ARTAIO Lubrication Pressure Distributors

  • Brand: ARTAIO
  • Type: Lubrication Pressure Distributor
  • Piston Pressure Distributors: DR-4 & DR-5
  • Oil Distributors: A-7 & A-9
  • Application: Centralized lubrication systems
  • Function: Precisely distributes lubrication oil under pressure to various machine components
  • Compatibility: Suitable for CNC machines, hydraulic systems, and industrial automation setups
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    Additional Information

    Artaio Lubrication Pressure Distributors | High-Pressure Oil Flow Regulators for Centralized Lubrication Systems

    Product Name

    Artaio Lubrication Pressure Distributors

    Product Category

    Centralized Lubrication Components and Pressure Distributors

    Brand

    Artaio

    Condition

    New

    Availability

    In Stock. Bulk orders and custom configurations available.


    What are Artaio Lubrication Pressure Distributors

    Artaio lubrication pressure distributors are components used in centralized lubrication systems to regulate and distribute oil to multiple lubrication points within industrial machinery.

    These distributors ensure that the correct amount of lubricant reaches each machine component such as bearings, ball screws, linear guides, and sliding surfaces.

    In automated lubrication systems, pressure distributors divide the incoming oil supply from a lubrication pump into multiple controlled output channels. This ensures consistent lubrication across all connected machine parts.

    Artaio pressure distributors are commonly used in CNC machines, industrial automation equipment, hydraulic systems, and heavy machinery where reliable lubrication is essential for reducing friction and mechanical wear.


    Technical Characteristics

    SpecificationDetails
    Product TypeLubrication Pressure Distributor
    ApplicationCentralized Lubrication Systems
    MaterialIndustrial-grade metal alloy
    Pressure CapabilityDesigned for high-pressure lubrication systems
    Port ConfigurationMultiple output ports depending on model
    Flow RegulationFixed or adjustable flow options
    Connection TypesBSP, NPT, push-fit, or flanged connections
    ConditionNew

    Key Functional Features

    Accurate Oil Distribution

    Pressure distributors divide lubrication flow evenly between multiple lubrication points to maintain proper oil supply throughout the system.

    High Pressure Compatibility

    Industrial-grade construction allows the distributor to operate under high-pressure lubrication systems commonly used in CNC machinery.

    Controlled Lubrication Flow

    Each outlet port regulates lubricant flow to prevent over-lubrication or insufficient oil delivery.

    Modular System Integration

    Distributors can be integrated into centralized lubrication networks with varying port configurations and flow requirements.

    Durable Industrial Construction

    The metal body construction resists vibration, temperature variation, and contamination commonly found in industrial environments.


    How Lubrication Pressure Distributors Work

    In centralized lubrication systems, a lubrication pump delivers pressurized oil to the distributor block.

    During operation:

    1. The lubrication pump sends oil into the distributor inlet.

    2. The distributor divides the oil flow across multiple outlet ports.

    3. Each port supplies lubricant to a specific machine component.

    4. Controlled lubrication reduces friction and mechanical wear.

    This process ensures continuous lubrication for critical machine components during operation.


    Typical Applications

    CNC Machines

    Lubrication distributors supply oil to spindles, ball screws, guideways, and linear motion components.

    Hydraulic Press Systems

    Distributors provide lubrication to cylinders, moving joints, and mechanical components operating under heavy loads.

    Manufacturing Automation

    Automated production lines require consistent lubrication to maintain reliability of moving parts.

    Industrial Robotics

    Robotic joints and actuators rely on controlled lubrication to minimize wear and maintain smooth motion.

    Heavy Industrial Machinery

    Lubrication systems in large industrial machines require pressure distributors to deliver oil to multiple lubrication points.


    Available Configurations

    Artaio lubrication pressure distributors are available in multiple configurations depending on lubrication system requirements.

    Port Configurations

    Common options include:

    • 2-port distributors

    • 4-port distributors

    • 6-port distributors

    • 8-port distributors

    • custom multi-line distributor systems

    Flow Regulation Options

    Two primary flow control types are available:

    • fixed flow distribution

    • adjustable flow distribution

    Connection Options

    Depending on the installation requirements, distributors may include:

    • BSP threaded connections

    • NPT threaded connections

    • push-fit connectors

    • flanged port connections


    Frequently Asked Questions

    What is the purpose of a lubrication pressure distributor

    A lubrication pressure distributor divides oil flow from a lubrication pump and delivers it evenly to multiple lubrication points in a machine.

    Can these distributors be used in CNC lubrication systems

    Yes. They are commonly used in centralized lubrication systems for CNC machines to lubricate spindles, guideways, and ball screws.

    Are different port configurations available

    Yes. Distributors are available with different numbers of output ports depending on the lubrication network design.

    What type of lubrication systems use pressure distributors

    Pressure distributors are used in centralized lubrication systems including progressive lubrication systems and dual-line lubrication systems.


    Industrial Use Benefits

    Using lubrication pressure distributors provides several operational advantages:

    • consistent lubrication across machine components

    • reduced mechanical wear and friction

    • improved machine reliability and uptime

    • longer equipment service life

    These benefits help maintain efficient operation in industrial manufacturing environments.