Navigation items

Manually adapted compared to English version

Type

Doormat

Call to action

Children

Description

External link

External link opens in new window

Internal link

Link label

Title

10670f2f-be04-0170-ef7f-5198a6d61dfb

6a5e14fd-8527-01a5-4b70-0e21cff0aed3

7a8f8d92-bdec-0143-84f0-d0c682eda1ea

Footer

a1b2852a-bfd0-01ad-3a37-766fca325d8a

b14f3666-1e7b-018e-9423-0cf19cd25a53

b6ef9d48-b16a-01f3-444f-98554a1f3d62

d7f6f7e1-f5b2-01a5-b582-06b9e37f720f

e1c4e6ec-bf1d-011e-3dd3-b88d8f28e7b6

edc1d30d-b3c7-010b-9d69-cfe535488861

f041b5fd-88b3-0108-1959-1d57779e55bb

f24f0b49-1379-0124-9bb0-914e433dbc12

0f131dcc-efac-013e-37eb-657bd0c977d8

11f400f2-8f98-010f-da1e-d615bfe3b9dd

1351aaec-4273-01d5-d3a1-6e6f4fb9d7df

17b6c3ab-6932-01fd-3913-fa5a3152f3a5

275bbc81-2c2b-01bf-aa3c-11bdf33cf4a0

298d82f4-81a3-0184-0496-3fbd89cc77d4

29c91dcb-f477-01db-57a8-1f1e9f191c40

4b2e2575-b52f-0129-f5b1-e00a35408d39

4be8f9a9-cd15-01df-5357-48494567ae59

4d85964c-3813-0157-7602-cd46438d0234

4e72f0dd-4a6a-01f2-e7f9-69c321bb345f

655fb193-369e-01ff-c503-9efa7ab433bf

6a3bfadc-2b3d-01f6-5866-a80519209f68

84bb820e-96b2-017f-96d2-d8d00b25eba0

8675f066-ef02-018d-1d25-8e0163c4cc54

90928f7b-29c9-017d-d4e3-758e93438026

977d3b6e-9a4b-01c3-7df2-ec089558d341

99e71319-197d-013a-6e63-fc13be3b9502

Functional

Functional navigation

bcfa53d3-718c-01ec-1fcb-f246e6dc41e1

1a8d0572-5643-0172-d35c-a93df256cf1e

4d25fe28-af24-0107-9a52-beafbedc56e5

location___belgium___visitors__welcome_to_material

academy_faq___what_i_should_consider_before_design

academy_faq___what_s_a_n___emergency__key_file_and

materialise_phits___footscan_suite___academy__copy

skeleton___how_to_analyze_and_assess_mitral_valve__66ced73

skeleton___high_tibial_osteotomy_varus_lower_limb_

skeleton___high_tibial_osteotomy_varus_lower_limb__e7d7824

skeleton___high_tibial_osteotomy_varus_lower_limb__0c71aa4

preparing_anatomical_models_for_finite_element_ana

skeleton___high_tibial_osteotomy_varus_lower_limb__f87732b

skeleton___how_to_automate_an_fea_workflow_with_sc

skeleton___high_tibial_osteotomy_varus_lower_limb__ace64a1

automate_your_surgical_guide_design_workflow

automatic_heart_segmentation_using_ct_heart_tool_i

skeleton___high_tibial_osteotomy_varus_lower_limb__0cb5157

skeleton___how_to_analyze_and_assess_mitral_valve_

skeleton___automatic_heart_segmentation_using_ct_h_34ea48d

skeleton___automatic_heart_segmentation_using_ct_h_c06c4d5

skeleton___automatic_heart_segmentation_using_ct_h_707901e

skeleton___automatic_heart_segmentation_using_ct_h_17d9de6

creating_and_interpreting_your_own_statistical_sha

skeleton___automatic_heart_segmentation_using_ct_h_df7250d

skeleton___designing_magnet_features_for_anatomica

skeleton___how_to_design_lattice_structures_in_mat

skeleton___how_to_design_lattice_structures_in_mat_b395b65

skeleton___how_to_design_lattice_structures_in_mat_74511a0

where_to_find_help_with_mimics_innovation_suite

skeleton___how_to_design_lattice_structures_in_mat_c44ee8c

skeleton___how_to_design_lattice_structures_in_mat_74a78f9

skeleton___how_to_design_lattice_structures_in_mat_1bb2abb

skeleton___how_to_design_lattice_structures_in_mat_b5a0918

skeleton___how_to_design_lattice_structures_in_mat_e626a3f

skeleton___automatic_heart_segmentation_using_ct_h_5535968

skeleton___how_to_design_lattice_structures_in_mat_124bddd

skeleton___how_to_design_lattice_structures_in_mat_142e90e

skeleton___how_to_design_lattice_structures_in_mat_cbc9438

skeleton___how_to_label_3d_printed_anatomical_mode

versatility_in_mimics__3_ways_to_segment_bones

skeleton___how_to_review_case_in_mimics_viewer__co_53d6af9

skeleton___how_to_label_3d_printed_anatomical_mode_3f66293

skeleton___how_to_review_case_in_mimics_viewer__co_702a3dc

skeleton___how_to_label_3d_printed_anatomical_mode_9e9bee5

skeleton___how_to_review_case_in_mimics_viewer__co_6f71ac0

skeleton___how_to_review_case_in_mimics_viewer__co_cb4b9ba

skeleton___how_to_label_3d_printed_anatomical_mode_5b1bbfc

skeleton___how_to_design_lattice_structures_in_mat_28f8e76

skeleton___how_to_label_3d_printed_anatomical_mode_e8ee623

skeleton___how_to_review_case_in_mimics_viewer__co_bd809f6

skeleton___how_to_label_3d_printed_anatomical_mode_21ab550

skeleton___how_to_review_case_in_mimics_viewer__co_30c1d47

skeleton___how_to_review_case_in_mimics_viewer__co_43c4141

skeleton___how_to_review_case_in_mimics_viewer__co_74d0a3c

skeleton___how_to_review_case_in_mimics_viewer__co_c024b84

Date

Duration

Background color

White

Call to action(s)

Eyebrow

Header image

Hide header block

Image layout options

Full screen

Lead paragraph

Subtitle

For Healthcare Professionals only

1:1 image

Materialise employee in a production area, operating the control panel of a 3D printer

hc-materialise-software.jpg

8:5 image

hm-materialise-software.jpg

Body

Breadcrumb label

Parent page

URL option

SEO status

checked

Search label

Search summary

Internal search

Meta data description

Meta data title

Meta keywords

OG image

Robots

Subpages

Business unit

Software

Industrial

Customer journey

Industries

Materials

Page type

Key page

Product & services

Region

Segment

Technology

Plastics

Metal

Url slug

Amazon desktop image

Amazon desktop image alt text

Amazon mobile image

Amazon mobile image alt text

Caption

Desktop image

Digital image of a 3D-printed part coming out of a screen with Magics 26 on it showing the rest of the part design

og-magics-26.jpg

Image settings

Mobile image

a0552e7f-3664-014a-096c-ead62382ae9e

Header

Image

Text

a09a15ea-7fb0-01eb-e269-c932350ef425

Card items

a0fa6057-d6e3-0197-4932-1b06e1b148ac

a1373402-996b-0190-f0c1-6249ffa160e9

View of the middle section of a geometrical, 3D-printed chair seat from a 3D-printed prototype of a customized, futuristic-looking wheelchair, using multiple 3D printing materials. The seat is lattice-structured and made of a translucent gray resin. The wheel spokes are made of 3D-printed metal.

hm-rapid-prototyping-go-wheelchair.jpg

a193d5f5-7257-011e-eb78-ba0bbc119c58

Height

a1a897cc-16d4-01f3-5cbb-a68def9de2e0

Linkbox blocks

Tab label

a2166cb0-6ee1-017e-ffbb-742aa5edaa0c

a280e9fe-9249-0198-2dcc-f12ea90f6643

a28b4b00-d8cd-01f1-fd1d-c4d99df7af32

Address

a2c94bc7-3fea-014a-c404-8cffb745e3a5

Woman sitting at a desk using Materialise software

software-manufacturing-execution-system-mes.jpg

a2caf96f-b7b4-01a8-86c4-88570b98e432

Subtitles

Thumbnail

Video url

a310fba6-689f-0143-5c7d-06b76a449eb7

A series of 3D-printed repair kits, small white plastic parts made of flame-retardant polyamide, designed by Expleo. These parts are used to replace commonly broken latches on Boeing 737 dado panels. 