ESP Models
View our range of ESP anatomy models, made in the UK. We are an authorised ESP Models distributor.
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£237.60
inc VAT
£198.00
exc VAT
This life-size model of the human brain and brain stem is colour-coded to show the sensory and motor areas.
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£240.00
inc VAT
£200.00
exc VAT
Life size female pelvis made from realistic bone-like material ideal for demonstration of the natural movement of the pelvic bones.
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£213.60
inc VAT
£178.00
exc VAT
A life-size model of the human brain coloured to show the sensory and motor areas, with the 12 cranial nerve roots shown and numbered.
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£1,260.00
inc VAT
£1,050.00
exc VAT
Life size, fully articulated female skeleton showing detailed anatomical features and flexible vertebral discs.
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£408.00
inc VAT
£340.00
exc VAT
Life-size, non-articulating pelvis showing the 5th lumbar vertebra, ligaments and the main nerves.
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£546.00
inc VAT
£455.00
exc VAT
A life size female pelvis showing the ligaments and the main nerves plus a removable 2-part pelvic floor; made in the UK.
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£1,020.00
inc VAT
£850.00
exc VAT
A complete life size adult female skeleton with 2 part skull made in the UK, fully disarticulated apart from the hands and feet.
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£175.20
inc VAT
£146.00
exc VAT
Realistic model of a 38-week baby's skull with cranial nerve exits and colour-code for easy identification.
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£379.20
inc VAT
£316.00
exc VAT
Life size, non-articulating pelvis showing the 5th lumbar vertebra and pelvic ligaments; made in the UK.
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£294.00
inc VAT
£245.00
exc VAT
This double-sided brain section model shows the cut pia mater, arachnoid, dura mater and the direction of flow of cerebrospinal fluid.
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£654.00
inc VAT
£545.00
exc VAT
Half life size adult female skeleton with 2 part skull made in the UK, fully disarticulated apart from the hand and foot.
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£188.40
inc VAT
£157.00
exc VAT
Life size pelvis representing female adolescent of approximately 12 years old; disarticulates into 4 parts.
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£150.00
inc VAT
£125.00
exc VAT
Cross-section of a synovial joint showing articular disc and cartilage, synovial membrane and capsular ligament.