Powder Tablet Press PTP-395 0–15 Ton 2-Column, ATOMFAIR®

$1,608.00

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.

PTP-395 2-column powder tablet press delivers 0–15 Ton load, φ70 mm piston, 30 mm stroke and 225 × 155 × 380 mm footprint for FTIR pellets. Order now.

ATOMFAIR® PTP-395 POWDER TABLET PRESS (0−15 TON)

RESEARCH GRADE MATERIAL

Product Overview

The ATOMFAIR® PTP-395 system introduces an advanced, high-efficiency powder tablet press architecture deeply integrated into our premium catalog of infrared sample preparation accessories. Specifically developed for academic professors, Ph.D. researchers, and corporate materials laboratory engineers, this ultra-compact device features a heavy-duty PTP-395 0−15 Ton load profile. Engineered with an innovative non-sealed connection design, it isolates internal fluid paths to drastically suppress hydraulic oil leakage metrics over extended operational lifespans. Its lightweight structure makes it completely compatible with inert glove box deployment, delivering uniform sample density and distortion-free diagnostic pelletizing data for fine powder analysis workflows.

Technical Specifications

PARAMETER NAME SPECIFICATION DETAILS
Pressure Range 0−15 Ton
Piston Diameter φ70 mm
Piston Stroke 30 mm
Number of Columns 2 Columns
Column Spacing 96 × 130 mm
Overall Dimension 225 × 155 × 380 mm
Equipment Weight 28 kg
Series Classification Infrared Sample Preparation Accessories, Tablet Press Series
Alternative Options Explore our related automated press solutions or custom pellet molds. For specific mechanical adjustments or special configuration variations, please contact our technical support team.

Key Features & Advantages

  • Technical Advantage: Advanced 2-column core structural layout joined with a solid main board and a non-sealed internal hydraulic connection mechanics mitigates oil migration, eliminating contamination inside clean setups.
  • Technical Advantage: Highly compact footprint and a scaled-down 28 kg baseline weight enable effortless portability and flexible integration into confined workspace chambers or glove box assemblies.
  • Technical Advantage: Optional high-precision digital pressure gauge modular integration fulfills strict load verification demands across sensitive or highly variable analytical matrices.
  • Technical Advantage: Streamlined, robust mechanical build architecture guarantees ultra-low routine maintenance overheads, delivering long-term processing repeatability.

APPLICATION SCOPE: Specialized miniaturized and portable powder consolidation setups, academic and industrial research laboratories, glove box dedicated routines, small-scale material screening installations, infrared (FTIR) detection spectroscopy, and fine powder chemical validation.
PACKAGING: Dispatched securely inside heavy-duty, vibration-damped transit packaging enclosing the PTP-395 assembly press base. Matching compression molds, digital readout modules, and dedicated containment elements are available upon request.
IMPORTANT NOTICE: This equipment is fabricated strictly for scientific research and prototyping in controlled lab environments. Ensure total column alignment and load check verification before applying peak compression parameters. Maintain clean internal mating surfaces and avoid operating near volatile chemical solvents.
TAILORED SOLUTIONS FOR RESEARCH
If you’re interested, have any questions, or have specific customization requirements, please feel free to contact us.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

Column alignment and load calibration must be verified before each compression cycle to prevent mechanical overload. The non-sealed hydraulic design suppresses oil migration, but exposure to volatile solvents must be avoided to maintain seal integrity.

  • Alignment Verification: Verify column alignment using a straight edge before each use to ensure uniform load distribution.
  • Load Calibration Check: Confirm load calibration by checking the pressure gauge reading against a known standard prior to peak compression.
  • Surface Cleanliness: Maintain clean internal mating surfaces by wiping with a lint-free cloth to prevent sample contamination.
  • Solvent Avoidance: Avoid operating near volatile chemical solvents to prevent degradation of hydraulic seals.
  • Controlled Environment: Use this equipment only in controlled laboratory environments for scientific research and prototyping.

This procedure outlines the safe initialization and compression steps for the powder tablet press. Follow each step sequentially to ensure mechanical integrity and sample quality.

Required Equipment: Powder Tablet Press (PTP-395), Digital Pressure Gauge Module (optional)

  1. Verify Column Alignment
    Inspect column alignment using a straight edge to ensure the press is level and properly oriented.
  2. Confirm Load Calibration
    Check the pressure gauge reading against a known calibration standard to confirm accurate load measurement.
  3. Clean Mating Surfaces
    Wipe internal mating surfaces with a clean, lint-free cloth to remove any debris or residue.
  4. Apply Compression
    Place the die set containing the powder sample on the press and gradually apply compression to the target force.
  5. Hold and Release
    Hold the compression force for the required dwell time, then slowly release the pressure to extract the pellet.

How does the non-sealed hydraulic connection design in the PTP-395 affect oil leakage and contamination in cleanroom or glove box environments compared to sealed designs?

The non-sealed internal hydraulic connection design isolates fluid paths to drastically suppress oil leakage over extended lifespans, eliminating contamination inside clean setups. This makes it ideally suited for glove box deployment, but it does require maintaining clean mating surfaces and avoiding volatile chemical solvents as per the operating guidelines.

Can the PTP-395 be used with automated press systems or custom pellet molds for specialized sample preparation?

The PTP-395 is part of the infrared sample preparation accessories series and is compatible with custom pellet molds, which are available upon request. While it is a standalone manual press, the manufacturer offers related automated press solutions as alternatives. Users should ensure proper column alignment and load checks before operation.

What safety precautions are required when operating the PTP-395 powder tablet press at maximum load?

Before applying peak compression parameters, ensure total column alignment and perform a load check verification. Maintain clean internal mating surfaces and avoid operating near volatile chemical solvents. The equipment is designed for research and prototyping only, with ultra-low routine maintenance overheads.

The Atomfair PTP-395 powder tablet press offers a 0-15 ton capacity with a compact, lightweight design suitable for glove box use, and a non-sealed hydraulic system to minimize oil leakage. However, it requires careful alignment checks before peak loading and should not be used near volatile solvents.

Positive

  • Non-sealed hydraulic design: The non-sealed connection design isolates internal fluid paths to drastically suppress hydraulic oil leakage, preventing contamination in clean lab setups.
  • Compact and lightweight: With a 28 kg weight and small footprint (225×155×380 mm), the press is easy to port and integrate into confined spaces like glove boxes for inert atmosphere operations.

Trade-offs

  • Alignment verification required: Operators must ensure total column alignment and load check verification before applying peak compression parameters to maintain safety and repeatability.
  • Avoid volatile solvents: The equipment should not be operated near volatile chemical solvents, limiting its use in certain chemical environments and requiring careful lab placement.

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).