Curing Injector Ruhle PR 15

Ruhle Curing Machine PR 15 Injector

The industrial-grade Ruhle Curing Machine PR 15 represents a premier advancement in precision automated protein processing, purposefully engineered to deliver flawless brine distribution across high-volume production lines. If your food processing facility is looking to invest in a heavy-duty Ruhle system, upgrade to an advanced curing machine, or source top-tier PR 15 injectors, this versatile unit provides the highest accuracy on the market. Designed for modern processors searching for reliable industrial brine injectors in Canada and throughout Ontario, the PR 15 features an ultra-precise fluid delivery loop that eliminates dry zones and ensures complete flavor penetration. Every machine comes outfitted with an auxiliary hand-injector assembly included in the baseline package, allowing commercial plants to easily manage irregular bone-in primals alongside standard automated boneless lines.

• Premium Stainless Construction: The entire machine chassis and heavy-duty transport belt are fabricated from ultra-durable, food-grade stainless steel for non-stop operational life.
• Perfect Sanitation Design: The modular transport belt can be completely stripped down and removed from the chassis without tools, allowing total washdown accessibility to maintain absolute plant hygiene.
• Precise & Uniform Distribution: Driven by a meticulously tuned mechanics loop that delivers an identical, repeatable injection depth and pattern across every batch.
• Extensive Injection Range: Offers outstanding process flexibility with a fully adjustable dosing loop that accurately injects from 5% to 40% of liquid into 1,000 kg of meat.
• Integrated Hand-Injector Unit: Features a quick-connect auxiliary manual wand assembly included in the standard price to easily accommodate custom artisanal runs and complex bone-in products.

* Note: Engineered with a streamlined operating layout that allows quick product changeovers. The high-durability internal manifold system reduces friction and pressure fluctuations during continuous multi-shift production loops.