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Compound bow 3D printing

Welcome to Elimold, your premier destination for cutting-edge compound bow 3D printing services. Committed to innovation, quality, and customer satisfaction, we offer a comprehensive suite of compound bow 3D printing solutions to meet your unique needs.

Compound bow 3D printing manufacturer

Elimold is a leading company in the field of compound bow 3D printing, focusing on providing high-quality, innovative compound bow manufacturing solutions to customers around the world. With advanced 3D printing technology and exquisite craftsmanship, we can accurately transform various complex designs into actual compound bow products.
Our team has rich experience in the field of 3D printing. We continue to explore and break through traditional design concepts. Combined with the unique advantages of 3D printing, we can tailor unique compound bow styles according to the personalized needs of customers, whether it is a competitive bow, a hunting bow or a collection-level exquisite bow. We have rich manufacturing equipment and experience to ensure that every 3D printed compound bow can perform excellently in performance, whether it is the stability of pulling force, the accuracy of arrow shooting or the overall fatigue resistance, which far exceeds the industry standard.
In addition, we also have a complete production process and quality control system. From the initial model design to the final product delivery, every link is strictly tested and checked to ensure that the products received by customers are flawless and reliable. With its efficient production efficiency and high-quality customer service, Elimold has established long-term and stable cooperative relationships with many well-known bow and arrow brands, sports equipment retailers and professional athletes, and has established a good reputation and excellent brand image in the compound bow 3D printing market.

3D Printing of Compound Bow Parts 1

Services you can trust

We not only focus on the 3D printing production of compound bows, but also provide a full range of supporting services. At the beginning, our engineers will communicate with customers in depth to fully understand the needs and expectations of the compound bows designed by customers in terms of appearance, performance, functions, etc., use advanced software and experience to help customers conduct manufacturability analysis, and provide a variety of suggestions for customers to choose and modify until the manufacturing plan fully meets the customer’s wishes. Therefore, whether it is the shape and size of the bow body, the tension adjustment mechanism of the bowstring, or even the decorative texture and pattern on the bow handle, we can custom production according to the unique requirements of customers, and are committed to creating unique compound bows to meet customers’ ultimate pursuit of personalization and specialization. In addition, our professional team of engineers is proficient in 3D printing technology, composite material properties, and the mechanical principles of compound bows.

Improve your compound bow product development experience with Elimold

At Elimold, we stay at the forefront of 3D printing technology development, providing a variety of 3D printing technologies, materials, and expertise to help you use this transformative technology for your business. Whether you are an experienced designer or just beginning your 3D printing journey, our team can guide you through every step of the process. We can print your prototypes for design validation and testing, supplement your 3D printing capabilities, alleviate supply chain bottlenecks, and work with your engineers to optimize 3D printed compound bow designs.

Your premiere compound bow 3D printing solution

From carefully designed compound bow prototypes to solid final production components, we are the premier destination for best-in-class 3D printing solutions.

Fused Deposition ModelingFDM 3d printing service

FDM 3D Printing Services

FDM (Fused Deposition Modeling) 3D Printing Services provide a reliable method for creating durable and detailed prototypes and parts layer by layer.
StereolithographySLA 3D Printing Service elimold

SLA 3D Printing Services

A high-precision laser to cure liquid resin into solid structures, layer by layer.We deliver exceptionally detailed and smooth finished products, making it an ideal choice for intricate models, molds, and prototypes
Selective Laser Sintering SLS 3d printing service elimold

SLS 3D Printing Services

We employ a powerful laser to fuse powdered materials, such as nylon or polyamide, layer by layer into solid forms. The result is robust and complex parts with consistent mechanical properties
Polyjet 3d printing service elimold

PJ3D 3D Printing Services

A technique that involves depositing UV-sensitive resin on a building platform, drawing parallels to the mechanics of inkjet printing
HP Multi Jet Fusion 3d printing service elimold

HP MJF 3D Printing Services

We utilize an advanced technology that selectively applies fusing agents and detailing agents to a bed of powdered material, which is then fused by heating elements.
Direct Metal Laser Sintering DMLS 3D Printing Service elimold

DMLS 3D Printing Services

DMLS (Direct Metal Laser Sintering) 3D Printing Services harness a specialized laser to selectively fuse powdered metal materials layer by layer.

A wide range of 3D printing materials for you to choose from

With 20 different materials and over 100 possible color and finish combinations, we offer only the highest quality to turn your compound bow design into a 3D printed reality.

Plastic Materials

  • PLA
  • ABS
  • PE
  • PETG
  • TPU
  • PA

Metal Materials

  • Stainless Steel
  • Aluminum
  • Titanium
  • Copper
3D printing compound bow part

Post-procesing

Post processing is the final stage in the 3D printing process that is used to achieve the desired visual, tactile, and surface requirements for each component.Elimold offers to following post processing services:

  • Chemical and mechanical smoothing
  • UV Exposure of resin prints
  • Gluing/assembling prints
  • Paintings and Varnishings

Advantages of 3D printed compound bows

  • High custom: According to the user’s body parameters (height, arm length, strength, etc.) and aesthetic preferences, the size and appearance of the compound bow can be flexibly custom to meet personalized needs and fit multiple usage scenarios.
  • Low cost: Low volume production does not require high mold fees, and as additive manufacturing, the material utilization rate is high, waste is low, and costs are effectively controlled, with outstanding cost performance.
  • Diverse designs: Easily create complex geometric structures, such as internal lattices and special-shaped contour parts, and can quickly adjust the design as needed, shorten the iteration cycle, and help optimize products.
  • Efficient manufacturing: For single-piece or small-batch production, after completing the 3D model design, it is automatically printed, the process is streamlined, the time consumption is short, and the output is fast.
3D printing compound bow parts

How much do you charge for your compound bow 3D printing service?

Our service is on-demand manufacturing. You can connect with Elimold’s team of designers and engineers who specialize in compound bow 3D printing through the platform. Our team will provide you with an instant quote based on your 3D file. And, we will discuss the possibility of 3D printing your part in detail with you. Please note that not every CAD design is suitable for the 3D printing process. A call is especially necessary for those who are trying 3D printing for the first time. During the call, we will understand your needs and guide you through the process with material recommendations. If it is not suitable, we will let you know immediately. If 3D printing is not the right process to make your part, we don’t want to waste your time and money.

Get Instant Compound Bow 3D Printing Parts Quotes

Upload your 3D CAD file to get instant quotes for your compound bow 3D printing designs. In our quote platform, you can see real-time cost impacts based on your selected 3D printing material and resolution level. If you have any questions about quotes or designs, you can work with our application engineering team who will help you through the process.

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