PEEK PARTS & COMPONENTS FOR THE Parts MARKET

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