Ponoko

Laser cut metal

Stainless steel are great for creating durable and attractive products. Our laser cutting technology allows you to achieve a level of precision and build quality at unbeatable value. Build stunning art pieces, unique decorations, house appliances, and virtually anything you dream up!

Showroom

Showroom
Laser Cut Cable Car
by San Gatiche
Silver Laser Cut Aluminum Seder Bowl
by Yair Emanuel
Birdie TV Necklace
by Erica Schwartz

Materials

Metal
Stainless Steel

0.036 inches

Metal - Aluminum

What is it

6061 grade Aluminum.

This is a medium strength alloy possessing good ductility and therefore good formability. Aluminium alloy 6061 is known for work hardening rapidly and is readily weldable. It also possesses high corrosion resistance particularly in marine environments.

Photochemical Machining

Photochemical Machining is great for intricate designs like jewelry and name badges. The materials available are stainless steel, brass and copper. You can etch into one side of your design. The formatting requirements are slightly different for PCM so see here for the guide - Everything you need to know for Photochemical Machining (PCM).

Design notes

The fabrication process for metal is different from all our other materials - as such there are a few important points to note:

  • We won't be able to apply Prime discount pricing to metal orders.
  • Getting your metal pieces cut may take longer than standard orders. If you want to make designs on other materials as well, we would recommend placing the metal order separately.
  • Please read Everything you need to know for Photochemical Machining (PCM) before starting your project as there are some specific design requirements for this material.

Environmental info

Recyclable.

Adhesives, joints & fastenings

Aluminum is best connected with mechanical fastenings or welding.

A two part epoxy may be used to stick metal to other materials. For more info about gluing metal see this site.

Metal - Stainless Steel

What is it

304 grade Stainless Steel.

This is the most versatile and most widely used stainless steel, available in a wider range of products, forms and finishes than any other. It has excellent forming and welding characteristics.

Photochemical Machining

Photochemical Machining is great for intricate designs like jewelry and name badges. The materials available are stainless steel, brass and copper. You can etch into one side of your design. The formatting requirements are slightly different for PCM so see here for the guide - Everything you need to know for Photochemical Machining.

Design notes

The fabrication process for metal is different from all our other materials - as such there are a few important points to note:

  • We won't be able to apply Prime discount pricing to metal orders.
  • Getting your metal pieces cut may take longer than standard orders. If you want to make designs on other materials as well, we would recommend placing the metal order separately.
  • Please read Everything you need to know for Photochemical Machining before starting your project as there are some specific design requirements for this material.

Environmental info

Recyclable.

Adhesives, joints & fastenings

Stainless steel best connected with mechanical fastenings, soldering, brazing or welding.

A two part epoxy may be used to stick metal to other materials. For more info about gluing metal see this site.

Getting started

Latest article about laser cutting

Laser Cut Acrylic Bending Jig

Quick approach tocontrolling acrylic forming

laser cut acrylic bending jig

Laser cut acrylic has so much going for it, which is why this material’s variants are among the most popular of all the options in the Ponoko Materials Catalog.Designs for laser cut acrylic tend to follow a familiar pattern; boxy shapes, notched and stepped joins and slotted connections. But what happens when your form doesn’t fit this mold?

Ceramicist Chris Donnelly used laser cutting to build himself a basic bending jig that would enable the secondary manipulation of acrylic for his students at the Edinburgh Academy.Consisting of two laser cut side panels that are bolted onto a horizontal platform, the device allows for precise control across 180 degrees of movement thanks to a vertical plane that can pivot and lock into position.

Exactly what the students are making with this jig is yet to be revealed, but it’s great to see how some quick thinking and a clever laser cut design can upgrade the capabilities of their school workshop.

For those inspired to make a laser cut bending jig of their own, the Chris has shared the files on Thingiverse.

 

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