Used ULVAC / RIKO MILA-5000 #9362590 for sale

RIKO/RIKOH ULVAC / RIKO MILA-5000 is a rapid thermal processor designed to provide precise thermal processing for a variety of applications. This machine offers rapid thermal processing that is highly precise and efficient, enabling it to handle the demands of high-performance, high-yield production lines. RIKO MILA-5000 utilizes a unified RF-DC power source to maintain the desired power level on the substrate over a wide temperature range. The RF power can be programmed to maintain a constant power level, allowing for maximum controllable heat generation while maintaining stable electrical power. This allows for precise control of the substrate temperature with minimal thermal drift. ULVAC MILA-5000 features a modular design that allows for easy customization and expansion. The equipment can be configured with multiple processing units to accommodate specific requirements. The processing units contain two rapid thermal processors that support batch-to-batch uniformity in temperature and ramp rate, as well as advanced control algorithms for low-temperature annealing and temperature stabilization. MILA-5000 is equipped with a 6-level programmable auto-feeder system to provide increased capacity and convenience. This allows the unit to automatically load and unload substrates as well as maintain tight temperature control. Additionally, the machine is compatible with multiple hosting software packages for integrating easily into existing production systems. ULVAC / RIKO MILA-5000 provides a cost-effective solution for complex thermal processing requirements. The machine provides high-precision thermal processing over a wide temperature range, from -5°C to 250°C, with a maximum power of 1000 W. This makes it ideal for use in projects requiring precision and multiple process steps. Additionally, it offers an advanced thermal budget management tool, allowing users to maximize the resource utilization and optimize the asset performance. RIKO MILA-5000 offers an array of features and options for customizing the model to optimize performance and enhance efficiency. This makes it perfect for a wide range of demanding applications, from consumer electronics and 3D printing to the advanced semiconductors and MEMS needed for the aerospace and medical industries.