Engineering at Cambridge:
The new rig for metal forming, situated in the Department of Engineering, will be used by DeepForm to do sheet metal stamping using a three-stage process: clamp – fold – shear
Engineering at Cambridge:
The new rig for metal forming, situated in the Department of Engineering, will be used by DeepForm to do sheet metal stamping using a three-stage process: clamp – fold – shear
Engineering at Cambridge:
The new rig for metal forming, situated in the Department of Engineering, will be used by DeepForm to do sheet metal stamping using a three-stage process: clamp – fold – shear
Engineering at Cambridge:
The new rig for metal forming, situated in the Department of Engineering, will be used by DeepForm to do sheet metal stamping using a three-stage process: clamp – fold – shear
Engineering at Cambridge:
The new rig for metal forming, situated in the Department of Engineering, will be used by DeepForm to do sheet metal stamping using a three-stage process: clamp – fold – shear
Engineering at Cambridge:
The new rig for metal forming, situated in the Department of Engineering, will be used by DeepForm to do sheet metal stamping using a three-stage process: clamp – fold – shear
Engineering at Cambridge:
Dr Chris Cleaver, who is leading the commercialisation effort, holds a piece of sheet metal ahead of its ‘stamping’ into shape in the new rig for metal forming
Engineering at Cambridge:
Dr Chris Cleaver, who is leading the commercialisation effort, holds a piece of sheet metal ahead of its ‘stamping’ into shape in the new rig for metal forming
Engineering at Cambridge:
Dr Chris Cleaver, who is leading the commercialisation effort, holds a piece of sheet metal ahead of its ‘stamping’ into shape in the new rig for metal forming
Engineering at Cambridge:
Dr Chris Cleaver, who is leading the commercialisation effort
Engineering at Cambridge:
The inner workings of the new rig for metal forming
Engineering at Cambridge:
The inner workings of the new rig for metal forming
Engineering at Cambridge:
The inner workings of the new rig for metal forming
Engineering at Cambridge:
The inner workings of the new rig for metal forming
Engineering at Cambridge:
An example of the isolated ‘shrink corners’ with straight sidewalls
Engineering at Cambridge:
An example of the isolated ‘shrink corners’ with straight sidewalls
Engineering at Cambridge:
An example of the isolated ‘shrink corners’ with straight sidewalls
Engineering at Cambridge:
An example of an isolated ‘shrink corner’ at the folding stage
Engineering at Cambridge:
An example of an isolated ‘shrink corner’ at the folding stage
Engineering at Cambridge:
An example of an isolated ‘shrink corner’ at the folding stage