Precision sample preparation & engineered diamond materials
Wilmington, DE 19810
Precision sample preparation & engineered diamond materials
Wilmington, DE 19810
A dedicated XRF pellet press with a built-in 32 mm or 40 mm mould, programmable pressure cycles and automatic demoulding.
| Configuration | Automatic Pellet Ejection |
|---|---|
| Family | xrf |
| Pressure range | 0.01–60 T |
| Pressure display accuracy | 0.01 Tons |
| Display panel | 7" touch screen panel |
| Pressurization process | 20-stage program pressurization, with pressure graph display |
| Pressure conversion | Automatically calculates the pressure the sample is subjected to based on the sample size. |
| Metal button / key | Silver-plated contacts, with a service life of over 100,000 cycles. |
| Mold size | 40 mm or 32 mm built-in mould |
| Mold type | Boric acid / steel ring / plastic ring / aluminium cup |
| Mold material | Stainless steel 440C |
| Demoulding method | The upper plate cantilever structure automatically demoulds for easier operation. |
| Pressure safety | Automatic pressure overload protection |
| Curve graph | Displays each operation curve and supports export to USB as an Excel file |
| Remote control | A computer is required to analyze, compare, modify, and export data. |
| Voltage | 110 V / 220 V |
| Power | 500 W |
Overview
The 60 T Automatic XRF Hydraulic Press from Imperial Instruments is a programmable, benchtop hydraulic sample preparation system designed specifically for X-Ray Fluorescence (XRF) spectroscopy. Engineered to produce uniform and high-density analytical pellets, this dedicated XRF pellet press automates the pressing cycle, ensuring consistent sample quality and repeatability for rapid elemental analysis. Ideal for environmental, geological, materials science, cement, metal, ceramic, and industrial QA/QC laboratories, it improves throughput, reduces operator variability, and delivers reliable results with minimal manual intervention. Supports boric acid, steel ring, plastic ring and aluminum cups.
Technical data
Values as published for this model. Where a figure needs confirmation against the current datasheet it is marked accordingly.
| Configuration | Automatic Pellet Ejection |
|---|---|
| Family | xrf |
| Pressure range | 0.01–60 T |
| Pressure display accuracy | 0.01 Tons |
| Display panel | 7" touch screen panel |
| Pressurization process | 20-stage program pressurization, with pressure graph display |
| Pressure conversion | Automatically calculates the pressure the sample is subjected to based on the sample size. |
| Metal button / key | Silver-plated contacts, with a service life of over 100,000 cycles. |
| Mold size | 40 mm or 32 mm built-in mould |
| Mold type | Boric acid / steel ring / plastic ring / aluminium cup |
| Mold material | Stainless steel 440C |
| Demoulding method | The upper plate cantilever structure automatically demoulds for easier operation. |
| Pressure safety | Automatic pressure overload protection |
| Curve graph | Displays each operation curve and supports export to USB as an Excel file |
| Remote control | A computer is required to analyze, compare, modify, and export data. |
| Voltage | 110 V / 220 V |
| Power | 500 W |
We supply a user specification sheet for every model on request, together with die set compatibility and accessory options.
Compatible accessories
Every model in the range accepts circular, square, splitable and heatable Imperial die sets.
Standard (circular)
Designed for producing high-quality pressed pellets for laboratory analysis, including FTIR (such as KBr pellets) and XRF applications. With precision-engineered components and mirror-polished pressing surfaces, they ensure smooth, uniform pellets and reliable analytical results. Available in diameters from 2 mm to 150 mm.
300 °C – 500 °C, with temperature controller
Designed for pellet preparation under controlled heating conditions, where temperature plays a critical role in pellet quality. Supplied with an integrated temperature controller, they enable precise heating during pressing to enhance pellet uniformity and bonding.
Fast demoulding and non-circular geometries
Splitable die sets give fast, easy demoulding for complex or delicate pellets. Square die sets support non-circular sample geometries required in specialised testing.
40 mm, with steel ring
Ring die sets provide precise and uniform pellet formation for FTIR and XRF sample preparation, holding the sample in a defined steel ring during compaction.
Enquiry
Model
Configuration
Pressure range
Or email sales@imperialinstruments.com
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