Further training in Rhinoceros

In this course we advance towards surface modeling and use tools such as SubD and Grasshopper but will also delve into block management and more advanced rendering. Basic course or similar knowledge is required.

Start of the course:

Last day to register:

Number of seats:

Green ball

Available

Yellow ball

Limited

Orange ball

Few

Red ball

No vacancy

Price:

Contact us for prices

Yellow ball

Limited

Orange ball

Few

Further training in Rhinoceros

In this course we advance towards surface modeling and use tools such as SubD and Grasshopper but will also delve into block management and more advanced rendering. Basic course or similar knowledge is required.

Start of the course:

Last day to register:

Number of seats:

Green ball

Available

Yellow ball

Limited

Orange ball

Few

Red ball

No vacancy

Level:

Means

Basic

Level:

Means

Means

Level:

Means

Advanced

Level:

Means

Advanced

Length:

Varies

Number of films:

X

Questions?

Please do not hesitate to contact us if you have any questions.

Contact us

Exercise 1 | Sheet Metal i IRONCAD

11 min 56 sec

Clock

Review of the basics of creating a new plate in IRONCAD. The shapes Stock, Curved Stock, Conic Stock and settings.

Exercise 1 | Sheet Metal i IRONCAD

Review of the basics of creating a new plate in the IRONCAD

11 min 56 sec

Clock

Exercise 2 | Sheet Metal i IRONCAD

5 min 56 sec

Clock

Builds a simple bent plate and at the same time goes through features like Add Stock, Add Curved Stock, Vertex Fillet and Vertex Chamfer.

Exercise 2 | Sheet Metal i IRONCAD

Build a simple bent sheet metal...

5 min 56 sec

Clock

Exercise 3 | Sheet Metal i IRONCAD

7 min 55 sec

Clock

Continues on the curved plate, adding curves and going through its settings.

Exercise 3 | Sheet Metal i IRONCAD

Add curves to the curved plate

7 min 55 sec

Clock

Exercise 4 | Sheet Metal i IRONCAD

4 min 43 sec

Clock

We continue with ticks, here Bend with Stock and the setting Associate to Attached Edge End.

Exercise 4 | Sheet Metal i IRONCAD

Bend with Stock and the setting Associate to Attached Edge End

4 min 43 sec

Clock

Exercise 5 | Sheet Metal i IRONCAD

9 min 29 sec

Clock

Review of Bend without Autosize, copying Bend, Relief, Punches and settings for building a sheet metal box.

Exercise 5 | Sheet Metal i IRONCAD

Review of Bend without Autosize, copying Bend, Relief...

9 min 29 sec

Clock

Exercise 6 | Sheet Metal i IRONCAD

7 min 38 sec

Clock

We build a lid with different Bend features and use Punches to make holes.

Exercise 6 | Sheet Metal i IRONCAD

Sheet metal lids with different Bend features

7 min 38 sec

Clock

Exercise 7 | Sheet Metal i IRONCAD

4 min 23 sec

Clock

Finishing the plates for the box with Punches and Forming Stamps.

Exercise 7 | Sheet Metal i IRONCAD

Preparing the plates for the box

4 min 23 sec

Clock

Exercise 8 | Sheet Metal i IRONCAD

10 min 30 sec

Clock

We go through different variations to copy Bend features and use the handles to adjust the length of the sheet.

Exercise 8 | Sheet Metal i IRONCAD

Different variants to copy Bend features

10 min 30 sec

Clock

Exercise 9 | Sheet Metal i IRONCAD

9 min 13 sec

Clock

Bending sheet metal around two blocks and testing different variations of Bend features and reviewing how they work. Uses the handles to adjust the shape of the bends.

Exercise 9 | Sheet Metal i IRONCAD

Bending sheet metal around two blocks

9 min 13 sec

Clock

Exercise 10 | Sheet Metal i IRONCAD

10 min 4 sec

Clock

We build a paper holder in sheet metal. Working with the tools in Sketch and Bend features.

Exercise 10 | Sheet Metal i IRONCAD

Build a sheet metal paper holder

10 min 4 sec

Clock

Exercise 11 | Sheet Metal i IRONCAD

9 min 46 sec

Clock

Close and straighten corners with the Add Closed Corner and Add Miter Flange tools and customize bends.

Exercise 11 | Sheet Metal i IRONCAD

Closing and creating straight corners

9 min 46 sec

Clock

Exercise 12 | Sheet Metal i IRONCAD

8 min 5 sec

Clock

We go through how to convert "regular part" to a Sheet Metalpart and use Sketched Bend to create bends.

Exercise 12 | Sheet Metal i IRONCAD

Convert part to sheet metal

8 min 5 sec

Clock

Exercise 13 | Sheet Metal i IRONCAD

8 min 11 sec

Clock

We create a bracket around a VKR pipe with Loftad sheet metal.

Exercise 13 | Sheet Metal i IRONCAD

Lofting a plate

8 min 11 sec

Clock

Exercise 14 | Sheet Metal i IRONCAD

8 min 22 sec

Clock

We create a transition between two parties with Loft Sheet Metal.

Exercise 14 | Sheet Metal i IRONCAD

Lofting sheet metal between two parts

8 min 22 sec

Clock

Exercise 15 | Sheet Metal i IRONCAD

6 min 49 sec

Clock

We crop a plate with the help of other parts in the 3D scene.

Exercise 15 | Sheet Metal i IRONCAD

Pruning a plate with the help of other parts

6 min 49 sec

Clock

Exercise 16 | Sheet Metal i IRONCAD

13 min 29 sec

Clock

We create our own Forming Tool.

Exercise 16 | Sheet Metal i IRONCAD

Create Forming Tool

13 min 29 sec

Clock

Exercise 17 | Sheet Metal i IRONCAD

10 min 53 sec

Clock

We build a cover for a receiver.

Exercise 17 | Sheet Metal i IRONCAD

We build a cover for a receiver.

10 min 53 sec

Clock

Exercise 18 | Sheet Metal i IRONCAD

5 min 14 sec

Clock

We build a protective cover over a coupling with Bend features.

Exercise 18 | Sheet Metal i IRONCAD

Protective cover with Bend features.

5 min 14 sec

Clock

Exercise 19 | Sheet Metal i IRONCAD

5 min 56 sec

Clock

We build the same cover but with different tools - Loft Sheet Metal and Press Bend.

Exercise 19 | Sheet Metal i IRONCAD

Loft Sheet Metal and Press Bend

5 min 56 sec

Clock

Exercise 20 | Sheet Metal i IRONCAD

7 min 32 sec

Clock

We build a ventilation hood over a welding bench using the Convert Sheet Metal tool part.

Exercise 20 | Sheet Metal i IRONCAD

Convert Sheet Metal part

7 min 32 sec

Clock

Exercise 21 | Sheet Metal i IRONCAD

7 min 16 sec

Clock

Finishes the ventilation hood with Bend features and uses profile handles to adjust the bends.

Exercise 21 | Sheet Metal i IRONCAD

Completing the ventilation hood with Bend features

7 min 16 sec

Clock

Exercise 22 | Sheet Metal i IRONCAD

5 min 40 sec

Clock

We are building a sheet metal cabinet. Here we start with the outer sheet and use the Add Miter Flange tool to copy bends around the sides.

Exercise 22 | Sheet Metal i IRONCAD

We build a metal cabinet

5 min 40 sec

Clock

Exercise 23 | Sheet Metal i IRONCAD

5 min 15 sec

Clock

Manufactures the back of the cabinet and uses the profile handles to adjust the size and position of the panel.

Exercise 23 | Sheet Metal i IRONCAD

Making the back of the cabinet

5 min 15 sec

Clock

Exercise 24 | Sheet Metal i IRONCAD

4 min 10 sec

Clock

Making the base plate of the cabinet and using Add Closed Corner to close the corners and make them even.

Exercise 24 | Sheet Metal i IRONCAD

Making the bottom plate of the cabinet

4 min 10 sec

Clock

Exercise 25 | Sheet Metal i IRONCAD

11 min

Clock

Manufactures the door and inserts the hinges. Uses the profile handles to adjust the size and position of the door.

Exercise 25 | Sheet Metal i IRONCAD

Making the door and inserting the hinges.

11 min

Clock

Exercise 26 | Sheet Metal i IRONCAD

13 min 13 sec

Clock

We use the Code Generator tool on an unbuckled plate to add information to the dimensional and cutting drawing.

Exercise 26 | Sheet Metal i IRONCAD

Adding information on dimensional and cutting drawings

13 min 13 sec

Clock
No items found.

Here we focus on NURBS, Polylines and Mesh. Explore surface modeling with double curved polysurfaces, surface analysis and multiblending. Mastery of Class A Surfacing and plug-ins. Convert mesh to SubD-NURBS with Quad Remesh. Build models from primitives, NURBS and SubD patches. Use Grasshopper for design parameters and containers. Manage blocks, part and component in overview. Import and optimize with Display-modes. Finish with impressive rendering.

  • In-depth study of NURBS, Polylines and Mesh
  • Surface modelling with double-curved polysurfaces
  • Surface analysis
  • Methods of multiblending
  • Class A Surfacing
  • Plugins for Surfacing
  • Quad remesh conversion from mesh -SubD-NURBS
  • Modelling from primitives
  • Surface modeling with NURBS and SubD patches
  • Grasshopper canvas and design parameters
  • Containers, functions and parameters
  • Overview block, part, component
  • Imported blocks
  • Display modes
  • Rendering

Further education online

During online training, we use smart and proven tools over the internet to deliver the training in the best possible way without you having to travel anywhere. You will see briefings from the teacher and can ask questions in real time. The teacher can also take over the student's computer to show how different questions are solved if desired.

Further training in local

A training course where you come to a classroom includes access to training computers, refreshments and lunches. Most of our training courses are held at our office in Stockholm, if you are more than one person who wants to train at your company or school, we can also hold the training on site. Contact us for more information.

Extracts from the basic course

Exercise 01 | 3D scene overview

Get a first overview of the interface and icons.

16:46 min

Exercise 02 | Drag-and-drop modeling 1/3

Use the camera and build a simple brick model via drag-and-drop.

06:51 min

Exercise 03 | Drag-and-drop modeling 2/3

Use the camera and build a 3D model with features.

09:23 min

Meet your teacher

Jonas Bryntesson

Jonas Bryntesson

Contact me

Prominent expert in IRONCAD and 3D CAD

The teacher for this course is Jonas Bryntesson. With 20 years of work experience at Solidmakarna AB, Jonas has developed expertise in product development and design. He is a prominent expert in IRONCAD and 3D CAD, and his deep knowledge makes him a highly sought-after advisor.

Trained over 800 people in IRONCAD

Jonas has successfully trained over 800 people in IRONCAD and is known for his teaching skills. Jonas Bryntesson is an experienced and respected trainer who is dedicated to helping others improve their CAD skills.

Meet your teacher

Fredrik Johansson Rhinoceros 3D CAD training

Fredrik Johansson

Contact me

Mcneel certified level 2 teacher with 20 years of experience

Fredrik Johansson is a McNeel certified level 2 instructor with 20 years of experience in Rhinoceros 3D. As a highly qualified professional, he has held a large number of courses for various companies, including SVT, H&M, the Royal College of Art and more.

Developed tailored course material

In addition to his teaching experience, Fredrik has developed customized course materials that complement the McNeel literature. He also offers many assignments for self-study. With a background in set design, construction and product development, Fredrik brings a wealth of practical knowledge to his role.

What do previous participants think?

1 starstarsstarsstarsstars

Excellent briefings and easy to get help!

Jesper Erlandsson

1 starstarsstarsstarsstars

Jonas has always been a good trainer.

Arne Magnusson

1 starstarsstarsstarsstars

Good. like to see what Jonas is doing while having sound and no one disturbing next to me.

Marcus Askholt

1 starstarsstarsstarsstars

Good videos and course, somewhat quick for me as a beginner who lacked experience. Good that you can access the instructional videos yourself if you need to "catch up".

Mats Hagström

Expression of interest for

Further training in Rhinoceros

Thank you for your interest! We will be in touch
Ooops! Something went wrong when sending the expression of interest.

Expression of interest for

Further training in Rhinoceros

Interested in attending this course?
Send us an expression of interest and we will contact you.

Thank you for your interest! We will be in touch
Ooops! Something went wrong when sending the expression of interest.

Questions?

Do not hesitate to contact us!

Thank you for your interest! We will be in touch
Ooops! Something went wrong when sending the expression of interest.