique that transcends eras. Notably, these cephalopods boasted external shells, characterized by hollow internal chambers partitioned by intricate walls known as septa, a fascinating trait shared by their kin.

Originating from the Devonian period approximately 410 million years in the past, this fossil bears witness to the eons that have passed, finding its origin amidst the rugged landscapes of the Anti-Atlas Mountains in Southern Morocco.

Phacops sp. from the Middle Devonian period ( 395 million years ) of  the Djebel Issoumour area, Atlas Mountains - Morocco.

Prepared and restored, excellent for beginner collectors or as decor piece, in a black lacquered wood pedestal.