CNC maching ,3D printing, Vaccum casting, Rapid Prototyping

Certification
ISO9001:2015 ISO13485 Keyence Quality First

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What’s the rapid prototping ?

Rapid prototyping is a technique used in product development to quickly create physical prototypes of a design. This process enables designers and engineers to validate and test their ideas before moving on to full-scale production.

What types of rapid prototyping can we make at ABBYLEE?

1.CNC Machining Rapid Prototyping

2.3D Printing Stereolithography (SLA): This technique uses a laser to cure liquid resin into solid layers, forming a 3D object. Selective laser sintering (SLS): This technique uses a laser to fuse powdered material, such as plastic, metal, or ceramic, into solid layers, forming a 3D object. Selective Laser Melting (SLM), is an additive manufacturing technique that uses a high-powered laser to selectively melt and fuse layers of metal powder together, creating three-dimensional objects.

3.Vaccum Casting: This technique uses liquid metal or plastic and other materials to fill a mold, then cool and solidify, forming the desired part or model.
4.Models

What’s the delivery of rapid prototyping at ABBYLEE?

It takes around 8-10 days upon structure, quantity, post treatment and working method. Regarding the urgent order,the fastest delivery could be 3 days at top priority.

Complexity of the design

The more complex the design of the prototype, the higher the cost. Intricate geometries, fine details, and intricate features may require more resources, time, and expertise to produce, thereby increasing the price.

Material selection

The choice of materials for the prototype can significantly impact the cost. Different materials such as ABS, PC, PMMA, PP,PE ,Nylon have varying costs.

Size and volume

The size and volume of the prototype can affect the price. Larger prototypes may require more material and time to produce, increasing the cost. Similarly, prototypes produced in higher volumes may have reduced costs per unit compared to smaller quantities.

Manufacturing technology/process

The technology or process used for rapid prototyping can impact the price. Different technologies, such as 3D printing, CNC machining, or vacuum casting, have varying costs associated with them

Turnaround time

The speed at which the prototype needs to be produced can influence the price. Expedited or rush orders may incur higher costs as they may require additional resources or prioritization of production schedules

Finishing options

Additional finishing options, such as post-processing, surface treatments, or custom finishes, can also affect the overall cost of rapid prototyping.

Complexity of assembly

If the prototype requires complex assembly or integration of multiple components or parts, the price may be higher due to the additional labor and time involved.

What's the CNC machining material could you choose at ABBYLEE?

Would you like to know the material about vaccum casting and 3D printing, just feel free to contact us.

What’s the post treatment for Rapid Prototyping?

Quality Control

1.Quick analysis
Analysts from ABBYLEE worked closely with designers to quickly determine the basic requirements of the system and describe the basic requirements according to the characteristics to be reflected by the prototype to meet the needs of developing the prototype.
2.Construct prototype
On the basis of rapid analysis, a feasible system can be implemented as quickly as possible according to the basic requirements description. The requirements here come from the support of powerful software tools from ABBYLEE, mainly considering that the prototype system can fully reflect the characteristics to be evaluated.
3.Run prototype
This is a step to discover problems, eliminate misunderstandings, and fully coordinate between developers and users.
4.Evaluate prototype
On the basis of operation, assess and evaluate the characteristics of the prototype, analyze whether the operation effect meets the needs of users, correct misunderstandings in past interactions and errors in analysis, add new requirements, and meet the needs caused by environmental changes or new ideas of users. System requirements change and comprehensive modification suggestions are proposed.
5.Revise
Modifications are made based on the results of the evaluation prototype activities. If the prototype does not meet the requirements of the requirement description, indicating that there is an inconsistent understanding of the requirement specification or the implementation plan is not reasonable enough, the prototype is quickly modified according to the clear requirements.