3D printed
PEEK parts & components

PEEK, also known as polyetheretherketone, is a high-performance engineering plastic with exceptional resistance to corrosive chemicals as well as superior mechanical strength and dimensional stability. It offers resistance to hydrolysis in sea water, water, and steam. PEEK is suitable for continuous use at temperatures up to 338oF and has the capacity to maintain stiffness at high temperatures (170oC). In demanding environments like semiconductor, energy, medial oil and gas, food and beverage processing, and aerospace, this engineering plastic has a proven track record.

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Critical parts & components made from PEEK. Printed by Bond3D

Tube for EV Battery cooling
Optimizing battery systems using less parts and leak-tight PEEK cooling tubes.

Leak-tight manufacturing

Reduce parts

Low weight

Flow optimization

3D printed parts for the aerospace industry
Back-up ring
On-demand manufacturing allows a diverse amount of sizes te be manufactured in a short timeframe, to minimize downtime.

Chemical resistant

Minimale waste (no billet)

Digital stock & short TTM

Voidless printing

3D printed parts for the energy market
Amphenol PCD cable clamp
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

3D printed parts for the aerospace industry
Spinal Cage
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

3D printed parts for the medical industry
Static mixer
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 printed parts for the high-tech industry
Bracket for high-voltage motor cables
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.

Electrical isolation

Short lead time

Digital stock

Flow optimization

3D printed parts for the aerospace industry
Compliant mechanisms
“Less is more”- using additive manufacturing, assemblies can be reduced to one integrated part.

Complex structures possible

Low weight

High strength

Function integration

3D printed parts for the aerospace industry
Cooling Manifold
Cooling fluid is distributed by this flow-optimized manifold, simultaneously saving weight and enhancing production output.

Leak-tight manufacturing

Reduced parts

Low weight

Optimized flow

3D printed parts for the electronics market
Cranial implant (CMF)
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

3D printed parts for the medical industry
Insulating ring for Bond3D GEN3 machine
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

3D printed parts for the high-tech industry