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ATOMFAIR® blue industrial automatic fluorescence pellet press machine with a control display screen on a white background.

Automatic Fluorescence Pellet Press AFP-749 60 Ton ATOMFAIR®

$7,103.00

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.

AFP-749 automatic fluorescence pellet press delivers 0–60 ton hydraulic compaction, 0–999.59 s dwell control, and Φ40 mm boric acid die. Order now.

SKU: AFMSQWDW905
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AFP-749 Automatic Fluorescence Pellet Press (0 – 60 Ton)

HEAVY-DUTY INDUSTRIAL HARDWARE

Product Overview
High-throughput material analysis tracks and industrial minerals extraction workflows demand absolute structural compression limits, and this commercial-grade automatic fluorescence pellet press chassis supplies superior hydraulic force execution across automated sample production loops. Engineered explicitly to automate rigorous heavy duty XRF sample preparation sequences, the machine introduces an adjustable 0 – 60 ton metric pressure limit capable of consolidating high-hardness minerals, abrasive slag aggregates, and difficult-to-bind technical ceramics safely. The structural frame incorporates a universal 40mm boric acid die mold module to block raw material cross-contamination faults, ensuring clean elemental verification data under continuous XRF or XRD analysis. Operating as an advanced 60 ton automatic hydraulic press framework, the internal mechanism processes automated cycle routines that integrate slow force intensification steps, stable micro-adjusted pressure dwell times, and clean automated system venting paths to yield high-density, perfectly flat sample disks.

Technical Specifications
ANALYTICAL HARDWARE PARAMETER TECHNICAL SPECIFICATION RATINGS
Equipment Model Series AFP-749 Heavy-Duty Industrial Hardware Deck
Maximum Pressure Capacity 0 – 60 Tons Metric Continuous Load Limit
Compression Sequence Mode Slow Press Intensification → Continuous Stabilization → Automatic System Venting
Regulated Dwell Duration 0 – 999.59 Seconds Adjustable Programmable Window
Operator Interface System Digital LCD Display Matrix Control Screen with Input Safety Prompts
Standard Included Tooling Φ 40 mm Boric Acid Die Mold Module Ring Assembly
External Framing Footprint 300 mm × 520 mm × 580 mm Geometric Boundary Layout
Net Structural Equipment Weight 180 kg Rigid Structural Steel Enclosure Weight
Alternative Catalog Items Explore our complete metallurgical collection for smaller 20 – 40 Ton automatic pellet configurations, custom tungsten carbide tooling molds, modular vacuum degas cells, or planetary ball mill pulverizers.

Key Features & Advantages
  • High-Load 60-Ton Engineering: Optimized specifically to compress high-hardness minerals, raw geological cores, metal alloys, and ceramics that require extreme force to consolidate successfully.
  • Advanced Electronic Parameters: Precise digital input logic over delay timers up to 999.59 seconds ensures tight powder compaction without structural surface cracking or localized edge crumbling faults.
  • Reinforced Anti-Wear Structural Frame: Built using a highly rigid 180 kg solid steel layout engineered to absorb massive cyclical hydraulic strains during multi-shift industrial laboratory testing operations.
  • Seamless Industrial Compliance: Pre-equipped with a modular 40mm boric acid compression set matching high-throughput automated laboratory quality inspection criteria.

APPLICATION SCOPE: Heavy mining quality control labs, advanced metallurgic processing sites, structural technical ceramic plants, cement manufacturing inspection bays, and comprehensive third-party testing centers analyzing raw materials via XRF spectroscopy.
SHIPPING & LOGISTICS: Protected inside heavy-duty industrial wooden crates to guarantee full protection during maritime and domestic freight transport. Includes full operational software guides, power wiring harnesses, and quality check certifications out of the crate.
OPERATIONAL COMPLIANCE NOTICE: Ensure the chosen laboratory laboratory benching handles the heavy 180 kg equipment framework load safely. Do not cross the rated 60-ton continuous metric load limit to preserve hydraulic line tolerances and system sealing components. Keep internal hydraulic oil levels checked per standard scheduling guides, and execute processing operations on flat, horizontal testing tables.

TAILORED SOLUTIONS FOR PRODUCTION
Contact our engineering team for technical support or official commercial quotations.
EMAIL: INQUIRY@ATOMFAIR.COM
Manufacturer: PRODUCTION DIVISION · ADVANCED ENERGY STORAGE DIVISION
Brand: INDUSTRIAL TESTING HARDWARE
Specifications are representative and subject to change without notice. For the latest version and compliance certificates, contact official sales channel.

The press must be operated within its rated mechanical and hydraulic limits to prevent equipment damage and personal injury. Only trained personnel should handle the 180 kg unit, and all operational checks must follow the manufacturer's schedule.

  • Benching Load Capacity: The laboratory benching must support the 180 kg equipment weight safely.
  • Load Limit: The continuous load limit must not exceed 60 metric tons to preserve hydraulic line tolerances and sealing components.
  • Hydraulic Oil Maintenance: Internal hydraulic oil levels must be checked per the standard scheduling guides.
  • Operating Surface: All processing operations must be executed on flat, horizontal testing tables.

This procedure ensures safe and reliable operation of the automated press for high-quality sample disk preparation. Follow each step sequentially to avoid mechanical stress or sample defects.

Required Equipment: 40 mm boric acid die mold module, Digital LCD control interface

  1. Verify Benching Support
    Verify that the laboratory benching can support the 180 kg equipment weight before installation.
  2. Check Hydraulic Oil
    Check the internal hydraulic oil levels according to the maintenance schedule.
  3. Position the Press
    Position the press on a flat, horizontal testing table for safe operation.
  4. Set Dwell Duration
    Set the desired dwell duration (0-999.59 seconds) using the digital LCD interface.
  5. Load Die Module
    Load the sample material into the 40 mm boric acid die mold module.
  6. Initiate Compression Sequence
    Activate the compression sequence to begin slow press intensification and continuous stabilization.
  7. Complete Venting Cycle
    Allow the automatic system venting to complete before opening the press.

What is the maximum pressure capacity and compression sequence of the AFP-749 automatic fluorescence pellet press?

The AFP-749 delivers a maximum continuous load of 60 tons metric, with an adjustable range from 0 to 60 tons. Its compression sequence follows a slow press intensification phase, transitions to a continuous stabilization dwell, and concludes with automatic system venting, ensuring high-density, flat sample disks without surface cracking.

What die mold tooling is included with the AFP-749, and how does it prevent cross-contamination in XRF sample preparation?

The AFP-749 includes a standard Φ 40 mm boric acid die mold module ring assembly. This modular tooling blocks raw material cross-contamination faults during compression, ensuring clean elemental verification data under continuous XRF or XRD analysis.

What are the infrastructure and handling requirements for installing the AFP-749 in a laboratory?

The AFP-749 weighs 180 kg and has a footprint of 300 mm × 520 mm × 580 mm, requiring a flat, horizontal benching surface capable of supporting this load. Operators must not exceed the 60-ton continuous metric load limit to preserve hydraulic line tolerances and sealing components, and hydraulic oil levels must be checked per standard scheduling guides.

The AFP-749 automatic fluorescence pellet press is a heavy-duty 60-ton hydraulic system designed for XRF sample preparation of high-hardness minerals and ceramics. Its adjustable dwell timer and 40 mm boric acid die mold enable reproducible, contamination-free pellets, but the 180 kg frame requires robust benching and the 60-ton load limit must be strictly observed to protect hydraulic integrity.

Positive

  • 60-ton capacity for hard materials: Optimized to compress high-hardness minerals, geological cores, metal alloys, and ceramics that require extreme force for consolidation.
  • Adjustable dwell duration up to 999.59 s: Precise digital control over delay timers ensures tight powder compaction without surface cracking or edge crumbling.

Trade-offs

  • Heavy 180 kg weight requires robust benching: The 180 kg solid steel frame demands laboratory benching capable of supporting the load safely to avoid structural risk.
  • 60-ton load limit must not be exceeded: Continuous operation beyond the rated 60-ton metric limit can compromise hydraulic line tolerances and system sealing components.

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 excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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