Automatic Warm Isostatic Press 300°C 3L Cavity ATOMFAIR®

$9,682.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Research grade automatic warm isostatic press with 588.4 kN pressure, 300°C max temperature, 3L cavity. 2500W power, 7 inch touch screen. Order now.

SKU: AFMSKIQZ928
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Description

ATOMFAIR® AUTOMATIC WARM ISOSTATIC PRESS / MODEL ATOMFAIR-WIP5128

RESEARCH GRADE MATERIAL

Product Overview

The ATOMFAIR® premium automatic warm **isostatic press** (Model: Atomfair-WIP5128) is an ultra-precise material forming ecosystem custom-engineered for uniform, omnidirectional compaction profiles. Designed strictly around Pascal’s law, this advanced system utilizes clean water or hydraulic oils to perform fluidic pressure distribution entirely free of dead-angles or spatial gradients. Under the synergistic influence of controlled cavity heat up to 300 °C and up to 588.4 kN of compressive force, loose powders consolidate into ultra-dense green bodies. Outfitted with **multi-stage remote pressurization** map interfaces, it eliminates density boundaries to provide supreme structural repeatability for advanced solid-state battery parts, powder metallurgy, and engineering ceramic R&D lines.

Technical Parameters

PARAMETER NAME SPECIFIC SPECIFICATIONS
Compressive Pressure Range 0 – 588.4 Kilonewtons (kN) (Customizable range extensions fully available)
Pressure Display Accuracy 0.98 Kilonewtons (kN) resolution telemetry
Active Control Interface Integrated 177.8 mm (7 inch) high-contrast touchscreen panel
Pressurization Mechanism Multi-stage remote programming with real-time compaction curve map display
Cavity Cylinder Size Φ50 × 150 mm internal dimensions (Custom sizing fully available)
Effective Cavity Volume 3 Liters (3000 Milliliters) fluidic chamber ceiling
Active Cavity Temperature 0 – 300 °C internal heating band with ±2 °C electronic tracking stability
Chassis Safety Architecture Heavy-duty flip-up structure for effortless loading and improved operator isolation
Chassis Footprint Dimensions 320 × 500 × 600 mm compact profile
Power Grid Supply & Load Dual compatibility 220V / 110V single-phase grid | 2500 Watts rated power
Equipment Net Weight 280 Kilograms high-mass structure for superior anti-vibration balancing
Alternative Options Explore our related catalog or custom dimensions. For urgent technical custom requests or bulk inquiries, please contact our support team.


Key Functional Features

  • Precise Pressure & Thermal Synergy: Operates across a wide 0–588.4 kN force spectrum with 0.98 kN display accuracy, linked to a 300 °C uniform heating matrix holding a tight ±2 °C control band.
  • Multi-Stage Curve Mapping: Supports automated remote step-pressurization profiles that graph real-time compaction trajectories, guaranteeing absolute isotropic density uniformity.
  • Intelligent Touchscreen UI: Features an advanced 177.8 mm (7 inch) capacitive digital touchscreen system to run fully automated cycles, customize multi-segment paths, and export raw production data logs.
  • Flip-Up Tactical Protection: Designed with an ergonomic, counter-balanced flip-up structural frame that delivers supreme operator shielding while limiting physical manual workload requirements.
  • 99.8% Compactness Performance: Sub-micron compaction yields exceed a 99.8% green body density limit, balancing delicate academic micro-sampling needs with pilot line production demands.

APPLICATION SCOPE: Ideally optimized for synthesizing dense solid-state battery electrolytes, formatting structural advanced engineering ceramics, compacting fine powder metallurgy specimens, molding advanced aerospace composites, and testing refractory matrices.
LOGISTICS & POWER CONFIGURATIONS: Due to its heavy 280 kg industrial mass, this equipment is safely packaged inside shock-isolated, drop-tested protective wooden crates. Standard electrical configurations accept 220V or 110V grids pulling a highly energy-efficient 2500W load curve. For custom cavity dimensions, tailored volume setups, or technical price sheets, communicate directly with us at inquiry@atomfair.com.
IMPORTANT NOTICE / WARNING: Thoroughly seal your chosen powder sample inside flexible, leak-proof elastomer casings before loading into the 3-liter liquid chamber to prevent media contamination. Periodically monitor fluid quality metrics and inspect the hydraulic safety valves. Clean the polished internal chamber walls using authorized volatile solvents after high-temperature runs to retain baseline structural integrity, and ensure the flip-up cover mechanism is fully engaged during compaction cycles.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

This warm isostatic press operates with high temperature and pressure, requiring strict adherence to thermal and pressure limits to prevent equipment damage. Proper hydraulic fluid selection and electrical grounding are essential for safe and reliable operation.

  • Temperature and Pressure Limits: Do not exceed the maximum rated temperature of 300°C or pressure of 588.4 kN to avoid equipment failure.
  • Hydraulic Fluid Compatibility: Use only approved liquid media such as clean water or special hydraulic oil to prevent seal degradation and system contamination.
  • Electrical Requirements: Ensure the power supply matches the rated 2500W at 220V/110V and is equipped with proper grounding to mitigate electrical hazards.
  • Safety Structure Engagement: Verify the flip-up safety lid is fully closed and secured before initiating any pressurization cycle.
  • Operational Environment: Place the equipment on a stable, level surface in a well-ventilated area to maintain operational stability and reduce risk of overheating.

Initialize the press by inspecting the cavity and filling the hydraulic system with approved fluid. Program the desired temperature and pressure parameters on the touch screen, then perform a multi-stage pressurization cycle with continuous monitoring.

Required Equipment: Touch Screen Control Panel, Hydraulic System, Flip-up Safety Lid

  1. Inspect Cavity
    Inspect the cavity and seals for cleanliness and integrity before each use.
  2. Verify Hydraulic Fluid
    Verify the hydraulic fluid level and fill with approved clean water or special hydraulic oil as required.
  3. Set Parameters
    Set the desired temperature and pressure parameters on the touch screen interface using custom process parameters.
  4. Secure Safety Lid
    Close and secure the flip-up safety lid before initiating pressurization to ensure operator safety.
  5. Start Pressurization
    Initiate the multi-stage pressurization cycle and monitor the pressurization map display for correct progression.
  6. Release Pressure and Cool
    Release pressure slowly after completion and allow the cavity to cool before opening the safety lid and removing the sample.

What is the achievable green body density for powder metallurgy applications using the Atomfair-WIP5128, and how does the pressure display accuracy of 0.98 kN affect the uniformity of the final product?

The forming compactness of the Atomfair-WIP5128 can exceed 99.8%, as stated in the product specifications. The pressure display accuracy of 0.98 kN, combined with the multi-stage pressurization mode and pressurization map display, allows for fine pressure adjustments within the 0–588.4 kN range, ensuring uniform density distribution across the green body during warm isostatic pressing.

What is the maximum sample height that can be processed in the Φ50 mm cavity of the Atomfair-WIP5128 while maintaining uniform pressure distribution?

The standard cavity cylinder size is Φ50×150 mm, providing an effective cavity volume of 3 liters. Based on Pascal's principle, the liquid medium (clean water or special hydraulic oil) transmits pressure uniformly without dead angles, allowing samples up to the full 150 mm height to be pressed while achieving the specified compactness of over 99.8%.

What are the infrastructure requirements for installing the Atomfair-WIP5128 in a standard research laboratory?

The Atomfair-WIP5128 requires a 220V or 110V power supply with a rated power of 2500W. Its compact footprint is 320×500 mm with a height of 600 mm, and the unit weighs 280 kg. The flip-up safety structure and fully automatic touch-screen operation enhance user safety without the need for specialized ventilation, though standard laboratory electrical capacity must accommodate the 2500W load.

This warm isostatic press offers precise temperature-pressure synergy and intelligent touch-screen operation for forming dense green bodies from powders, but its 3-liter cavity volume and 300°C maximum operating temperature limit throughput and restrict it to moderate-temperature, small-scale applications.

Positive

  • Precise temperature-pressure synergy: Multi-stage pressurization with 0.98 kN display accuracy and ±2°C temperature control ensures uniform density and high forming compactness (>99.8%) for demanding powder materials.
  • Intelligent touch-screen operation: A 7-inch touch screen enables fully automated process control, custom parameter setting, and production data export, reducing operator workload and improving reproducibility.

Trade-offs

  • Limited cavity volume: The effective cavity volume is only 3 liters (Φ50×150 mm), which constrains sample size and batch throughput to small-scale R&D or pilot production.
  • Moderate temperature ceiling: Maximum operating temperature is 300°C, characteristic of warm isostatic pressing; materials requiring higher sintering or hot isostatic pressing temperatures cannot be processed.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).