Wooden Coasters #4 - Laser Cutting Designs & Ideas

Laser Cutting #26

Wooden Coaster Design & Ideas #4: Carl Friedrich Gauss distinguishes between three types of curved surfaces, single curved – neutral (cylindrical), and double curved – negative (hyperboloid) and positive (spherical).
Curved surfaces are very attractive, especially negative double curved surfaces, but also very complicated to perform. What’s interesting about them in constructive terms is the increase in stiffness and load capacity as the surface is bent in one and two directions.

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Wooden Coasters #3 - Laser Cutting Designs & Ideas

Laser Cutting #24

Wooden Coasters Design & Ideas #3: This would make a wonderful gift for tea and coffee drinkers. It can be used as a decoration, an art piece or as a coaster. It looks great on your table and protects its surface. Diameter: 3.1inches (8cm), Depth: 0.08inches (0.2cm). In mathematics, a Voronoi diagram is a partitioning of a plane into regions based on distance to points in a specific subset of the plane. That set of points (called seeds, sites, or generators) is specified beforehand, and for each seed there is a corresponding region consisting of all points closer to that seed than to any other.

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Wooden Wall Clock #6 - Laser Cutting Designs & Ideas

Laser Cutting #25

Wooden Wall Clock Design & Ideas #6: Unique, high quality handmade geometrical wooden wall clock, inspired by geometric structure -Voronoi diagram. Our clock „Diagram“ is designed in a contemporary style. These honeycomb-like, asymmetric, mesh shapes are used in many types of mathematical analyses as well as to create interesting fill patterns in things like furniture and wall panels. Extraordinary wall clock has been created using lazercut machine, and fitted with quartz mechanism. Untreated matte natural oak color. Assembled with three different types of arrows.

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Wooden Pendant Lamp #3 - Laser Cutting Designs & Ideas

Laser Cutting #23

Wooden Pendant Lamp Design & Ideas #3: This is an early version of the Moon Lamp designed by Verner Panton for the Danish lamp manufacturer Louis Poulsen, produced in the 1960s. The lamellae can be placed in any conceivable position. In order to reinforce the impression of the spherical shape, each of the rings is slightly arched. It is in a very good vintage condition.

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Wooden Clock #5 - Laser Cutting Designs & Ideas

Laser Cutting #21

Wooden Wall Clock Design & Ideas #5: A large, modern lotus design wall clock that really makes a statement. Made from laser cut birch plywood. Available in natural with a matte polyurethane, or water based matte brown or matte black stain. It is 18″ in diameter and floats 1/2″ off the wall creating a soft shadow. Designed and made in Canada. 12″ and 23″ sizes also available. -Built in hanger, -1/4″ thick wood, -Quartz movement, -Silent continuous sweep movement available

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Wooden Pendant Lamp #2 - Laser Cutting Designs & Ideas

Laser Cutting #22

Wooden Pendant Lamp Design & Ideas #2: It`s simple and minimalistic and in the same time creates a warm and ambient atmosphere. It suits classic or modern furniture and is designed to bring a cosy light to bedrooms, offices, living rooms, dining tables, kitchen islands or sideboard. MATERIAL: 4 mm plywood (all scraped with sandpaper and varnished), black metallic canopy, black fabric wire. DIMENSIONS: 60cm (24 in) height – 50cm (20 in). 100% HANDMADE.

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Wooden Box #1 - Laser Cutting Designs & Ideas

Laser Cutting #19

Wooden Box Designs & Ideas #1: Laser cut and handcrafted storage box made from birch wood. Displays a geometric cube design. Great for jewelry, greeting cards, personal effects and storage or as a presentation and gift box. The lid is designed to stay in place without a lock or hinge. The measurements of the box are 6-1/2″ wide, 6-1/2″ Long and 4-1/2″ high when fully closed.

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Wooden Joinery #1 - Laser Cutting Designs & Ideas

Laser Cutting #20

Wooden Joinery Design & Ideas #1: Laser cutting is widely used by industrial designers and mechanical engineers as a rapid modeling tool. However, designing and fabricating laser cut assemblies can be a complex and tedious process, especially for novice designers. Joints between different parts of an assembly is a key aspect of translating a digital model into a physical model through laser cutting. Joinery was developed to facilitate this rapid modeling process as a parametric joint generation toolkit for laser cut assemblies.

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