DKSHマーケットエクスパンションサービスジャパン List of Products and Services

A new ultra-micro viscometer utilizing microfluidic control and microelectromechanical systems technology. The VROC Initium is a fully automated model that handles everything from sample introduction to channel cleaning, solving the issues of traditional viscosity measurement that required cumbersome procedures and large sample volumes. It contributes to research and development and quality control across a wide range of fields, including biopharmaceuticals, biological samples, inkjet inks, various petrochemical products, and battery materials. [Features] - Fully automated system compatible with 96 wells - High precision and high reproducibility - Supports temperature and shear rate scanning - Small sample volume (10 μL and up) - Wide measurement range (0.2 to 100,000 cp) - High shear rate capability (up to 1.6 million /sec) - Accurate temperature control (4 to 70 °C) - Closed system measurement - Compatible with non-Newtonian fluids

• Testing Equipment and Devices
• Composite Materials
• Viscometer

Ericsson's products are manufactured to solve various problems encountered in testing within the lacquer and coating industry. They can accommodate different raw materials, lacquers, paints, and coatings both before and after application.

• Testing Equipment and Devices

[Equipped with Touch Screen] All operations can be performed on the screen, allowing for intuitive control. Output, frequency, liquid temperature, and time can be checked immediately on one screen! [Wide Processing Range] Supports batch sizes from 5mL to 4000mL, and with the optional flow cell, processing of 10L to 50L/hour is also possible. Experimental data and parameters are fully linked with mass production machines, making it ideal for consideration of future implementation into actual machines (up to 16,000W).

• Homogenizer

[Problems Caused by Moisture] 1. Microbial growth 2. Decreased physical and chemical long-term stability 3. Reliability of drying process management → Solving these problems may be difficult with simple moisture content measurement alone. Measuring water activity is the optimal method for accurately managing the moisture of very dry pharmaceuticals. The LabMaster-aw from Novasina can measure water activity values from 0.03aw to 1.00aw. We also have demo units available for loan!

• Temperature and humidity measuring instruments
• Analytical Equipment and Devices
• Other physicochemical equipment

Two versions are available, with drawing force and wrinkle control force of 600 kN and 1,000 kN, capable of handling blank diameters up to 220 mm. They are ideal for FLC tests and bulge tests that require high wrinkle control force. The drawing force and wrinkle control force can be controlled via a PC, and the drawing speed, punch stroke, and maximum values are displayed digitally. As an option, high-speed drawing of up to 30,000 mm/min is possible, along with control of the testing machine and evaluation of measurement data through a PC interface. Additionally, other tests such as square tube drawing tests, warm deep drawing tests (up to 550°C), high-speed drawing tests, and Fukui tests can also be conducted.

• Testing Equipment and Devices

This electric and hydraulic testing machine has a capacity of either 200kN or 400kN and allows for operation in either automatic control or manual mode. It digitally displays parameters such as drawing force and wrinkle suppression force, and can be connected to a PC via analog output to record displacement diagrams. As an option, it can also enable measurement evaluation and operation of the testing machine via PC. Additionally, it can perform other tests such as corner tube drawing tests, warm deep drawing tests (up to 550°C), high-speed drawing tests, and Fukui tests.

• Testing Equipment and Devices

The squeezing punch automatically stops after detecting a crack and displays the squeezing value digitally. Optionally, data can be output to a PC. Additionally, by using an optional illuminated microscope, cracks in coated samples can also be detected.

• Testing Equipment and Devices

This is a high-performance testing machine capable of using ball punches up to 200mm, with a maximum squeezing force of 1,000kN. After a crack occurs, it can be stopped automatically or manually. Height measurement is done using a measuring probe or optically.

• Testing Equipment and Devices

This testing machine is fully automatic and allows for customized testing by using the appropriate test tools. The test cylinder is equipped with three pistons, similar to models 142, 145, and 146, and performs the entire testing process with a single operation. Additionally, this test can provide analog output and record data. There is also software available for data analysis, such as deep drawing values.

• Testing Equipment and Devices

The squeezing punch automatically stops after detecting a crack and displays the squeezing value digitally. Optionally, data can be output to a PC. Additionally, by using an optional illuminated microscope, cracks in coated samples can also be detected.

• Testing Equipment and Devices

The compact tabletop testing machine features a cylinder positioned at an angle, allowing tests to be conducted while seated. The wrinkle pressing force and squeezing speed, in accordance with standard specifications, are automatically set by pressing the start button, and the Erichsen test begins. The squeezing value is displayed digitally and the machine automatically stops after detecting a crack. An option for a microscope is also available.

• Testing Equipment and Devices

The wrinkle suppression force is set at the standard value of 10 kN, and the Erichsen value is displayed on the screen. Using an optional illuminated microscope makes it easy to detect cracks.

• Testing Equipment and Devices

The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on the surface of substances using a gravimetric method, making it suitable for isothermal experiments and isochoric experiments, as well as for analysis in research and development and quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.

• Analytical Equipment and Devices
• Temperature and humidity measuring instruments

The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on the surface of substances using a gravimetric method, allowing for isothermal and isochoric experiments, making it ideal for analysis in research and development as well as quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.

• Analytical Equipment and Devices
• Temperature and humidity measuring instruments

The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on material surfaces using a gravimetric method, making it suitable for isothermal and isochoric experiments, as well as for analysis in research and development and quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.

• Analytical Equipment and Devices
• Temperature and humidity measuring instruments

The IGA SORP moisture adsorption and desorption measurement device automatically measures the moisture adsorption and desorption on material surfaces using a gravimetric method, making it suitable for isothermal experiments and isochoric experiments, as well as for analysis in research and development and quality control. Using a high-precision balance, it automatically measures the moisture content under the set temperature and humidity conditions.

• Analytical Equipment and Devices
• Temperature and humidity measuring instruments

We have adopted a graphite furnace, achieving a compact desktop-sized device with a maximum temperature of 2400°C. By combining protective tubes and temperature sensors within the furnace, measurements can be taken in various atmospheres, including air, oxygen, and hydrogen, in addition to inert gases.

• Analytical Equipment and Devices
• Other measurement, recording and measuring instruments
• Other physicochemical equipment

SETARAM has combined its unique Calvet method with semiconductor sensors to achieve high-sensitivity DSC measurements with excellent operability. The main reason why Micro-DSC can be used for a wide range of applications is that, despite being ultra-high sensitivity DSC, the sample container can be removed separately from the detection area. The micro DSC7 evo is equipped with 3D Calvet sensor technology and is designed for research on crude oil, emulsions, biopolymers, carbohydrates, and more.

• Analytical Equipment and Devices
• Other physicochemical equipment
• Other measurement, recording and measuring instruments

The CALVET PRO, a DSC designed with SETARAM's unique 3D sensor, achieves the operability of a general-purpose DSC and high-sensitivity measurements with a large sample container. By simply exchanging the sample container, it allows for high-pressure DSC measurements up to 50 MPa (600°C), and by adding a suspended balance (optional), it enables simultaneous high-sensitivity measurements of heat flow and weight changes as a TG/DSC. Additionally, the CALVET PRO DSC can be equipped with an optional robotic sample exchange mechanism (48 samples), enabling unmanned operation.

• Analytical Equipment and Devices
• Other physicochemical equipment

The unique tungsten furnace developed by SETARAM enables a compact, maintenance-free design that does not require protective gas. It allows for TGA, (TG-)DTA, (TG-)DSC, and high-precision Cp measurements at temperatures up to 1,600°C. Due to the small sample atmosphere, inert gas replacement can be performed without vacuum replacement, preventing oxidation of the sample.

• Analytical Equipment and Devices
• Other physicochemical equipment

The "Kalbe-type Calorimeter Series" is a calorimeter manufactured by SETARAM that combines the features of high-sensitivity isothermal measurements and thermal analysis device DSC for temperature rise measurements. You can choose devices within a temperature range from low temperatures (-196℃) to high temperatures (1000℃), and various measurements are possible with dedicated sample equipment. It is used in a wide range of fields, including chemistry, energy, food, and process safety evaluation. 【Features】 ■ Capable of high-pressure measurements up to 50MPa (High-pressure containers can comply with high-pressure gas safety regulations) ■ Monitoring of pressure changes inside the container is possible ■ Measurements can also be conducted in corrosive gas or water vapor atmospheres ■ Custom fabrication of various sample containers is possible ■ Usable in a wide range of fields, including process safety evaluation *For more details, please refer to the PDF document or feel free to contact us.

• Analytical Equipment and Devices

heliX/heliX+ is a high-sensitivity device for analyzing molecular interactions and protein properties that adopts a new principle called "SwitchSENSE," which uses DNA nanolevers as a immobilization tool. It has approximately 100 times the sensitivity of existing biosensors and possesses a wide range of applications and analytical capabilities, including the analysis of high-affinity interactions that are difficult to measure with conventional devices, dual specificity interaction analysis, and enzyme kinetics analysis of nucleic acid-related enzymes. Additionally, the chip can be reused multiple times. Since DNA is used for immobilization, it allows for a high degree of freedom in presenting molecules on the chip, such as immobilizing two types of molecules. There are also no effects from the immobilization matrix. Furthermore, being a sensor that uses nucleic acids allows for easy implementation of enzyme kinetics analysis for nucleic acid-related enzymes such as polymerases and endonucleases, and it demonstrates significant power in evaluating inhibitors of viral proliferation. The modular design of the device also enables easy high-throughput capabilities. It can be utilized in a wide range of research, from drug discovery to biophysical fundamental research on biomolecules.

• Analytical Equipment and Devices

Heilshar Corporation primarily designs and manufactures large, powerful ultrasonic equipment, offering lab equipment, prototype benchtops, and production-level devices. Effective and energy-efficient technology is necessary to harness ultrasonic capabilities. Furthermore, even with ultrasonic technology, the results are entirely different from immersion-type ultrasonic cleaners. It is the high amplitude and high surface intensity of Heilshar's powerful ultrasound that enables this technology. Until now, Heilshar ultrasonic equipment has achieved high output (50,000W) and guarantees 24-hour continuous operation, differing from shear mixers, ultra-high-pressure homogenizers, and stirring bead mills that use shear force. Through 100% cavitation caused by ultrasound, it can achieve what was previously impossible with shear force alone. <Applications> Nano-dispersion of aggregates, reduction of particle size, extraction, emulsification, dissolution, chemical reactions (sonochemistry) <Sectors> Nanomaterials, paints, inks, pigments, fuels, chemicals, cosmetics, biology, food & beverages.

• Fine grinding machine
• Emulsifier/Disperser
• Other processing machines

Features - Measurement possible with a small sample volume (100 μL and above) - Measurable particle size: 0.3 μm to 600 μm - High-resolution image analysis through threshold optimization - Equipped with autofocus function - Capable of saving raw image (video) files - No sheath fluid required - Easy replacement of flow cell and simple cleaning - Lens interchangeable (2X, 4X, 10X, 20X) - Compatible with dedicated auto-sampler - Compliant with 21 CFR Part 11

• Other physicochemical equipment

Features of the Portable Level Max: A liquid level gauge recognized in 102 countries worldwide No radiation used, ensuring safety No need to report usage to the Ministry of Education, Culture, Sports, Science and Technology Significant reduction in maintenance costs - Unlike radioactive materials, ultrasonic single crystals do not require frequent replacement and have low maintenance costs Lightweight and easy to carry body and storage case - The body weighs 0.3 kg, which is about 1 kg lighter than conventional level gauges (storage case: 1.5 kg) High precision - Measurement accuracy is within 1.5 mm, which is more precise than conventional level gauges

• Ultrasonic Oscillator

A hydraulic measuring device for paint films with a thickness of up to 1.5mm. The narrowing speed can be variably controlled up to 50mm/s. It comes with an automatic clamping function. By opening the C-shaped head, it is also possible to test thin plates and specimens.

• Testing Equipment and Devices

This device is a versatile machine that allows for mechanical testing such as grid pattern tests, scratch tests, and damage tests. It can handle loads of up to 50N, and in scratch tests, both the scratch speed and distance can be selected. In grid pattern tests, it can conduct tests in accordance with international standards.

• Testing Equipment and Devices

The standardized viscosity cup allows for the objective measurement of paint viscosity through flow time. The outflow of the sample is automatically detected by an optical sensor. Flow times of up to 200 seconds are displayed on a liquid crystal display with an accuracy of 0.01 seconds.

• Testing Equipment and Devices

Are you still using a crosshatch cutter without certification? For multi-blade cutting tools, trust in Eriksen is the way to go! The coating crosshatch tester is a device that creates a crosscut pattern (grid pattern) and is designed to evaluate adhesion, in accordance with international standards.

• Testing Equipment and Devices

A film applicator that can apply coatings in different thicknesses of 6 or 10 columns within a range of 10 to 500 μm at once. It is suitable for evaluating the paint properties based on the thickness of the film.

• Testing Equipment and Devices

The multi-coater can adjust the coating thickness from 0 to 1000 μm using a micrometer. It is a simple and economical device. The coating widths available are 80, 150, and 220 mm.

• Testing Equipment and Devices

A four-sided film applicator that can measure four heights with a coating thickness of 30/60/90/120μm. The coating widths available are 13, 40, 60, and 90mm for each type, and it is also possible to select coating widths ranging from 15 to 2000μm as a custom order.

• Testing Equipment and Devices

A spiral film applicator ideal for flexible materials such as plastic films, leather, and fabrics, with a coating thickness of 10 to 200 μm. The coating widths available are 80, 150, and 220 mm, depending on the model. Made of stainless steel.

• Testing Equipment and Devices

24 types of chart paper in different sizes, patterns, and colors. Using a film applicator on the chart paper, paint is applied to examine the opacity.

• Testing Equipment and Devices

A device that allows for uniform application by placing a sample on a glass platform and rotating it, utilizing centrifugal force. It can create samples ranging from 80 to 200 mm. The rotation speed can be adjusted within the range of 100 to 2,000 rpm.

• Testing Equipment and Devices

The electric drive film applicator can apply a uniform and consistent coating of paint on glass, chart paper, thin films, etc., by attaching various applicators (such as model 358). The speed can be adjusted up to 99 mm/s, and the maximum coating width is approximately 330 x 345 mm. Optional vacuum suction plates and glass plates are available.

• Testing Equipment and Devices

It is possible to easily apply paint to any substrate using a spray method. By operating the control panel, you can set the amount of spray movement, its speed, the number of strokes, and the ventilation time, allowing you to meet various requests by changing the settings.

• Testing Equipment and Devices

The central wheel has an eccentric cam, and by rolling it over a wet coating surface, the film thickness is measured. The measurement range is from 0 to 1500μm, and the measurement range is divided into 8 types.

• Testing Equipment and Devices

A destructive (cutting method) dry film thickness gauge that complies with standards. It is also capable of measuring multilayer coatings. The measurement range with the standard chip is 0 to 200μm. Additionally, by replacing the chip, measurements of 200/500/1000/2000μm are also possible.

• Testing Equipment and Devices

Equipment for measuring coating thickness using an edge-cutting method. It is very easy to operate, taking advantage of the P.I.G. 455, and allows for easy and accurate measurement by drilling holes in the coated surface with a conical drill at a specified angle, using a microscope. The measurement range with the standard drill is 3 to 300μm. Additionally, by changing the drill, measurements of 200/500/1000μm are also possible.

• Testing Equipment and Devices

A handy device that allows for quick and convenient measurement of viscosity by simply taking a sample of paint and measuring the flow time. The diameters conform to the standards of DIN 53 211 (Model 321) and EN ISO 2431 (Model 322).

• Testing Equipment and Devices

A simple din flow cup widely used in the United States. Comes with 5 cups for different viscosity ranges.

• Testing Equipment and Devices

An instrument for measuring the dispersion of liquid coating materials. The paint is filled into the grooves of the instrument, and the distribution of the paint particles is read by pulling it with the attached scraper to examine the particle size distribution.

• Testing Equipment and Devices

Easily and quickly measure the density of liquids. By placing a sphere with a capacity of 100ml or 10ml into a pre-weighed beaker, you can calculate the density based on the increase in weight (g).

• Testing Equipment and Devices

A cup for measuring the specific gravity of liquid coating materials. By weighing the mass of the liquid paint filled in the cup, an approximate density can be determined. Robust and lightweight design. Made of black anodized aluminum or stainless steel.

• Testing Equipment and Devices