
The torsion tester is applicable to the reliability test environment of optical cables, electric wires and cables, communication wires and flexible electronic products, and widely used in:
Cable manufacturer: detect the structural integrity and signal stability of the product under repeated torsion;
Communication equipment laboratory: evaluate the transmission attenuation change of optical fiber under mechanical stress;
Quality inspection and certification organization: carry out torsion resistance verification according to GB/T 7424.2 E7 standard;
R&D and Quality Control Department: simulate the bending scene in actual use and optimize the material and structure design.
Stable operation in normal temperature and humidity industrial or laboratory environment, meeting the requirements of full chain test from R&D to production.
With its high temperature stability, uniform air supply and rugged construction, this high temperature blast oven is suitable for the following specific industrial scenarios:
Manufacturing of electronic components
It is used for drying, aging test and stress screening of PCB, capacitor, resistor and other components.
Hardware plating and surface treatment
Quick drying of workpieces after electroplating, preventing water stain oxidation and improving coating adhesion.
Plastics and mould industry
Pre-dried pellets (e.g. ABS, PC and other hygroscopic materials) to avoid blisters or imperfections during injection molding.
Laboratory and Quality Inspection Center
Material thermostatic drying, moisture determination, heat treatment test and sample pretreatment.
Production of auto parts
Curing, drying or heat resistance test of brake pad, sensor and harness.
Manufacturing of new energy (lithium battery)
The battery pole piece and diaphragm shall be dried before vacuum or under normal pressure to ensure that the moisture content meets the standard.
Disposal of food and pharmaceutical packaging materials
Dehumidification and sterilization auxiliary drying of packaging bottle, aluminum foil and composite film before filling (cleaning requirements shall be met).
✅ Its horizontal forced air supply+high uniformity is especially suitable for placing multi-layer samples or process links with high requirements for temperature consistency.
The KDRS638E handheld infrared thermal imager is a high-performance infrared temperature measurement device designed for professional engineers and researchers. It integrates high-resolution thermal imaging, visible light fusion, intelligent analysis, and multi terminal interconnection, and is widely used in high demand application scenarios such as power inspection, industrial automation, building inspection, HVAC, and pipeline system maintenance.
Application field
Product development, house inspection, equipment maintenance, power inspection, electrical maintenance
The KDRS638E handheld infrared thermal imager is a high-performance infrared temperature measurement device designed for professional engineers and researchers. It integrates high-resolution thermal imaging, visible light fusion, intelligent analysis, and multi terminal interconnection, and is widely used in high demand application scenarios such as power inspection, industrial automation, building inspection, HVAC, and pipeline system maintenance
The KDRM200F entry-level handheld infrared thermal imager is designed for scenarios such as power inspection, equipment maintenance, building inspection, and HVAC system diagnosis. Equipped with a 256 × 192 high-resolution infrared core, 40mK thermal sensitivity, and manual focusing lens, it supports temperature measurement over a wide range of -20 ℃~550 ℃ with an accuracy of ± 2 ℃. Equipped with a 3.5-inch touch screen, 2 million visible light camera, laser pointer, and IP54 protection level, it is sturdy and durable, supporting WiFi/USB data transmission, cloud services, and professional analysis software. It can quickly locate thermal faults and generate reports, making it an efficient and reliable on-site inspection assistant for engineers.