Full-Color Material Details
General Informations
The primary material used in CJP printing is a plaster-like powder. This powder serves as the build material where each layer is selectively solidified using a liquid binder. The plaster-like material used in CJP printing is designed to provide several key characteristics:
- Color Absorption:
- The plaster-like material has the ability to absorb color from the liquid binder during the printing process. This feature allows for the creation of fully colored 3D models without the need for post-processing.
- Texture and Finish:
- CJP printing results in models with a characteristic texture and finish, often resembling gypsum or plaster. This can contribute to the visual aesthetics of the printed objects.
- Structural Support:
- The plaster-like material provides structural support during the printing process so no supports need to be removed after printing. Each layer is selectively bound by the liquid binder, allowing for the creation of intricate and detailed models.
Printing in CJP
Minimum Wall: 3 mm
Smalest Detail : 0.5
Layer hight : 0.1 mm
Max Print size: 381 x 254 x 203 mm
Tollerance: ± 0,2 mm
Delivery Times: typicaly 5-8 Businessdays
Pro`s and Con`s
Pro:
- Full-Color Capability:
- One of the primary advantages is the ability to produce fully colored 3D models. The plaster-like material efficiently absorbs color during the printing process, enabling vibrant and detailed visual representations.
- Aesthetically Pleasing Finish:
- CJP printing with plaster-like material results in models with a characteristic gypsum or plaster-like finish. This aesthetically pleasing texture enhances the overall appearance of printed objects.
- Structural Support for Complex Models:
- The material provides robust structural support during the printing of complex models. The selective binding of layers ensures the creation of intricate and detailed objects with stability.
- Ideal for Visual Prototyping:
- Plaster-like material is well-suited for visual prototyping where the combination of full-color capability and detailed texture is essential for accurately representing design concepts.
- Versatility in Applications:
The material's characteristics make it versatile for various applications, including architectural models, artistic representations, educational models, and medical simulations, where both color and texture play a crucial role.
Con:
- Fragility and Brittleness:
- Objects printed with plaster-like material can be fragile and brittle. Care must be taken during handling and use, especially in applications where mechanical strength is a critical factor.
- Sensitivity to Moisture:
- Plaster-like materials are often sensitive to moisture, and exposure can impact their integrity. This requires proper storage conditions to prevent undesirable changes in the material properties.
- Limited Mechanical Strength:
- While suitable for visual prototyping and certain applications, plaster-like material may not possess the mechanical strength required for high-stress or load-bearing applications. It is essential to consider the material's limitations in mechanical performance.
- Post-Processing Challenges:
- Removing support structures or performing post-processing on objects printed with plaster-like material can be challenging. Intricate designs may require meticulous attention during support removal to avoid damaging the final print.
- Limited Heat Resistance:
- Plaster-like material may have limited heat resistance. Exposure to high temperatures can affect the structural integrity of the printed objects, making it less suitable for applications where heat resistance is crucial.
Application of CJP 3D Print
Examples of Applications Using Plaster-Like Material in CJP Printing:
- Architectural Models:
- CJP printing with plaster-like material is widely used for creating detailed architectural models. The full-color capability and textured finish allow architects to present intricate designs, including building facades, interiors, and landscaping features, providing a realistic representation for client presentations.
- Medical Anatomical Models:
- The ability to produce fully colored and detailed anatomical models makes plaster-like material in CJP printing valuable for medical applications. Surgeons and medical professionals use these models for pre-surgical planning, education, and patient communication, offering a tangible representation of complex anatomical structures.
- Educational Models:
- Plaster-like material is employed in educational settings to create interactive and informative models. These models enhance learning experiences by providing tangible representations of complex concepts, such as geological formations, biological structures, or historical artifacts, fostering better understanding among students.
- Artistic and Creative Projects:
- Artists and designers leverage the full-color capability and textured finish of plaster-like material in CJP printing to bring creative visions to life. It is used to produce intricate art pieces, sculptures, and figurines with a wide range of material properties and colors, offering a unique platform for artistic expression.
- Cultural Heritage Preservation:
- Plaster-like material is utilized in the preservation of cultural heritage artifacts. Museums and conservationists use CJP printing to recreate detailed replicas of historical items, allowing for the display of delicate artifacts while preserving the originals in controlled environments.
- Consumer Product Prototyping:
- Designers and product developers use CJP printing with plaster-like material for prototyping consumer products. The combination of full-color capability and the ability to represent textures facilitates the creation of realistic prototypes, aiding in design validation and client presentations.
- Marketing and Advertising Displays:
- Plaster-like material is employed in the creation of vibrant and detailed marketing displays. Companies use CJP printing to produce eye-catching models for product launches, trade shows, and retail displays, showcasing products in a visually appealing manner.