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Warrior MCV
The Warrior Mechanized Combat Vehicle
was developed in the mid 1970s by GKN Defense for the British
Army. Over 1000 of these versatile vehicles are now in use, many
upgraded with additional side Armour for use in Bosnia and the
Gulf. Models available in Lightwave, 3D Studio Max and DXF format.
Rendered images available in any bitmap format at any resolution.
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Challenger 1
(Mk.3) Main Battle Tank
The latest version of the Challenger
1 main battle tank is regarded as one of the most advanced armored
fighting vehicles in service today. The model featured is from
a full range of fighting vehicles designed by our studio to a
very high level of accuracy and detail. Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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Plate &
Frame Heat Exchanger
Plate heat exchangers consist of an
assembly of specially designed thin corrugated plates made of
a thin corrosion resistant material. The plates are gasketted
together and held in a support frame between heavy pressure plates
using tie rods.Various flows can be achieved with this type of
heat exchanger including, single pass and multi-pass. Models available
in Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Shell &
Tube Heat Exchanger
Shell and Tube are the most common type
of heat exchanger to be found in the chemical industry.They come
in many different configurations, co-current, counter-current,
single and multipass formats vertically as well as horizontally
mounted. Models available in Lightwave, 3D Studio Max and DXF
format. Rendered images available in any bitmap format at any
resolution.
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Ball Valve
Ball valves come in a wide range of
sizes and model types, the model illustrated is designed with
easy access and maintenance in mind. Features include lightweight
design, low pressure drop and excellent hinge arrangement make
this a very cost effective valve.Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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Chemical Plant
Design
GBMM designs a complete range of chemical
plant equipment and vessels including, Distillation, Absorption,
Filtration, Waste Treatment, Water Treatment, Cooling Towers,
Heat exchangers. We have over 1000 stock models in 3D for visualization,
Training, brochures, Presentation etc. Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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3Stage Horizontal
Centrifugal Pump
Model shown consists of a 3 stage centrifugal
pump in cutaway format. This model also includes a complete kit
of parts to enable a fully working model to be built. Kit includes
Bearings,Glands, Gland Follower, Pump case, Shaft and Impellers.
Models available in Lightwave, 3D Studio Max and DXF format. Rendered
images available in any bitmap format at any resolution.
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Reciprocating
Double Acting Compressor
Part of a simulation demonstrating the
workings of a 2 Stage Double acting reciprocating compressor.Model
shows gas and cooling water flows, plus HP and LP oil lubricating
system. Models available in Lightwave, 3D Studio Max and DXF format.
Rendered images available in any bitmap format at any resolution.
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H.M.S. Fearless
One of a pair of versatile
warships designed for the British Navy. With a capacity to dispense
marines, helicopters and tanks. These ships have proven to be
highly effect in many major conflicts. The sister ship is H.M.S.
Intrepid, sadly both ships have now been removed from active
service. Models available in Lightwave, 3D Studio Max and DXF
format. Rendered images available in any bitmap format at any
resolution.
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Chemical Plant
Visualization
GBMM designs a complete range of chemical
plant equipment and vessels including, Distillation, Absorption,
Filtration, Waste Treatment, Water Treatment, Cooling Towers,
Heat exchangers. We have over 1000 stock models in 3D for visualization,
Training, brochures, Presentation etc. Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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Ship of the
line Cannons
British cannon from a ship of the line
of around the time of Nelson, this is from a library of over 25
cannons, for more details on this or any other of our models featured
here E-mail us at our address on the contact page. Models available
in Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Induced Draught
Cooling Tower
One of over 50 cooling tower models
from our extensive industrial graphics library. The featured model
is of an induced draught type consisting of 4 cells and 8 fans.
Currently we have tower available from 1 to 24 fans. Models available
in Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Circuit Protection
& Control
One of over 200 3D models of electrical
components, ranging from transformers to circuit breakers. These
models can be used for product brochures, training, turnkey
solution packages and graphic content for Scada systems. All
models range in complexity from low to high detail to fit clients
specification and budget. Models available in Lightwave, 3D
Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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Quad 44 Pre-Amp
The Quad 44 Pre-Amp is manufactured
by the Acoustical Manufacturing Co. Ltd based in Huntingdon
in the UK. Widely regarded by audiophiles as the best British
amp ever, with its unique modular construction, inputs can be
configured to any source. More info can be obtained from the
Quad web site @ www.quad-hifi.co.uk.
Models available in Lightwave, 3D Studio Max and DXF format.
Rendered images available in any bitmap format at any resolution.
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Grumman F-14A
Tomcat
The Grumman F14 Tomcat is still the
most powerful and up-to-date combat aircraft on todays American
aircraft carriers. All models range in complexity from low to
high detail to fit clients specification and budget. Models
available in Lightwave, 3D Studio Max and DXF format. Rendered
images available in any bitmap format at any resolution.
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Trevithicks
Pen-y-darran of 1804
This models represents
the engine that on 21 February 1804 hauled a train conveying
10 tons of iron ore over 9 miles from Pen-y-darran, in south
Wales to Abercynon wharf on the Glamorganshire canal. Models
available in Lightwave, 3D Studio Max and DXF format. Rendered
images available in any bitmap format at any resolution.
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Stephenson's
Rocket
Working models of Stephensons
famous train, this is an example of our custom work specially commissioned
by our client to there specification. GBMM will design any model for
you for presentation, training, CD-Rom and Web content. Please send
your request via E-mail to the address on the contact page. Models available
in Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Locomotion Train 1825
Stockton & Darlington
Railway
This models represents
the engine that in 1825 ran between Stockton on Tees and Darlington,
becoming the first commercial railway in the world. Models available
in Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Wilberforce 1831
This models represents
the engine that in 1831 ran between Stockton on Tees and Darlington,
one of a class of successful double tender trains. Models available
in Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Royal George
Stockton & Darlington
Railway
This models represents
the engine that in 1827 ran between Stockton on Tees and Darlington,
designed by Timothy Hackworth of Shildon. Models available in
Lightwave, 3D Studio Max and DXF format. Rendered images available
in any bitmap format at any resolution.
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Puffing Billy
Wylam, Newcastle
Working model of William Hedleys
famous Puffing Billy, typical of its time was the two large driving
beams, giving it the nickname of Grasshopper. Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any bitmap
format at any resolution.
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SansPareil
Rainhill Trials
This models represents
the engine that in 1829 took part in the Rainhill Trials, designed
by Timothy Hackworth of Shildon. Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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Catch Me
Who Can
This models represents
Trevithick's "Catch-me-who-can" locomotive
Constructed in 1808, it ran on a circular railway track, on land
now forming part of Euston Square, London. The engine weighed
10 tons and attained a speed of 12mph. Models available in Lightwave,
3D Studio Max and DXF format. Rendered images available in any
bitmap format at any resolution.
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Stevens 1831
Early American engine
built by Stephenson
This model was designed
and built by Robert Stephenson specifically for use in America,
using an adaptation of a Samson type engine with a Bury style
boiler proved to be a winning combination that survives today.
Models available in Lightwave, 3D Studio Max and DXF format.
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John Bull
The Stevens engine after
modifications in America
This is the Stevens engine
after further modifications were made, a cow catcher, spark arrester
and cab were added making this a truly American locomotive, the
engine by now was known as the John bull owing to its English
roots. Models available in Lightwave, 3D Studio Max and DXF format.
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John Bull
As preserved in the
Smithsonian museum
The John Bull ran for
many years, this model represents how it appears now in the Smithsonian
museum in America. Models available in Lightwave, 3D Studio Max
and DXF format. Rendered images available in any bitmap format
at any resolution.
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Stephenson & Losh
The engine was one of many
built by George Stephenson
This
impressive steam locomotive was result of the combined effort
of William Losh and George Stephenson. The engine featured a unique
steam spring support for the 4 driving wheels, this was designed
to reduce wear and tear on the railway lines but in reality proved
difficult to maintain. This engine clearly demonstrates George
Stephensons ability as a great railway engineer, constantly inventing
and improving on his previous engines.
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