Isolating the phase cables from a 700V electric motor to the inverter. 3d-printing allows our customer to make last-minute changes in the prototype phase.
- Leak-tight manufacturing
Reduce parts
Low weight
Flow optimization
Optimizing battery systems using less parts and leak-tight PEEK cooling tubes.
- Leak-tight manufacturing
Reduce parts
Low weight
Flow optimization
“Less is more”- using additive manufacturing, assemblies can be reduced to one integrated part.
- Complex structures possible
Low weight
High strength
Function integration
Amphenol PCD has asked Bond3D to develop the P75D clamp for additive manufacturing. Various sizes and design iterations can be quickly made without high setup costs.
- Complex structures possible
Low weight
High strength
Function integration
The Peek spinal cages printed bij Bond3D offer superior properties compared to the Ti competitors.
- One part production possible
Medical-certified material
Short lead time
Flexural modulus
Customized cranial implants can be produced using the Bond3D technology with less waste and faster times.
- One part production possible
Medical-certified material
Short lead time
Flexural modulus comparable to bone
A buoyant part has been designed that actuates based on liquid level. The density and maximum load are optimizable with design.
- Pressure resistance
Purity
Chemical resistance
Freedom of design
The insulating ring of the Bond3D machine has been optimized using a special 3D-infill type to improve the insulating properties.
- Unique and complex designs
Reduced costs
Lower material usage
Enhanced insulating properties
The design freedom is large with 3D-printing. This static mixer uses the design freedom to optimize the mixing capabilities.
- Complex structures possible
Strong parts
Design freedom
Function integration
3D-printing makes it possible to print seals near-shape and finish the product to tolerances using conventional machining methods.
- Chemical resistant
Minimale waste (no billet)
Digital stock & short TTM
Voidless printing