THE
REAL
WORLD
IN 3D

Get any part, any time

VISION

We are changing the lifespan of items

The consumption of raw materials is constantly increasing, but the earth cannot supply them infinitely. We want to offer a way to manufacture parts on demand and to reproduce spare or discontinued parts in order to repair your broken objects instead of throwing them away. Keeping your equipment longer reduces the environmental impact enormously.

ACTIVITY AREA

We Deliver Exceptional Products and Services

INDUSTRIAL

Through the use of engineered materials, we can produce functional parts and mass manufacture custom end-use parts. Free up your capital by having digital inventory and on-demand production orders.

MEDICAL

We have the expertise to scan human limbs and create symmetrical 3D models that fit perfectly on your prosthesis. From a simple entry-level model to a unique work of art, we can do whatever you want.

ART

A 3D printed model can be used for presentations and exhibitions or directly in your design. Very practical as a base for the casting of lost wax metal, it allows more complex designs. From assembling small parts to very large parts, we can reproduce your artwork in full size or scale it.

WHY INNOVSCAN

A different approach, using a new method of manufacturing.

3D printing technologies alows us to make part on demand from small to medium batch production. No expensive moulding or tooling is required and any modifications can easily be done.

Innovscan In Numbers

10 000+

3D PRINTED PARTS

3D PRINT

TECHNOLOGIES

500+

3D SCANNED PARTS

20+

MATERIALS

SERVICES

Our
Capacity

We are constantly increasing our offering according to the needs of our customers. We only use top of the line equipment to achieve superior results.

3D SCANNING

Accuracy

Up to 0.030 mm
(0.0012 in)

Volumetric accuracy

0.020 mm + 0.060 mm/m (0.0008 in + 0.0007 in/ft)

Measurement resolution

0.050 mm (0.0020 in)

Part size range (recommended)

0.1–4 m (0.3–13 ft)

PRE-PROCESSING

3D CAD Model

New 3D CAD Model

Reverse Engineering
Sketch to CAD
Scan to CAD

Model modification

As needed
Surface Texture
Lattice
3D print optimisation

FDM

Fuse Deposit Material

Build Volume

320 x 132 x 154 mm

(12,6 x 5,2 x 6 po)

Materials

Nylon
Onyx(Nylon+Carbon)

Continuous fibers

Kevlar
Carbon
Glass
HT Glass

SLA

Stereolithography

Build Volume

510 x 280 x 395mm

(21.1 x 11 x 15.5”)

Materials

Engineering Resin

Hard
Durable
Flexible

POST-PROCESSING

3D Printed Part

FDM/SLA

Supports Removale

Sanding

Supports sanding
Surface rough
Surface smooth

Painting

Primer
Color
Clear
Ceramic Coat

CAREERS

No opening at this time.

Openings

JOB TITLE TO BE DETERMINED

City, Qc, Canada

Job description

Apply Now

THE REAL WORLD IN 3D