Prototyping tooling for molding is ideal when the customer requires between 100–2,000 units of their injection molded parts; more than this and production-level steel tooling may be preferred.
Advantages of rapid tooling include fast turnarounds and the ability to carry out prototyping and testing of injection molded parts that might otherwise take months to produce. Rapid tooling is also significantly cheaper than mass production tooling.
Although rapid tooling and rapid injection molding is more expensive than 3D printing, it provides plastic parts much nearer to production quality that can therefore be used for functional testing.
Aerospace engines, fuselages, turbines, brakes, tire parts, lighting system, vacuum pumps, and fuel pumps parts.
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Large size parts such as CNC machined ABS bumpers, PC/ABS dashboards and precise automotive components like reflectors, lenses, steering wheel components, engine, transmission.
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Components for medical needs such as stainless steel or titanium bone plate, prostheses, respiratory devices, handheld devices, diagnosis equipment, anatomical models, and surgical instruments.
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Manipulator parts, actuators, end effectors, motors, automatic control equipment, clamps, and housings for the robotics & automation industry.
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Consumer products such as electronics device housings, buttons, handles, knobs, switches, wearable digital devices, cookware products, sporting equipment.
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Actual models can be created for education needs, experimental equipment such as engineering models，BESTA work with worldwide universities.
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Energy industry components such as heat exchangers, valves, pipes, pumps & accessories, hydraulic components, battery components, solar panel parts, frames, and impellers.
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Electronic housings, conveyors, fasteners, connectors, generator components, fixtures, machine and tool parts for industrial machinery.
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