CCW-R Multhead Weigher
CCW-R multihead weigher meets the full range of production requirement with 10 to 24 head models. This world's fastest and most accurate multihead weigher achieves unbeatable productivity with reduced giveaway. Also available in Washdown models.
High-Speed Production & Accuracy
Ishida CCW-R weighers deliver unsurpassed accuracy and productivity
with models that meet a full range of production speed requirements.
From moderate to high-speed applications up to 180 weighments per minute,
Ishida maximizes packaging performance with solid mechanical designs
and state-of-the-art weighing technology.
The CCW-R Series of weighers from Ishida, the inventor of multihead weighing and the world leader in scale technology, takes packaging another step forward with advances in digital filtering, combination calculations, and hopper drive patterns that maximize production speeds with unbeatable filling accuracy.
High Production Efficiency
Ishida insures that the benefits of high production speeds are not lost through operating inefficiency. CCW-R weighers operate at the highest efficiencies possible using advanced technologies that include:
- Advanced AFD, an automatic feed control system that maintains good product feed, reducing operator involvement.
- Automatic Timing Settings that optimize product transfer through the weigher.
- Self-adjusting PWM feeder control automatically tunes feeder vibration amplitude to maximize product delivery.
The CCW-R weigher's completely new user interface is powerful, interactive and informative. The large 12.1" full color LCD touch screen panel displays data that is clear, concise and easy to navigate, reducing the risk of operator errors that can affect production performance.
An all stainless steel main body, product contact parts that are removable without tools, and a unique design of linkless and springless hoppers, minimize cleanup time and costs. CCW-R weighers are also available in waterproof construction to withstand harsh packaging environments and wet cleaning procedures.