Prototyping, small and large series

using high tech solutions

Meet With Us

prototypes in no time

get functional prototypes in few days

Meet With Us

prototypes in no time

get functional prototypes in few days

Meet With Us
Image
Image

Experienced Company

We adapt our delivery to the way your work, whether as an external provider.

Image

Design Development

Products and prototypes in your hands in few weeks

We are passionate about using innovative technologies for 3D printing and additive manufacturing to be able to respond to the needs of clients and the ever-changing demands of markets.
Our experienced designers and engineers uphold our commitment to be specialists in a range of new and evolving technologies. Our client satisfaction oriented approach maintains our ability to provide our customers with high quality outputs at the lowest possible cost.

Rhino/Grasshopper
Fusion360
Maya, Blender, ZBrush

3D printing

Materialize your ideas

Mirage 3D Printing Service allows you to order a prototype or series of functional parts fast using state of art technologies such as FDM or SLA. Select from materials below and upload your 3d file NOW for an express quote.

    

 

 

 

 

0
Years
of expertise in additive manufacturing for production and prototyping

Max part size 500x500x600 mm Layer 100-300 um


Fused deposition modeling combines a specific form of design with 3D printing and fast delivery times with production-grade thermoplastics to create durable parts with excellent mechanical properties. The technology is ideal for functional prototypes, durable production tools and low-volume final parts, and is suitable for aerospace and other industries that rely on certified manufacturing.

Max part size 270x150x400 mm Layer 50um


Stereolithography is a preferable technology for its ability to process widest design features. Its surface quality, ability to keep fine details and wide range of materials make it ideal for superior models and prototypes, complex parts, and prototypes for techniques like vacuum forming. See Materials section for more details

Customer satisfaction

Image
0
material variants

THERMOFORMING

Fast and efficient series manufacturing

No alternative process can match the low cost, ease of tooling, efficiency and speed of replication for prototyping and small series of certain shapes. One of the main benefits of vacuum forming is the speed at which tooling can be produced and the cost compared to injection moulding is substantially cheaper.

Combining vacuum forming with new technologies such as 3D printing for tool design, thermo-formable ink technology and In-Mould Decoration bring new possibilities and advantages. 

Vacuum forming offers several processing advantages over other forming processes. Low forming pressures are used thus enabling comparatively low cost tooling.

Since the process uses low pressures, the molds can be made of inexpensive materials and mold fabrication time can be reasonably short. Prototype and low quantity requirements of large parts, as well as medium size run therefore become economical. More sophisticated machines and molds are used for continuous automated production of high volume items (yoghurts pots…).

Vacuum forming uses extruded plastic sheet and a secondary process may be required to trim the formed sheet to arrive at the finished part.

Image
Image

Max part size: 650x620x300 mm

Max material thickness: 6mm

Image
Image

LASER CUTTING

Cut or engrave sheet materials

The advantages of laser cutting are flexibility, precision, repeatability, speed, cost-effectiveness, great quality, contactless cutting, versatility and automation possibilities.
materials cut & engrave

materials cut & engrave

Acrylic
ABS
Nylon
PVC and other thermoplastics
Wood
Cork
Textiles
Paper
Leather
Rubber
Foam
materials engrave

materials engrave

Glass
Stone
Steel
Aluminium
Ceramic
Max part size 1300x900mm

ROBOT ASSISTED LASERCUTTING

Cut or engrave in 3D space

Image
Laser fixed - moving parts on Robot for most complex cutting shapes

Versatility

Robotic laser cutters can achieve very high precision and can cut at exceptionally high speed. Due to this property, robotic laser cutting is very useful for any type of cutting which needs more accuracy or which is more complex. 
        Laser fixed - moving parts on Robot for most complex cutting shapes

VACUUM CASTING

No air, no bubles, cast transparent objects cryctal clear

Vacuum casting, sometimes referred to as Urethane casting or Polyurethane casting uses silicone moulds to make plastic and rubber components under vacuum. It is an extremely adaptable manufacturing process capable of mimicking the injection moulding to produce complex parts in polyurethane resins and cast nylon. 
Vacuum casting is one of the most cost-effective ways to produce high quality, low volume plastic parts which can be similar to injection moulding parts

Max mold size 400x400x400 mm, Volume 1 liter

Image
Image

CASTING

Create multiple copies from a mold


Low Cost Urethane casting for parts up to 1000x1000x500 mm.
Image

Prototype integration

 with Pneumatics, Motors, PLC

We integrate our prototypes with Festo pneumatic and electric actuators driven by Siemens PLC Controllers.
Image
Image
Image

FINISHING

Final touch to your parts

Surface treatment is an additional process applied to the surface of a material for the purpose of adding functions such as rust and wear resistance or improving the decorative properties to enhance its appearance. .

Need a project?

To make requests for further information, contact us via email or phone.

  • We just need a couple of hours!
  • No more than a working day since receiving your quote and timing
Call us
+420 602 307 877