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Kundenspezifische 3D-Druck-Lösungen
At Lewei, Get 3D printed prototypes and production parts of high precision, delivered with rapid turnaround times. With the latest technologies, we guarantee high quality products whether in the small batches or the large scale production. tart your project today and receive an instant quote!
- Achieve tolerances as fine as ±0.001 inches for flawless parts.
- Get your parts as quickly as 1 day with expedited lead times.
- ISO 9001:2015, AS9100D, ISO 13485, and ITAR compliant manufacturing for trusted results.
Upload your CAD files today and receive your instant quote!
Customized 3D Printing Services.
In Lewei Precision, we are experts in complex 3D printing in order to satisfy your special project needs. Be it the need to acquire high-quality, precision parts in large volumes, or the need to process them at very quick turnaround times, our solutions provide high-quality results. Discover our potential in 3D printing services and discover the right process to use.
SLA has high-resolution 3D printing with smooth finishes that are perfect when it comes to detailed prototypes and complex designs. Ideal in those assignments with high accuracy and smooth appearance.
HP MJF is intended to be used in producing high-speed parts of high strength. This technology is very good in manufacturing parts with high mechanical properties and details that are complex enough to be used in functionality.
SLS is a powder that is used to create very powerful and strong parts. It is ideal in complex geometries and functional components and works best in end-use applications.
Beim SLM werden Metallpulver mittels Laser verflüssigt, um Metallteile mit hoher Festigkeit herzustellen. Dieses Verfahren eignet sich hervorragend für Anwendungen in der Luft- und Raumfahrt, der Medizin und der Industrie, da es langlebig und präzise ist und auch unter schwierigen Bedingungen eingesetzt werden kann.
So funktionieren die 3D-Druckdienste von Lewei Precision
Lewei Precision works with an international system of hi-tech 3D printing capability to provide both small-volume prototypes and mass-volume production components. The parts are manufactured with high dimensional accuracy and visual quality and done in a layer-by-layer printing process. Each custom 3D printed part will be carefully checked according to the requirements of your specific project, which gives consistent output of all of your projects.
3D-Druck-Materialien
Wir bieten eine breite Palette von Materialien an, darunter Kunststoffe wie ABS und PA (Nylon) sowie Metalle wie Aluminium und Edelstahl, die sich perfekt für verschiedene industrielle 3D-Druckanwendungen eignen. Wenn Sie spezielle Anforderungen an das Material haben, wählen Sie auf der Seite für die Angebotskonfiguration die Option "Andere" aus, und wir werden genau das Material beschaffen, das Sie benötigen.
Wie bearbeitet, Eloxieren, Pulverbeschichten, Galvanisieren, Lackieren, Sandstrahlen, Polieren
Kupfer ist hoch leitfähig und verformbar, was es zur ersten Wahl für elektrische Leitungen und Sanitäranlagen macht. Seine natürlichen antibakteriellen Eigenschaften machen es auch ideal für medizinische Anwendungen, während seine Ästhetik für dekorative Gegenstände und Kunstwerke geeignet ist.
Rot-orange
Kupfer C101(T2), Kupfer C103(T1), Kupfer C103(TU2), Kupfer C110(TU0), Berylliumkupfer
Wie bearbeitet, Polieren, Sandstrahlen, Trommeln, Elektropolieren, Alodine, Wärmebehandlung, Schwarz oxidieren, Chemisch vernickeln, Verchromen, Gebürstetes Finish
$$$
Etwa 5 Arbeitstage
Bronze, eine Legierung aus Kupfer und Zinn, ist für ihre Haltbarkeit und Korrosionsbeständigkeit bekannt. Dank ihrer Festigkeit und ihrer Fähigkeit, rauen Umgebungen zu widerstehen, wird sie häufig für Schiffsanwendungen, Skulpturen und Lager verwendet.
Metallisch braun
Zinn-Bronze
Wie bearbeitet, Polieren, Sandstrahlen, Trommeln, Elektropolieren, Alodine, Wärmebehandlung, Schwarz oxidieren, Chemisch vernickeln, Verchromen, Pulverbeschichten, Gebürstetes Finish
Etwa 5 Arbeitstage
Stahl ist ein starkes und vielseitiges Material, das im Bauwesen und in der Fertigung weit verbreitet ist. Aufgrund seiner hohen Zugfestigkeit eignet er sich für Strukturbauteile, während verschiedene Untertypen seine Eigenschaften für spezielle Anwendungen wie Werkzeuge und Maschinen verbessern.
Silbergrau
Stahl 1018, 1020, 1025, 1045, 1215, 4130, 4140, 4340, 5140, A36, Gesenkstahl, legierter Stahl, Meißelwerkzeugstahl, Federstahl, Schnellarbeitsstahl, kaltgewalzter Stahl, Lagerstahl, SPCC
Wie bearbeitet, Galvanisierung, Passivierung, Pulverbeschichtung
Etwa 7 Arbeitstage
Edelstahl ist rost- und fleckenbeständig und eignet sich daher hervorragend für Küchengeräte und medizinische Geräte. Seine Festigkeit und Ästhetik machen ihn auch zu einer beliebten Wahl für architektonische Entwürfe und Automobilteile.
Silbergrau
Edelstahl SUS201, SUS303, SUS 304, SUS316, SUS316L, SUS42, SUS430, SUS431, SUS440C, SUS630/17-4PH, AISI 304
Wie bearbeitet, Galvanisierung, Passivierung, Pulverbeschichtung
Etwa 7 Arbeitstage
Magnesium ist leicht und dennoch stabil und wird häufig in der Luft- und Raumfahrt sowie in der Automobilindustrie eingesetzt, wo eine Gewichtsreduzierung entscheidend ist. Seine Bearbeitbarkeit ermöglicht komplexe Formen, und aufgrund seiner hervorragenden Leitfähigkeit wird es auch in verschiedenen elektronischen Geräten eingesetzt.
Weiß-silberne
Magnesium-Legierung AZ31B, AZ91D
Wie bearbeitet, Polieren, Sandstrahlen, Trommeln, Alodine, Wärmebehandlung, Eloxieren, Teflonbeschichtung, Chemisch Nickel, Lackieren, Pulverbeschichtung, Elektrophorese
Etwa 8 Arbeitstage
Titan ist unglaublich stabil und leicht und eignet sich daher ideal für die Luft- und Raumfahrt sowie für medizinische Implantate. Seine Korrosionsbeständigkeit und Biokompatibilität begünstigen den Einsatz in anspruchsvollen Umgebungen, während sein hohes Verhältnis von Festigkeit zu Gewicht für verschiedene industrielle Anwendungen geeignet ist.
Titanlegierung TA1, Legierung TA2, Legierung TC4/Ti-6Al 4V
Wie bearbeitet, Polieren, Sandstrahlen, Trommeln, Elektropolieren, Alodieren, Eloxieren, Chemisch Nickel, Lackieren, Pulverbeschichten, Gebürstetes Finish
Etwa 8 Arbeitstage
3D Printing Tolerance
| Merkmal | Typische Toleranz | Engineer Reality Notes |
|---|---|---|
| Loch-Durchmesser | ±0.20–0.30 mm | Holes almost always print undersized |
| Hole Position | ±0.20 mm | Cumulative error across layers |
| Ebenheit | 0.30 mm / 100 mm | Large flat faces warp |
| Wanddicke | ±0,15 mm | Thin walls amplify variation |
| Surface Finish (Ra) | 6.3–12.5 µm | Depends heavily on layer height |
| Threaded Features | Nicht empfohlen | Print + tap for accuracy |
3D Printing Surface Finish Options
Lewei Precision provides numerous surface finish options to increase the quality, durability and the appearance of your 3D printed components. Our services can be used to fulfil your personal project requirements, whether it involves a smooth finish, protection, or a unique texture.
As-machined finishes leave the raw, rough texture preferred in functional prototypes or inside parts. It’s an ideal choice when aesthetics aren’t a priority but precision is
Painting forms not only some color to your parts but also offers protection to them. Choose from a range of finishes to enhance your part’s visual appeal and durability for end-use applications.
Unser polishing service reduces roughness, leaving your parts with a smooth, glossy finish, ideal in parts where the customer sees it, or the part that needs an exceptional finish.
Anodizing offers durable and corrosion-resistant surfaces to metal components. This process also allows for vibrant color options, adding both strength and a polished look to your parts.
Add electroplating to your 3D printed parts to enhance their strength, wear resistance, and conductivity. Most suitable in parts needing better durability and electricity capability.
Texturing gives your parts a custom pattern that improve grip as well as giving them a personalized look. Ideal in components that require an increased level of tactile characteristics.
3D Printing Tolerances
| Parameter | Spezifikation |
|---|---|
| Allgemeine Toleranzen | ±0.2 mm for metals / ±0.5 mm for plastics |
| Enge Toleranz | ±0.05 mm |
| Oberflächenbehandlung | Ra 3,2-0,8 μm |
| Maximale Baugröße | Varies by process (up to 1400 mm) |
3D-Druck Dienstleistungen
At Lewei Precision, we provide 3D printing solutions (made to your specifications) to suit your production processes, such as rapid prototyping or mass production. Services offered by us have fast turnaround times, high accuracy, and quality.
3D-Druck
Quickly move from design to prototype with our rapid prototyping service. We also use the latest tool of 3D printing to provide high-resolution and precise parts to validate designs and test them.
- Lead time: 1–5 Days
Vakuumgießen
Our low-volume production service is ideal when using emerging products where quality is to be maintained as well as speed of delivery and it is ideal in market testing and when approaching small to medium quantity production.
- Lead time: 5–15 Days
Spritzgießen
For high Volume, we have the mass production capacity that can offer efficient and accurate parts and still be of high quality and tight tolerance where it would be needed.
- Lead time:2–4 Weeks
Lewei 3D-Präzisionsdruckfähigkeiten
Wir bieten Ihnen einen detaillierten Leitfaden zu jedem 3D-Druckverfahren, in dem die einzigartigen Standards hervorgehoben werden, damit Sie fundierte Entscheidungen für Ihre Druckanforderungen treffen können.Unsere CNC-Maschinen arbeiten mit Präzisionstoleranzen, die den Industriestandards entsprechen. So wird sichergestellt, dass jedes Teil gleichbleibend präzise ist und perfekt zu den anderen Komponenten passt.
Merkmal | SLA | MJF | SLS | SLM |
Min. Wanddicke | 0,6 mm für freitragende Wände, 0,4 mm für beidseitig gestützte Wände | Mindestens 1 mm dick; übermäßig dicke Wände sind zu vermeiden | Von 0,7 mm (PA 12) bis 2,0 mm (kohlenstoffgefülltes Polyamid) | 0,8 mm |
Schichthöhe | 25 µm bis 100µm | Etwa 80µm | 100-120 Mikrometer | 30 - 50μm |
Max. Baugröße | 1400x700x500mm | 264x343x348mm | 380x280x380mm | 320x320x400mm |
Maßtoleranz | ±0,2mm (für >100mm, 0,15% anwenden) | ±0,2mm (für >100mm, 0,25% verwenden) | ±0,3mm (für >100mm, 0,35% verwenden) | ±0,2mm (für >100mm, 0,25% verwenden) |
3D-Druck-Materialien
Our 3D printing services support industry-standard polymers and metals used across prototyping and low-volume production.
Material selection depends on printing technology, strength requirements, and end-use application.
Lightweight metal used for functional prototypes and production-grade parts.
Klassen
AlSi10Mg
High-temperature nickel alloy for extreme operating environments.
Klassen
Inconel 718
Hard, wear-resistant alloy used in medical and high-stress applications.
Klassen
CoCr
Strong and corrosion-resistant for industrial and functional components.
Klassen
316L
17-4 PH
High strength-to-weight ratio with excellent corrosion resistance.
Klassen
Ti-6Al-4V
Kunststoffe
Tough plastic suitable for functional prototypes and enclosures.
Klassen
ABS
Flexible material for elastic and impact-resistant components.
Klassen
TPU
Easy-to-print material for visual models and basic prototypes.
Klassen
Standard PLA
Balanced strength and flexibility with good chemical resistance.
Klassen
PETG
Strong and durable material for mechanical and functional parts.
Klassen
PA12
PA11
UV-resistant plastic suitable for outdoor applications.
Klassen
ASA
High-detail material used for visual models and precision parts.
Klassen
Standard Resin
Tough Resin
Engineering Resin
Schnelle Online-3D-Druckdienste
Benötigen Sie eilig 3D-gedruckte Teile? Laden Sie einfach Ihre 3D-Modelldateien in Formaten wie [.STP], [.STEP] oder [.STL] zur nahtlosen Verarbeitung hoch. Unsere Plattform analysiert Ihren Entwurf schnell, um ein sofortiges, individuelles Angebot für eine optimale Herstellbarkeit zu erstellen.
Wählen Sie aus einer Vielzahl von Materialien und Oberflächen aus und lassen Sie sich von unseren Experten beraten, um das beste Gleichgewicht zwischen Kosten, Funktionalität und Ästhetik zu gewährleisten. Mit hochauflösenden 3D-Druckern erwecken wir Ihre Entwürfe mit außergewöhnlicher Präzision zum Leben. Jeder Druck wird einer strengen Prüfung unterzogen, um sicherzustellen, dass er Ihren Vorgaben entspricht. Genießen Sie eine schnelle Lieferung, bei der die hochwertigen Drucke bereits am nächsten Tag bei Ihnen eintreffen.
3D-Druck für verschiedene Branchen
Lewei Precision provides custom 3D printing services tailored to meet the unique requirements of industries such as automotive, aerospace, healthcare, and more. We offer specialized solutions designed to address the specific needs of each sector, ensuring high-quality, precision parts for a range of applications
3D Printing Workflow - Our Process
At Lewei Precision, we ensure every part is produced with top-notch precision and quality. The efficient 3D printing we have is a guarantee that you will obtain your custom parts in a high quality, reliable, and timely manner.
Technische Überprüfung
Upload your 3D design, and our expert engineers will assess it for manufacturability.We guarantee that your design is streamlined to performance, cost and speed of production.
3D Printing Process
Once your design get approved, we start the process of 3D printing it with the most suitable technology, either SLA or SLS, MJF or any other technology. This will make sure that your part is cut in the suitable material and accuracy.
Nachbearbeitung
After printing we apply methods of surface finishing to enhance the part appearence and functional. We also perform strict quality checks in order to make sure it is of our high standards.
Inspection and Shipping
Each parts are then subjected to a last check in terms of dimension and general quality. Upon approval, it is well packed and delivered to your doorstep where you can use it up.
Warum uns wählen
At Lewei Precision, we believe in providing the best 3D printing solutions to bring your ideas to life in a precise, fast and quality manner. You need quick prototypes, low volume production, or even complicated custom parts, we have the skills and means to take care of your unique needs.
Advanced Printing Technologies
Lewei Precision provides the latest 3D printing processes, such as SLA, SLS and MJF, according to the demands of your project.
Accelerate your product development with lead times as short as 1 day and get your 3D printed parts.
Produce high-precision 3D printed parts that allow a tolerance of as low as ±0.001 inches, guaranteeing quality and consistency.
Was ist 3D-Druck?
Der 3D-Druck oder die additive Fertigung ist eine innovative Technologie, bei der dreidimensionale Objekte aus digitalen Dateien hergestellt werden. Bei diesem Verfahren wird Schicht für Schicht Material hinzugefügt, bis die endgültige Form erreicht ist. Im Gegensatz zur herkömmlichen Fertigung, bei der oft Material von einem größeren Block abgeschnitten wird, ermöglicht der 3D-Druck die Herstellung komplexer Geometrien und feiner Details mit minimalem Abfall. Das Verfahren wird in vielen Branchen eingesetzt, darunter Prototyping, Produktentwicklung, medizinische Implantate und Luft- und Raumfahrt. Mit seinen Vorteilen in Bezug auf Individualisierung, Geschwindigkeit und Kosteneffizienz ist der 3D-Druck ein wichtiges Werkzeug in der modernen Fertigung.
Comprehensive 3D Printing Quality Control & Inspection
At Lewei Precision, the quality and accuracy of each 3D printed component are our main concern. We will inspect all the parts to the highest standards of dimensional accuracy with the help of sophisticated inspection equipment, including CMM (Coordinate Measuring Machines), optical scanners, and digital micrometers. We are either ordering a prototype or a part that is production grade and this precision is ensured by our careful inspection process to ensure that you get the accuracy that you require in your 3D printing work.
Besides dimensional accuracy, we also comply with GD&T (Geometric Dimensioning and Tolerance) standards, which will guarantee that both dimensional and geometric accuracy conforms to ISO 2768-mK, and ASME Y14.5. We also perform detailed surface testing to verify Ra 3,2-0,8 μm roughness and confirm coating thickness. To provide full transparency, we offer comprehensive Rückverfolgbarkeit through Material Certificates (MTRs), FAI-Berichteund CMM-Datenblätter, ensuring that all your parts meet industry regulations and your specific needs.
Vorteile
Benefits of 3D Printing
3D-Druck delivers distinct advantages over traditional manufacturing methods, with an unprecedented level of flexibility, speed and precision in its various applications.
- Tailored Solutions: Develop fully customized components to the unique design needs without the complexity and high cost associated with conventional ways.
- Advanced Design Freedom: Develop extremely complex design and structure, which become common to traditional manufacturing methods, and provide an opportunity to innovate.
- Efficient Material Use: 3D printing produces only the necessary material to print, not waste like in conventional subtractive processes, saving money spent on materials.
- Accelerated Prototyping: Haste the prototyping process into rapid design and concept validation and cut down on time to market as well as enhance product development lifecycle.
- Affordable for Low-Volume Runs: Ideal for small batch production, 3D printing eliminates the need for expensive tooling and molds, offering a cost-effective solution for limited runs.
- Faster Time-to-Market: Streamline the whole production process and provide faster iterations and shorter release times of new products.
Anwendungen
Kundenspezifische 3D-Druck-Anwendungen
3D-Druck opens up a wide array of possibilities for industries by providing efficient solutions for both prototyping and final part production.
- Prototype Development: Rapidly convert design concepts into full-fledged prototypes, which can be tested and validated in the test of time.
- Specialized Tools & Jigs: Custom tools, fixtures, and production aids are made that enhance efficiency in the work flow and make operations precise.
- Healthcare Applications: Design customized medical instruments, such as implants and prosthetics, with superior capabilities in comfort and shape to the patient.
- End-Use Manufacturing: Manufacture quality, functional components to an assortment of industries, including automotive and aerospace, and make them ready to be used as final products.
- Architectural Design Models: Design elaborate architectural models in a manner that assists in visualizing the projects and simplifying the planning processes.
- Personalized Consumer Goods: Design and produce unique and customized products like personalized accessories, home decor and gifts that consumers desire to have unique items.
- Educational Tools: Create educational models for research, teaching, and hands-on learning, providing precision and detail for academic use.
FAQs zur CNC-Bearbeitung
1. What are some of the parts that I can make using 3D printing?
Widely diverse parts can be produced using 3D printing, such as prototypes and special tools, as well as end-use parts. It is most suited in producing intricate geometries, functional components and quality prototype in all forms of industries such as automotive, aerospace, medical and consumer goods.
2. What is the average lead time of 3D printing services?
The 3D printing lead time is based on the design and the volume of production. Rapid prototypes are usually manufactured within 1-5 days and low-volume parts are usually manufactured within 5-15 days. In case of a large scale production, the turnaround time ranges to 2-4 weeks.
3. In what file formats do you accept 3D printing?
The 3D printing takes a host of file formats, such as STL, STEP, STP, IGES, OBJ, and 3MF. In case you are not confident in what format to convert to, our team might help you in converting your files so that they will be compatible with our 3D printing machines.
4. Which 3D printing technologies do you use?
We provide various advanced services of 3D printing, such as SLA (Stereolithography), SLS (Selective Laser Sintering), HP MJF (Multi Jet Fusion), and SLM (Selective Laser Melting). Every technology will be chosen depending on the requirements and material properties of your project.
5. What can I do to guarantee that my 3D printed parts are of my quality?
We conduct stringent quality tests in the production process which includes dimensional inspection by CMM and optical scanning and post processing of surface finish and durability. Our team will collaborate with you to ensure that the final product is what exactly you wanted.
6. What are the materials that can be 3D printed?
We do the wide range of materials, such as plastics, such as ABS, Nylon, and Polycarbonate, and metals, such as Aluminum, Stainless Steel, and Titanium. In case you need certain material needs, our team will assist in sourcing the appropriate material to your project.
7. Is it possible to have high-volume production by 3D printing?
It is true that with advanced automation and multi-axis capability, high-volume production can be conducted with the assistance of 3D printing. We can provide consistency and precision and deliver fast turnaround whether it is a batch of parts in the thousands or a batch of custom parts.
8. Can 3D printing be economical in small production batches?
Yes! 3D printing is a cheap technology to use when it comes to low volume production, as no costly tooling or molds are required. This is ideal on small batch production, prototyping or trying out the new designs before production.
9. In which industries do you offer 3D printing services?
We offer 3D printing to a diverse group of industries; some of them are automotive, aerospace, medical devices, consumer products and robotics and architecture. We offer customized solutions to both prototypes and final parts in both industries.
10. Do you offer post-processing services of 3D printed parts?
Yes, we have after processing services where we refine the finish and functionality of your parts. This involves polishing, painting, electroplating and smoothing to make your parts look as well as perform to your specifications.
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