Call 024 77360 144
We are available 8am-4pm Mon-Fri
3D Printing
Why choose RYSE 3D?
RYSE 3D Additive Manufacturing delivers high-precision, production-ready parts with unmatched speed, material versatility, and consistent quality, helping you bring complex designs to life faster and more efficiently.
High-Quality, Production-Ready Surfaces
Fast & Cost-Efficient Turnaround
Broad Material Compatibility
Functional & Aesthetic Excellence
High-Performance 3D Manufacturing
RYSE 3D delivers true production-grade additive manufacturing transforming 3D printing from a prototyping tool into a repeatable, scalable manufacturing solution. Using a combination of industrial FDM, HP Multi Jet Fusion (MJF), and Pellet Extrusion technologies, we produce functional, end-use polymer parts with precision, consistency, and cost-efficiency.
Our production services are designed to support every stage of manufacturing from low-volume pilot runs to full-scale serial production. With in-house expertise in material science, design for additive manufacturing (DfAM), and post-processing, RYSE 3D ensures every part meets the highest standards of mechanical performance, surface finish, and repeatability.
We operate a fleet of advanced machines across multiple platforms, capable of producing thousands of parts per week with full traceability and quality assurance all from our UK-based, Kings Award-winning production facility.
MJF-PA12, PA11 High Detail Parts
Our MJF (Multi Jet Fusion) production line delivers high-precision, end-use polymer parts using advanced HP additive-manufacturing technology. Ideal for customers seeking accurate, repeatable, production-ready components straight off the printer.
Materials & applications
- PA11 (Bio-based Nylon 11): high ductility, excellent impact resistance, superior fatigue performance.
- Used for automotive interiors, snap-fit parts, protective housings, flexible clips..
- PA12 (Nylon 12): outstanding dimensional stability, fine surface finish and durability under load. Perfect for enclosures, manifolds, tooling and low-volume production parts.
Key features
- Max part size 380 × 380 × 284 mm
- High-detail, isotropic parts with exceptional dimensional accuracy
- Production-grade materials – PA11 & PA12 for strength, flexibility, durability
- Consistent quality at scale — ideal for low to high volume manufacturing
- Smooth, semi-matte surface finish straight off the build
- Full UK production – backed by the King’s Award for Enterprise in Innovation
FDM – High-Performance Large-Format Parts
Our FDM manufacturing service uses industrial printers to produce strong, functional parts directly from CAD data with no tooling or long lead-times. Suitable for prototypes, jigs & fixtures, and full-scale production components.
Materials & applications
- ABS, ASA, PETG, Nylon (PA6, PA-CF, PA-GF), Polycarbonate, TPU and more
- Recycled-pellet materials for sustainable, high-volume output
- Carbon-fibre tooling, durable housings, flexible seals, structural automotive parts
Key features
- Max part size 500 × 500 × 700 mm
- Industrial-grade strength & durability using advanced polymers (PA12-CF, PA6-CF, ASA-CF, PETG-CF, TPU)
- Large-format build capability for functional, structural and end-use parts
- Exceptional dimensional stability with tight tolerances & strong layer adhesion
- Versatile material options covering high strength, flexibility and heat resistance
- Optimised surface-finish with post-processing options (vapour smoothing, polishing)
Ideal Use Cases
RYSE 3D’s post-processing solutions are tailored to fit a wide range of production and prototyping needs. Whether you’re creating end-use components, refining prototypes, or producing visually striking design parts, our finishing processes deliver the quality, precision, and performance required for real-world applications.
Rapid Prototyping: Test, iterate, and refine designs quickly before committing to tooling or full-scale production.
Functional Testing: Produce parts that withstand real-world conditions, including mechanical stress, heat, and wear.
End-Use Components: Manufacture small batches of custom, high-quality parts for production or replacement.
Tooling & Jigs: Create precision fixtures, assembly aids, and specialised tooling faster and more affordably than traditional methods.
Product Development & Design Validation: Turn CAD models into tangible objects for evaluation, feedback, and presentation.
How Our Process Works
Design Review
We assess your digital model to optimise it for additive manufacturing, ensuring structural integrity and printability.
Material Selection
Choose from a broad range of engineering-grade plastics, resins, and metals to suit your application.
Printing & Post-Processing
Using state-of-the-art 3D printers, we produce your part with precision, followed by finishing processes like sanding, polishing, painting, or assembly.
Delivery & Integration
Final components are ready for immediate use in prototyping, testing, or production workflows.
Industries & Typical Applications
Ryse 3D serves key sectors including automotive, aerospace, medical / healthcare, industrial equipment, consumer goods and more. Whether you’re producing enclosures, manifolds, jigs, fixtures or high-performance structural parts, our additive manufacturing solutions are tailored for end-use.
Industrial & Manufacturing
Construction & Building Products
Medical & Healthcare
Electrical & Electronics
Food & Consumer Goods
Marine & Outdoor Applications
Why RYSE 3D?
At RYSE 3D, we combine cutting-edge additive manufacturing with precision finishing and quality assurance to deliver parts that perform straight out of production. Our integrated approach ensures flexibility, consistency, and reliability across every project — from concept prototypes to full-scale manufacturing runs.
- Two complementary printing technologies for maximum flexibility and performance
- In-house finishing and inspection for production-ready parts
- Fast, reliable UK-based production with consistent, measurable results
Frequently Asked Questions
-
What types of 3D printing services do you offer?
We offer two main manufacturing pathways:
- Multi Jet Fusion (MJF) using materials like PA11 (bio based Nylon 11) and PA12 (Nylon 12) for high‐detail, end use polymer parts.
- Fused Deposition Modeling (FDM) using a wide range of engineering materials (ABS, ASA, PETG, Nylon variants, Polycarbonate, TPU, recycled pellet materials), especially suited to large format, structural or functional parts.
-
What size parts can you manufacture?
• For MJF: up to 380 × 380 × 284 mm.
• For FDM: up to 500 × 500 × 700 mm.-
What materials are available and how do I choose?
- For MJF:
- PA11 (high ductility, excellent impact resistance, superior fatigue performance) — ideal for things like automotive interior parts, snap fit assemblies, flexible clips. RYSE 3D – 3D Printing
- PA12 (outstanding dimensional stability, fine surface finish, durable under load) — ideal for enclosures, manifolds, tooling, low volume production. RYSE 3D – 3D Printing
- For FDM: A broad selection including ABS, ASA, PETG, Nylon (PA6, PA CF, PA GF), Polycarbonate, TPU, and recycled materials. Each material has specific strengths for strength, flexibility, heat resistance, or sustainability.
Choosing the right material depends on your part’s function (load bearing, flexibility, heat exposure), surface finish requirements, production volume, and budget.
- For MJF:
-
How good is the surface finish and accuracy of the parts?
- For MJF: High detail isotropic parts with exceptional dimensional accuracy and a smooth, semi matte surface finish straight off the build.
- For FDM: Strong layer adhesion and high dimensional stability; for improved aesthetics there are post processing options such as vapour smoothing or polishing.
-
Can you handle production scale manufacturing?
Yes. We are equipped to support from low volume pilot runs all the way to higher volume serial production. Our fleet of machines and in house finishing means consistent quality and throughput.
-
What finishing and post processing options are available?
We offer finishing options including bead blasting, dyeing, vapour fusing, machining, and inspection — especially for the MJF materials — to ensure production ready aesthetics and mechanical performance.
-
Where are you based and what quality standards do you follow?
We operate a UK‑based production facility that is backed by the King’s Award for Enterprise in Innovation, demonstrating our commitment to innovation and manufacturing excellence.
-
How do I get a quote and what is the minimum order size or volume?
You can upload your CAD file and request an instant quote (for up to 1,000 parts) via our website.
Lead times and minimum order volumes may vary depending on material, finish, complexity, and volume — so it’s best to contact us to discuss your specific project.
-
What should I consider when designing for additive manufacturing?
Design for additive manufacturing (DfAM) involves considering aspects like appropriate wall thicknesses, support structures or minimal need for supports, consolidation of parts where possible, orientation for strength and surface finish, and tolerances suited to the process. Our team can advise you at the design stage.
-
Is sustainability considered in your service?
Yes. For example, our use of PA11 (bio based Nylon 11) for MJF and recycled pellet materials for FDM highlight our commitment to more sustainable material options.
Ready to get started?
Work with RYSE 3D’s specialists to turn your designs into production-ready parts. From material advice to scalable manufacturing, our team will help you make stronger, faster, and more efficient with HP Multi Jet Fusion.
Free UK shipping on orders over £150. Secure payment.
Call +44 24 77360 144 or email [email protected]