Ultrasonic bath
Ultrasonic bath have low electrical energy consumption and save time when compared to brushing out or other traditional methods. The areas which are difficult to access become clean and without traces of dirt, while the object surface is not damaged, as can happen with other methods. The NEPTUNO ultrasonic bath are made from stainless steel (AISI 304). We have various models according to capacity: 3 L / 6 L / 10 L / 20 L / 30 L.
Glove Box
Thin-Film aluminum oxide type. Microprocessor based, all digital technology for reliable operation. Compact size. Loop powered 4 to 20mA output. NIST traceable calibration. Accuracy : +/- 2℃ Measurement range : 0 ~ 1,000ppm Out Put : 4-20mA DC Active. Sensor : Thin-film capacitive polymer sensor Response time 63% [90%] at a gas temperature of +20℃...
Stability Chamber
Newtronic's photo stability chambers are designed to meet light stability testing requirements in industries such as pharmaceuticals, cosmetics, food, and others. The chambers comply with ICH Q1B standards, ensuring efficiency, reliability, and safety.
Measuring Machine
The RM 200 PLUS Rheometer is the ideal solution for viscosity and rheological testing in both quality control and research & development environments. Featuring a modern 7-inch touchscreen interface, the RM 200 PLUS offers flexible, high-precision measurements with direct on-device data analysis. It is compatible with a wide range of measuring systems and temperature control units, while also supporting printer, PC, and specialized software connectivity.
Stability Chamber
The MIL sand & dust chamber is designed specifically to simulate desert environments for the testing of military equipment and devices. Inside the test space the dust is blown as per MIL-STD-810G Method 510.5 Procedure-I with a dust concentration of 10 + 7 g/m3 with air velocity of minimum 1.5 m/s up to 8.9 m/s. While the sand is blown as per MIL-STD-810G Method 510.5 Procedure-II with a sand concentration of 0.18 g/m3 to 2.2 g/m3, with an air velocity of 18-29 m/s.
KDT-100 is a desk top type thermal evaporator specially designed for integration with glovebox systems. It features separate main and loadlock chambers to maintain vacuum stability during sample loading. With a 10.5” touch panel for full auto control, it supports co-deposition, as well as sample rotation, heating, and cooling. Ideal for high-uniformity thin film deposition applications.
KDSD-170 is a dual-chamber thermal evaporator with a sliding door design, engineered for seamless integration with glovebox systems. Equipped with an automatic control system via touch panel, it supports metal and organic source deposition with high film uniformity, along with sample rotation, heating, and cooling options.
KSD-170 is a sliding door type thermal evaporator system designed for direct integration with gloveboxes. It features a high-performance vacuum chamber, 10.5” touchscreen auto-control, and co-deposition capability, making it ideal for precise and efficient thin film deposition processes.