ハルツォク・ジャパン Product Lineup

●Crushing device ●Crushing press device ●Melting device (glass bead creation) ●Press device ●Cutting and machining device (steel) ●Coarse crushing device (with weighing and splitting mechanism) ●Machining device (non-ferrous) ●Cutting device (steel) ●Pneumatic conveying system ●Polishing device ●Automation system

"BeadOneR" is a glass bead production device that employs a temperature-stable electric furnace using a melting method, eliminating the need for utilities other than the power supply (such as compressed air and cooling water). By heating and stirring pre-weighed samples, flux, and release agents in a platinum crucible, and then transferring them to a platinum casting dish after degassing, it is possible to safely and automatically produce excellent glass beads with a flat surface condition. Furthermore, by adopting this melting and casting method, the frequency of remelting the platinum crucible is significantly reduced, allowing for easy retrieval of uniform glass bead samples from the platinum casting dish. 【Features】 ■ Flexibility in analysis ■ Resistance heating furnace (maximum temperature: approximately 1350°C) ■ User interface ■ Magazine (optional) ■ Safety *For more details, please download the PDF or contact us.

Automatically measures the brain value, which serves as a guideline for powder particle size measurement.

With PLC control, programs can be stored in memory, allowing for precise control of the press's pressure increase time, pressure holding time, and pressure decrease time, resulting in a smooth pressing surface and high reproducibility. In addition to the steel ring method, aluminum cups and free press methods are also possible. ◆ Advanced control for press molding ◆ Easy operability ◆ Options If the steel ring method is selected, a cleaning mechanism for the steel ring can be installed on the side of the device. ● Manual steel ring cleaning mechanism ● Automatic steel ring cleaning mechanism (compressed air is required only for the automatic option)

Equipped with a Japanese language control panel!

◆ Fully automated processing from sample input to crushing, sample recovery, and internal cleaning of the device. ◆ Equipped with a large-capacity crushing vessel of 1500cc. ◆ Up to 16 different operating parameters can be registered. ◆ Continuous processing is possible with an optional sample magazine. ◆ Numerous cleaning options to prevent contamination.

Grinding devices with whetstones and belts are available in a wide range, from manual types to automatic types.

After the sample is loaded, crushing, sample recovery, and internal cleaning of the device are performed automatically. Operating parameters can also be registered for each sample. ◆◇◆Features◆◇◆ ◆ Achieves reduced crushing time and improved durability ◆ Easy operation with low power consumption ◆ Automatic cleaning function for the crushing vessel ◆ High reproducibility ensured by program control ◆ Compatible with a wide range of samples

It accommodates various shapes of samples with a diameter of up to 70mm. It uses a milling head with seven cutting edges to finish a flat and consistently uniform analysis surface safely and quickly. ◆◇◆ Features ◆◇◆ ◆ High Reproducibility Semi-automatic operation ensures consistent results without individual differences. Alcohol spray allows for a more stable cutting surface and prevents contamination. ◆ Super Clean Can be installed next to the analytical device. ◆ Easy Operation Sample set ⇒ Cutting amount and feed speed settings ⇒ Start. ◆ Safety The operator completely locks the cutting chamber door.

Samples suitable for X-ray analysis with high uniformity and reproducibility can be prepared.

Pioneers in sample preparation! Leave it to HERZOG >>> Bead Sampler with Transfer Function - High Frequency Heating <Bead One HF> Introducing a tabletop bead sampler equipped with HERZOG's unique transfer function. We have achieved the highest quality in safety, reproducibility, and reliability. >> Features << ● Safety measures (Fully automated process from melting to pouring to cooling without operator intervention) ● Temperature control (High-frequency output automatically controlled by a radiation thermometer) ● Ultimate stirring performance (Quick melting through unique inclined oscillation) ● Long-term stabilization of the analysis surface (Stable analysis surface management through unique pouring function) ● Reduction of remelting costs (Transfer function lowers the remelting costs of crucibles and pouring dishes) ● Reproducibility for each sample (16 types of melting programs can be set) ● Various optional functions Please refer to the catalog for more details.

◆◇◆Features◆◇◆ ◆This model is equipped with both fine grinding and pressing functions in a single device. ◆It also includes a sample recovery mechanism after grinding, an automatic cleaning mechanism, and a sample discharge mechanism after pressing. ◆The operating program can be registered for each sample, allowing for the production of high-quality pressed samples while saving space. ◆Many options available, including sample magazines.

◆Processing includes crushing, sample recovery, and internal cleaning of the device after sample input. ◆Equipped with a large-capacity crushing vessel of 500cc. ◆Up to 16 different operating parameters can be registered.

Fully Automatic Micronization Device HP-MA ◆◇◆Features◆◇◆ ◆Fully automatic micronization device for XRF analysis sample preparation. ◆Automatic processing from sample input, micronization, sample recovery, to internal cleaning of the device. ◆Operating programs can be registered for each sample, allowing for highly reproducible micronization under optimal conditions. ◆Automation connection with pneumatic pipes, fully automatic pressing devices, XRF analysis devices, etc., is also possible. *The catalog also includes the fully automatic pressing device (HP-PA).

◆◇◆Features◆◇◆ ◆Fully automatic press device for XRF analysis sample preparation. ◆With PLC control, programs can be stored in memory, allowing for precise control of pressurization time, pressure holding time, and depressurization time, resulting in a smooth pressing surface and high reproducibility. ◆Fully automated processing from sample loading, pressing, sample recovery, to internal cleaning of the device. ◆Thorough contamination prevention measures. ◆Operating programs can be registered for each sample, enabling the production of highly reproducible presses under optimal conditions. ◆Automation connections with pneumatic pipes, fully automatic fine grinding devices, XRF analysis devices, etc., are also possible. *The catalog also includes the fully automatic fine grinding device (HP-MA).

This is a fully automatic two-stage cutting device compatible with various non-ferrous samples. It is equipped with two headers for rough cutting and finishing cutting, and with options, cutting and machining processes are also possible. It can be operated fully automatically and unmanned when combined with analytical devices and handling robots.

This is a fully automatic cutting device compatible with various steel samples. It can accommodate up to four cutting heads, allowing for automatic cutting processing by changing cutting parameters and cutting heads for each sample. Compared to conventional polishing, it enables the creation of more stable analysis surfaces and prevents contamination. Since dust collection devices and cooling water are not required, the working environment can also be kept clean. It is also possible to achieve fully automatic operation without human intervention by combining it with analysis devices and handling robots.

This is a semi-automatic belt grinding machine designed for various steel samples. By simply placing the sample in the designated position and pressing the start button, it performs a complete cycle of automatic operation. It is a safe device that does not require the operator to touch the machine while it is in operation. The sample moves back and forth in a direction perpendicular to the belt rotation for grinding, and by utilizing not only the center of the belt but also both ends, it contributes to reducing running costs. Since the sample holding pressure and the number of sample reciprocations can be set arbitrarily, it is possible to change the conditions based on the material of the sample and the state of the belt.

The milling head is equipped with six cutting blades, ensuring a safe and quick finish with a flat and consistently uniform analysis surface. ◆◇◆ Features ◆◇◆ ◆ High Reproducibility Semi-automatic operation results in uniform finishing without individual differences. ◆ Super Clean Can be installed next to the analytical device. ◆ Easy Operation Sample set ⇒ Cutting amount setting ⇒ Start ◆ Safety The cutting chamber door is fully locked during operation.

This is a fully automated device designed for bomb-shaped steel samples. It features a two-stage cutting mechanism that extracts samples for optical emission spectrometry (OES) analysis and gas analysis, as well as a punching function for gas analysis samples. By connecting the fully automated cutting device HS-F1000 at the rear, complete automation of optical emission analysis and gas analysis is possible. In the cutting process, both the chuck that grips the sample and the cutting wheel rotate, preventing burning on the cutting surface and allowing for rapid cutting without burrs. Gas analysis samples are punched after high-frequency heating, and are transported to any desired location, such as analysis devices or magazines, via a dedicated air transport pipe.

This is a fully automated bead production device that performs everything from weighing the sample, flux (flux agent), and release agent, to bead creation, pouring into molds, and cleaning and drying of platinum crucibles. By providing separate crucibles for melting and casting dishes for creating analytical surfaces, the frequency of re-casting platinum products (i.e., running costs) is significantly reduced. Data remains in the control PC, allowing for verification of the preparation history of each sample. It is also possible to connect fully automatically with pneumatic transport systems for sample transport from the site, X-ray fluorescence analysis devices, and handling robots.

This is a semi-automatic glass bead device that can set up to 16 platinum crucibles containing weighed samples and automatically perform melting and casting processes. Once the crucibles are set, no further work is required until all beads are completed. By providing separate crucibles for melting and casting dishes for creating analytical surfaces, the frequency of remelting platinum products (i.e., running costs) is significantly reduced. Data is retained within the control PC, allowing for verification of the preparation history of each sample. It is also possible to connect fully automatically with a fluorescent X-ray analysis device.

◆◇◆Features◆◇◆ ◆Crushing device equipped with a standard 100cc and an optional 250cc crushing container ◆Achieves reduced crushing time and improved durability ◆Portable vessel and easy-to-use control panel ◆Can store 16 crushing programs for each sample ◆High reproducibility through PLC control ◆Compatible with a wide range of samples

This is a fine grinding device for small sample amounts, equipped with a standard 50cc grinding container and an optional 10cc grinding container.

In addition to the steel ring method, aluminum cups and free press methods are also possible. ◆ Simple operation by just pressing the start button after setting the sample. ◆ Semi-automatic operation for one cycle at the set pressure (up to 20 tons). ◆ A safety lock is activated during operation, preventing contact with moving parts.

◆Coarse crushing device with weighing and reduction mechanism ◆Reduction to a specified amount after coarse crushing ◆Up to 10 kg of samples under 50 mm can be fed in ◆Automation connection with sample magazines and fine grinding/pressing devices is also possible