Manufacturing

Redefined

Advantages

Creation of tools jigs and fixtures and Grippers

Can be used for bending applications.

Rapid prototyping

Shorter lead times

Creation of manufacturing aids

Ability to perform conventional operations on novel materials (for example, ability to make a mold from plastic)

Savings on inventory costs through on-demand production

Applications

Jigs and Fixtures

The most obvious benefit of 3D printing across Jigs and Fixtures is the freedom of complex design possible with an AM process.

The use of 3D printing for jigs and fixtures enables: Faster development and/or production cycles. Reduced investments in time, cost and materials.

Electronics

3D printing is perfect for applications like creating components for robotic arms and other complex devices.

3D printing of electronics is a process, conductive and insulating inks are jetted on the printing surface in lines as thin as few microns. UV light is then applied to solidify the inks(All types of Processing boards can be printed).

Moulds

A 3D printing material is suitable for creating mold As material like wax and resin based material can be printed it can be used to make sand to silicon moulds.

As 3D printing gives good finish with very high accuracy it is ideal to master parts for making moulds.

Jigs and Fixtures

The most obvious benefit of 3D printing across Jigs and Fixtures is the freedom of complex design possible with an AM process.

The use of 3D printing for jigs and fixtures enables: Faster development and/or production cycles. Reduced investments in time, cost and materials.

Electronics

3D printing is perfect for applications like creating components for robotic arms and other complex devices.

3D printing of electronics is a process, conductive and insulating inks are jetted on the printing surface in lines as thin as few microns. UV light is then applied to solidify the inks(All types of Processing boards can be printed).

Moulds

A 3D printing material is suitable for creating mold As material like wax and resin based material can be printed it can be used to make sand to silicon moulds.

As 3D printing gives good finish with very high accuracy it is ideal to master parts for making moulds.

Manufacturing

Redefined

Advantages

Creation of tools jigs and fixtures and Grippers

Can be used for bending applications.

Rapid prototyping

Shorter lead times

Creation of manufacturing aids

Ability to perform conventional operations on novel materials (for example, ability to make a mold from plastic)

Savings on inventory costs through on-demand production

Applications

Jigs and Fixtures

The most obvious benefit of 3D printing across Jigs and Fixtures is the freedom of complex design possible with an AM process.

The use of 3D printing for jigs and fixtures enables: Faster development and/or production cycles. Reduced investments in time, cost and materials.

Accessories

3D printing is perfect for applications like creating components for robotic arms and other complex devices.

3D printing of electronics is a process, conductive and insulating inks are jetted on the printing surface in lines as thin as few microns. UV light is then applied to solidify the inks(All types of Processing boards can be printed).

Footwears

A 3D printing material is suitable for creating mold As material like wax and resin based material can be printed it can be used to make sand to silicon moulds.

As 3D printing gives good finish with very high accuracy it is ideal to master parts for making moulds.