End-to-end High Performance Additive Manufacturing Solutions
Beyond Bynd provides industrial 3D printing and additive manufacturing services – including polymers, metal 3D printing, and proprietary filaments for engineers and industrial teams.
What We Deliver
Contact Manufacturing
Supporting various supply chains, business models, and projects, we provide nimble, scalable additive manufacturing
Materials and Equipment
From polymeric and materials we support your business needs and growth
High-performance polymers and custom materials
Our vertically integrated systems enable us to make custom materials to meet the demanding
Industries we serve
MOBILITY
Mobility
Electronics & Semiconductors
Electronics & Semiconductors
Education & Research
Oil & Gas, Energy
Materials
We specialise in high-performance thermoplastics and engineering metals designed to withstand heat, chemicals, and mechanical stress in demanding industrial environments.
PEI ULTEM
PEEK
PA6 CF
STAINLESS STEEL
INCONEL
Introducing BYND3D
Our proprietary filament division produces engineering-grade thermoplastics for industrial 3D printing applications. Designed for dimensional accuracy, strength, and thermal stability, our materials enable reliable performance across advanced additive manufacturing systems.
Professional Design and 3D Printing Services
Beyond Bynd is a comprehensive solution provider for all your engineering needs, specialising in the cutting-edge field of additive manufacturing.
We cater to projects of any scale, whether a single component or a large quantity in the thousands, and we offer an extensive selection of materials to meet your specifications.
With our streamlined processes, we have lightning-fast lead times that are as quick as just 1 day.
Experts in Engineering Polymers and High-Performance Thermoplastics
Obtain functional parts with high isotropy, thanks to our ability to 3D print an extensive range of engineering materials. From engineering materials like Nylon Carbon Fiber and Polycarbonates to advanced High-Performance Thermoplastics like ULTEM, PEKK, and PEEK, we offer a diverse selection to suit your requirements. Ready for prototyping, small batch and production runs.
Trusted Across Industries
What We Do
Consultation
We provide a holistic range of services, including material selection especially for 3D printing, design optimisation, and identification of possible improvements, to ensure both the printability and functionality of your parts.
Design
Looking to transform your ideas into reality? into reality? Our experts will help you turn your ideas into precise 3D models and drawings, which is essential for the manufacturing process.
3D Printing
With No Minimum Order Quantity, our 3D printing services are capable of accommodating projects of any scale, be it a single piece for prototyping or small batch production of 100-1000 pieces, with our wide range of materials and fast turnaround time.
Post Processing
Elevate the appearance of your 3D printed parts with our wide range of finishes, designed to help you achieve your desired aesthetic. From basic support removal to painting.
Fabrication
While additive manufacturing offers numerous advantages, it may not always be the optimal choice for every product or part, as alternative manufacturing methods might provide superior benefits in some cases.
Distribution
Looking to establish your own in-house additive manufacturing capabilities? We distribute comprehensive 3D Printing machines and materials that can be tailored to your specific needs.
3D Printing Technologies
FDM
Fused Deposition Modelling is a 3D Printing technology that uses a nozzle to extrude filament-based materials to print your part.
SLS
Selective Laser Sintering fuses powder material by using a laser to selectively heat up and fuse the powder together to create the final part.
MJF
Multi Jet Fusion is a 3D printing technology by HP that is able to create complex isotropic 3D printed parts by using a binding agent to fuse parts together in rapid succession.
SLA
Stereolithography uses a laser to selectively cure resin-based materials to create your final part.
DMLS
Direct Metal Laser Sintering uses a laser to fuse metal powder together layer by layer to achieve the final geometry.
