PCP-015
The PCP-015 delivers a precise 0.017 mL of fluid per revolution, making it an ideal choice for accurate dispensing of adhesives, sealants, and other challenging materials in industrial applications. Engineered for high precision, it ensures consistent, reliable dosing with excellent control over fluid measurement.
3D Model File
Data Sheet
Manual
PCP-015 Operation Manual AB Type
PCP-015 Operation Manual AB Type
Description
Precision Dispensing for Industrial Applications PCP-015
The PCP-015 model offers exceptional precision, delivering a consistent 0.017 mL per revolution for accurate and reliable fluid dispensing. Designed to meet the demands of industrial applications, this pump ensures flawless material application with a wide viscosity range of 0 to 1,000,000 cps. Whether handling thick sealants, adhesives, or other challenging materials, the PCP-015 guarantees outstanding accuracy, making it the ideal choice for critical dispensing tasks in a variety of industries.
Key features:
Steady and exact flow: Achieve consistent, precise dispensing that maintains product specification even in low volumes.
Handles tough materials: Designed to work efficiently with abrasive substances, the PCP provides durability in challenging environments.
Quick and accurate: With its rapid delivery and precise metering, the PCP is built for both speed and accuracy in dispensing.
Specialized for low volumes: The PCP ensures minimal waste and maximum efficiency for applications that require small amounts.
Versatile material compatibility: Perfect for a range of materials, the PCP adapts to your diverse industrial needs – including thermal interface materials.
What makes the PCP-015 a gamechanger:
Trusted engineering: The PCP is crafted to offer a dependable, high-quality solution to your common industrial challenges.
Quality and satisfaction: Our commitment to excellence means our product goes beyond standard requirements to provide top-notch performance.
Customized for your needs: Every task is unique, and the PCP is versatile enough to meet various dispensing demands