Custom Nylon12 Nylon11 Rapid prototype SLS printed
|Unit Price:||1~100 USD|
|Min. Order:||1 Piece/Pieces|
|Packaging:||Plastic molds packing methods: 1-Surface coated with anticorrosive paint 2-Wrapped with PE film 3-Fixed and sealed by wooden boxes|
|Place of Origin:||JiangSu|
|Supply Ability:||50 Set/Sets per Month|
In this process, lasers are used to plastic powders and create solid 3D structures. The best feature of this process is that different kinds of objects having different characteristics can be produced. It is slightly affordable and feasible for small scale businesses as it has a large range of material options. It is also suitable for visual models and prototypes. Its process also has some cons such as is slow speed Lack of structural properties in materials, size restrictions, high power usage.
Advantages of SLS Printing
SLS 3D printing is a popular technology in several industries based on its advantages. Below are a few advantages of the process.
No Need for Support Structures
SLS doesn’t require specialized support structures, unlike other additive manufacturing processes, e.g., stereolithography (SLA) and fused deposition modeling (FDM). This is because of the unsintered powder that is present during printing.
Ability to Make Complex Designs
Due to the support structure, SLS 3D printing is suitable for making highly complex designs. With the technology, designers can explore and unleash different possibilities for design not possible with the traditional process. Another unique SLS advantage design-wise is that the designer can consolidate complex assemblies requiring multiple parts into one.
SLS 3D printing is one of the fastest additive manufacturing technology without a loss in the functionality of the finished part. Compared to layer deposition methods such as FDM, the process is also very accurate.
Productivity is high due to the maximization of the 3D printer’s build space which allows it to work with multiple parts. This will also post-processing time.
Competitive Cost Per Part
The cost per part of using a process is only possible after accounting for equipment ownership, material, and labor costs. SLS 3D printing have a lesser cost per part due to the following
Easy Modification of Design
SLS printing allows easy modification of design. Therefore, designers can make prototypes and end-use parts using the same machine and materials. This ease of modification ensures lesser cost and time consumption, unlike the traditional processes
Materials of Selective Laser Sintering
SLS materials are always powdered form, and they include plastic polymers, ceramic, and glass. Of the many materials, polyamides/nylons are the most common due to their ideal sintering behavior and mechanical properties (e.g., durability, environmental stability, and impact resistance). Many variants are used in SLS printing, each suitable for different industries. Below are variants you can apply to your project.
Nylon 11 is made from castor oil. It has higher ductility, flexibility, strength, impact resistance, chemical resistance, low absorption, and wear and tear. Consequently, it is ideal for making parts that require a living hinge, e.g., jigs and fixtures, snaps, clips, and hinges.
Nylon 12 is the more common SLS 3D printing material known for its versatility, high impact and temperature resistance, durability, and stability under various environmental conditions. It also has great details and dimensional accuracy making it the right material in high-performance prototyping. It is also stiff and tough but is slightly rougher than other nylons and is applicable in making permanent jigs, fixtures, and tooling.
Nylon 12 GF
Nylon 12 GF is a glass-filled composite SLS 3D printing material. It has excellent mechanical stiffness, superior dimensional stability, thermal stability, and a nice surface finish making it suitable for several industrial environments.
Aluminum Filled Nylon is suitable for parts with a high metallic shine. Due to the aluminum part, it is stiff and has high thermal conductivity. However, it is not electrically conductive. The material is suitable for rapid tooling and fixtures.
Carbon-Fiber Filled Nylon (PA-FR)
Carbon-Fiber-Filled nylon is a material known for its stiffness and low weight. It is suitable for making products applicable in high elevated temperatures or high-performance situations. These include making sports equipment, rapid tooling, drones, and racing
Precision Injection Molding and Sheet metal are our core businesses. Delivering injection molding and contract manufacturing in the packaging, consumer appliances, home automation, and automotive sectors etc.
When you choose FCE, you get an expert partner through the entire production cycle, taking your product from concept to reality.
|COMPANY NAME||Suzhou FCE Precision Electronics Co.,Ltd|
|MAIN PRODUCTS||Plastic Injection Mold, Prototype tool, Injection Molding Parts, Metal Stamping Die, Stamping Processing for Auto, Consumer Electronics, Appliance, Medical, Houseware…|
|CERTIFICATES||ISO 9001, IATF16949|
|QAULITY POLICY||Customer-centric, Action concurrent with words|
1. Consulting 2. Engineering 3. Prototyping 4. Manufacturing
All in ONE
Where the Good Quality from:
Good Quality Planning, Project Management, Work Procedure, Tracibility
All in our Blood
High precision injection moulding and Sheet Metal are at our core; delivering contract manufacturing in the packaging, consumer appliances, business machines, home automation, life science and automotive sectors. When you choose FCE, you get an expert partner through the entire production cycle, taking your product from concept to reality.
FCE has provided industry-leading injection molding services, and we have continued to develop and invest in cutting-edge technologies. Whatever your goals for your component or product, we have the expertise and equipment to deliver. Our specialist capabilities include in-mould labelling and decoration, multi-k injection moulding, liquid silicone rubber, Sheet metal processing, custom machining, clean room production and more. And because of our global reach, we can cost-effectively source materials and tailored solutions, from concept to reality.
We use our project management skill to create a structured phase-gate process. This establishes your goals and expectations and ensures that you have the oversight and impetus to reach a positive outcome.
The injection Molding, metal stamping, sheet metal processing, machining factories are certificated by ISO 9001, IATF16949. Silicone Molding and Injection molding certificated by ISO13485
Suzhou FCE precision electronics Co., LTD
FCE has provided industry-leading injection molding services, and we have continued to develop and invest in cutting-edge technologies. Whatever your goals for your component or product, we have the expertise and equipment to deliver. Our specialist capabilities include in-mould labelling and decoration, multi-k injection moulding, Sheet metal processing, custom machining.
High precision injection moulding and Machining are at our core; delivering contract manufacturing in the packaging, consumer appliances, business machines, home automation, life science and automotive sectors. When you choose FCE, you get an expert partner through the entire production cycle, taking your product from concept to reality.
- Company Name: Suzhou FCE precision electronics Co., LTD
- Representative: Jie Zhiguo
- Product/Service: Injection Molding , Sheet Metal Processing , Cnc Machining , Rubber Silicone , 3D Printing , Mechanical ODM
- Capital (Million US $): 1000000RMB
- Year Established: 2019
- Total Annual Sales Volume (Million US $): US$1 Million - US$2.5 Million
- Export Percentage: 81% - 90%
- Total Annual Purchase Volume (Million US $): US$1 Million - US$2.5 Million
- No. of Production Lines: 5
- No. of R&D Staff: 5 -10 People
- No. of QC Staff: 5 -10 People
- OEM Services Provided: yes
- Factory Size (Sq.meters): 1,000-3,000 square meters
- Factory Location: 4# plant,JiangPu Road No.75, Suzhou, Jiangsu, China
- Contact Person: Mr. lee jie
- Tel: 86--15051470515
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