Bending press for 3.5mm upto 6mm plates
Single picec pack in polybag and box, according to the iso manual.
ECG cables also referred to as an ECG patient cable, is a type of cable connection designed for non-invasive heart monitoring, typically used to help diagnose potential heart issues. The ECG cable connects to electrodes which are positioned at specific locations on the patientâ??s body to detect and record heart muscle electrical activity. The cables then transmit the electrical activity back to the ECG device for analysis and diagnosis by medical professionals. ECG Cable Feature [Multiple Leads]: ECG cables usually have several leads placed in specific areas on the patientâ??s body, such as the chest, arms, and legs, to measure the heartâ??s electrical activity from different angles. [Durability]: ECG cables are constructed from top-quality, sturdy materials that can endure repeated bending, tugging, and twisting without sustaining any damage. This ensures that the cables can withstand the rigors of frequent use and remain reliable over time. [Shielding]: ECG cables are shielded to block out external electrical signals, which can interfere with the accuracy of the readings. [Connector Compatibility]: The ECG cables are available with various connector types, including snap, clip, and banana, to fit different types of ECG machines. [Safety]: ECG cables are designed to meet strict safety standards and regulations to ensure patient safety. This helps to ensure that patients are protected from any potential harm during the monitoring process. [Cleaning and Disinfecting]: The ECG cables are easy to clean and disinfect to maintain hygienic conditions, as they come into contact with the patientâ??s skin. ECG Cable Advantages [Excellent Performance]: ECG cables are built to withstand the rigors of twisting and bending, and have been thoroughly tested to ensure optimal performance. The cables are also equipped with electrical shielding to protect the signal integrity, ensuring accurate readings. [Non-Invasive]: ECG cables are non-invasive, which means that they do not require any incisions or invasive procedures. This reduces the risk of infection and makes the monitoring process much safer for patients. Instead, the cables are simply attached to the patient's skin, making it a quick and painless process.
Drop Lock Knee Joint A "drop lock knee joint" often used in orthopedic devices or prosthetics. This mechanism allows the knee joint to be locked in a fully extended (straight) position to provide stability and support, preventing unintentional bending of the knee. When the joint is "dropped" into the locked position, it immobilizes the knee at that angle until it is manually released. Function The function of a "drop lock knee joint" is to provide stability and control to the knee joint in situations where immobilization or limited movement is required. This mechanism allows the knee to be locked in a fully extended (straight) position, preventing unintentional bending or flexing of the knee. This can be particularly beneficial for individuals who need to keep their knee straight for medical reasons, such as during post-surgery recovery or when wearing a knee brace or prosthetic limb. The mechanism works by allowing the user to engage or "drop" the lock, which securely holds the knee joint in the extended position. This can help prevent unwanted movement that might otherwise cause discomfort or hinder the healing process. When the user needs to resume normal movement, they can disengage the lock, allowing the knee to bend freely. In summary, the primary function of a drop lock knee joint is to offer stability, support, and controlled immobilization of the knee joint when necessary, aiding individuals in managing their knee-related conditions or recovery processes.
Drop Lock Orthotic Knee Joints A "drop lock knee joint" often used in orthopedic devices or prosthetics. This mechanism allows the knee joint to be locked in a fully extended (straight) position to provide stability and support, preventing unintentional bending of the knee. Drop Lock Knee Joint A "drop lock knee joint" often used in orthopedic devices or prosthetics. This mechanism allows the knee joint to be locked in a fully extended (straight) position to provide stability and support, preventing unintentional bending of the knee. When the joint is "dropped" into the locked position, it immobilizes the knee at that angle until it is manually released. Function The function of a "drop lock knee joint" is to provide stability and control to the knee joint in situations where immobilization or limited movement is required. This mechanism allows the knee to be locked in a fully extended (straight) position, preventing unintentional bending or flexing of the knee. This can be particularly beneficial for individuals who need to keep their knee straight for medical reasons, such as during post-surgery recovery or when wearing a knee brace or prosthetic limb. The mechanism works by allowing the user to engage or "drop" the lock, which securely holds the knee joint in the extended position. This can help prevent unwanted movement that might otherwise cause discomfort or hinder the healing process. When the user needs to resume normal movement, they can disengage the lock, allowing the knee to bend freely. In summary, the primary function of a drop lock knee joint is to offer stability, support, and controlled immobilization of the knee joint when necessary, aiding individuals in managing their knee-related conditions or recovery processes.
Prosthetic Leg Knee Joint The function of the prosthetic leg knee joint is to simulate the flexion and extension (bending and straightening) of the anatomical knee joint during the movement of the amputee. When used in conjunction with a prosthetic foot, the knee supports the amputee while providing a smooth and economical gait. The amputee relies on the prosthetic knee for stability during ambulation. In order to provide stability, the knee needs to remain stable or locked during walking. Many variations of the basic joint have been designed; from a simple hinge to a self-aware, computer-controlled knee. Clinical prosthetists are trained to understand the different types of knees. Their expertise is critical in assisting amputees and their caregivers in deciding which knee will maximize the amputee's potential. The main function of prosthetic leg knee joint is to help the amputee to simulate the bending and extension of the knee joint when moving. At the same time, when the prosthetic foot is used in conjunction, the knee plays a role to achieve a smooth and relaxed gait. Mechanical Knees The feature of Mechanical Knees is to help provide standing bending, reduce the pressure on the back and buttocks through the knee joints, and make the gait cycle smoother. Pneumatic Knee Pneumatic knee uses the air in the knee to adjust the walking speed, and as the speed increases or decreases, the pneumatic system will adjust the speed of swinging forward or bending backwards. Such knees are more active for amputees. They can Change the walking speed on your own and donâ??t need a walking device. Prosthetic knee joints offer several advantages for individuals who have undergone lower limb amputations. These advantages can significantly improve the overall quality of life and mobility for amputees.
(New)AUTOID9 Rugged Portable Handheld Scanner Smart Portable Industrial Android Handheld Terminal The design of the (New)AUTOID9 is based on many years experience of Seuic. To meet industrial application requirements, we created this device with features of one-hand operating, portable and light to carry, powerful and stable performance. It is reliable and durable which is suitable for high load applications. Innovative button design, excellent human-computer interaction experience Innovative design Shortcut button: 10 specially designed shortcut keys, fulfill 27 functions within 17 buttons, Meet the requirement of 10 shortcut key. Crystal button: beautiful appearance, comfortable pressing, wear and pressure resistance Optional keyboard : Three optional keyboards: Standard 17 buttons, 17 buttons with letter, 22 button with directions. Fulfill the requirement of extreme conditions (New)AUTOID9 Passed more than 30 reliability tests, including IP67 waterproof, dustproof, high and low temperature, machine falling, rolling, electrostatic discharge, screen pressure, button wear, steel ball drop, machine 50kg bending resistance, car rolling, salt spray, high humidity, solar radiation, vibration test Etc.. New generation touch experience: Support glove operation Support dry and wet hand operation Support low and high temperature operation New generation visual experience 178 degree full viewing angle No need to flip the screen during work, reduce wrist labor IPS high-brightness display for outdoor operation
The X-MET8000 range of handheld X-ray fluorescence analyzers delivers the performance needed for rapid alloy grade identification and accurate chemistry of a wide variety of materials (solid and powder metals, polymers, wood, solutions, soil, ores, minerals etc). The X-MET handheld XRF analyzer (HHXRF) is practical, robust and easy to use to deliver results you can trust. Hitachi's X-MET8000 handheld X-ray fluorescence (HHXRF) analyzers provides rapid and accurate chemistry of a wide array of materials such as solid and powder metals, polymers, wood, solutions, soil, ores, minerals etc. The X-MET8000 is practical, rugged and easy to use to deliver results you can trust. The light and ergonomic design of the X-MET8000 ensures it is comfortable to use on a daily basis. The nose is designed to test material inside bends and corners. Using Hitachi's HEROTM window, which is heat resistant, the X-MET8000 can accurately analyze alloys up to 400 C. The Hitachi XMET-8000 comes in 3 configuration options: XMET800 Smart, XMET8000 Optimum and X-MET8000 Expert. The X-MET8000 range of handheld X-ray fluorescence analyzers delivers the performance needed for rapid alloy grade identification and accurate chemistry of a wide variety of materials (solid and powder metals, polymers, wood, solutions, soil, ores, minerals etc). The X-MET handheld XRF analyzer (HHXRF) is practical, robust and easy to use to deliver results you can trust. The X-MET 8000 Smart is the latest portable XRF device from Hitachi, a company specializing in XRF analyzers that provides chemical analysis in the field. This model with SDD detector can perform chemical analysis of elements in the range of K (19) U (92) in less than 5 seconds in the periodic table. The X-ray fluorescence spectrometer can be used in field conditions without requiring any sample preparation thanks to its IP 54 standard and battery usage. Thanks to the specially developed thick film on the front of the device, even the sharp parts can be easily measured. The device is unique with its library of 1600 alloy standards and small compact design. It has the ability to report in Excel or PDF format. The device has the ability to store over 100,000 analyzes in memory and to report in either Excel or custom PDF format. Portable XRF devices are widely used in various fields such as alloy (metallurgy) applications, recycling, mining applications, archeology and restoration, jewelery, NDT and PMI inspections.
