Taking additive manufacturing to a new high, rapid prototype services project completion easy for many by creating prototypes in the nick of time. Working on the principles used by additive manufacturing technologies, rapid prototype services manage to create prototypes within limited budgets specified by customers.

SLA - A rapid prototype services wonder

Before getting into the actual process of using rapid prototype services, it is important to understand the customer's need and what materials and systems should therefore be used in the prototyping.

1. One of the most accurate and practical methods of plastic mold services is Stereolithography also called SLA. Stereolithography really works well with limited budget concerns as since the cost of manufacturing is on the lower side and prototype making is a process of approvals and changes, the ultimate cost would still be lesser than might be with other methods of rapid prototype services. The SLA system can help even tooling engineers to decide on the placement of parting lines or gate locations or even ejector pins. The SLA system uses a laser beam to solidify layers of material in a vat of liquid polymer or SL resin. It uses a computer aided design to guide it on where to solidify. Most often, SLA can produce models in a matter of a few hours depending on the size of the prototype.

Advantage: the lower cost as well as time saving is the reasons why SLA works better than permanent hard tooling. It also produces some of the most clean and accurate forms and the machine itself require little and easy cleaning.

Disadvantage: the finishing of the surface is slightly lacking in smoothness and a detailing. Also, the parts maybe cheaper by require 2 to 3 times the amount of time to actually build.

2. Another plastic mould services system is urethane castings. Urethane castings take the process to be slightly higher and detailed level. It produces a more durable model of rapid prototype. This model actually simulate