Stardent Dental Centrifugal Casting Machine

The Stardent Dental Centrifugal Casting Machine (Model SD-LA08) is an essential equipment solution for dental laboratories and clinics focused on producing high-quality prosthetic work such as crowns, bridges, inlays, and denture frameworks. Built with a rugged metal body, a reliable 100 W motor, and dual voltage support (220 V/110 V, 50/60 Hz), it offers dependable performance in diverse lab settings.

This casting machine features a compact footprint (25 × 21 × 30 cm) and weighs approximately 6.5 kg, making it suitable for small to mid-size dental lab operations. Shipping dimensions: 34 × 25 × 46 cm.

With ISO and CE certification, this unit from Stardent ensures compliance with international quality standards. It is built with heavy-duty components to ensure smooth, consistent casting performance—critical when working with high melting­-point dental alloys.

Key features include:

• Dual voltage power supply (110/220 V, 50/60 Hz) for global compatibility.

• Power consumption 100 W—energy efficient for lab environments.

• Compact and lightweight design (6.5 kg) for easy installation and workspace flexibility.

• Export standard carton packing and reliable shipping preparation.

The machine is ideal for dental technicians seeking efficient and accurate casting solutions, enabling them to deliver consistent and high-quality restorations with less waste and rework. By leveraging centrifugal force, it helps ensure molten alloy flows fully into molds, offering reliable detail reproduction and fewer defects.

Key Features

• Durable metal-construction centrifugal casting machine designed for dental prosthetics.

• Dual voltage (110/220 V) with 50/60 Hz compatibility.

• Low power consumption (100 W) for cost-efficient operation.

• Compact size (25 × 21 × 30 cm) and around 6.5 kg weight — ideal for labs.

• ISO & CE certified for global market acceptance.

• Export standard packaging — ready for international shipping.

• Efficient for casting crowns, bridges, inlays, and denture frameworks using high-melting-point alloys.