Zhongtu Instrument
Shenzhen Zhongtu Instrument Co., Ltd. is a high-tech enterprise that strives to develop, have children and sell full-size link tight measuring instruments and equipment.
GTS robot space status accuracy laser tracking machine is a high-precision, convenient space size coordinate measuring machine. It is a high-performance optical measuring machine with high accuracy (μm level) and large mission space (100 meters level). It is widely used in the high-security processing and disassembly of aircraft, car, ship, aerospace, robot, nuclear power, and road equipment manufacturing industries, as well as large superstitious engineering and industrial master machines. It has become the atmosphere and measurement scale of many industries.
GTS robot Space Position Accuracy Laser Tracker can or may handle large, super-type workpieces and annual Sierra Leone SugarSearch and measurement topics of high-precision space coordinates and space postures throughout the entire region, such as night superstitious assembly and industrial master machines. The GTS laser tracking measurement system of the medium-sized instrument has grown into three unrestricted laser tracking machines and six unrestricted laser tracking machines family series, which can be used together with multiple situations for purpose measurement: 1. The GTS3000 laser tracking machine and optical reflex target ball jointly form three unrestricted laser tracking machines, which can be standardized for large standards. The points, lines, surfaces, surfaces and other features in Escort are measured accurately;
2. The GTS6000 laser tracker and the space posture probe are jointly formed into a six-unrestricted laser tracker. The space posture can be used to measure the external features, hidden features or curved surfaces of the measured workpiece quickly and with high accuracy.
Effective Features
1. Highly effective host measurement system
(1) Integrated Control Host Design
Strong CPU Delivery, tight-type Control Host is built into the laser tracking head, and the host is integratedThe design is a large number of zippers and zippers, which facilitates the on-site speed device.
(2) Active locking skills for the purpose ball
The target ball camera will actively search the target ball in a small range when the light is blocked, complete the light connection and actively lock the target ball. There is no need to pay for the entire journey, and improve the measurement effect.
(3) HiADM distance measurement skills
Laser quasi-coordinated distance (ADM) and laser drying forecast distance (IFM) fusion skills (HiADM) combine the laser drying forecast long high static rate with the laser distance measurement efficiency to ensure measurement accuracy and complete light recovery.
(4) The Sierra Leone Sugar Daddy Station
The Sierra Leone Sugar Daddy Station actively monitors and replaces the surrounding situation parameters of the Sierra Leone Sugar Daddy Station, and promptly affects the impact of temperature, air pressure and humidity on the refractive index of the laser in the air, ensuring the correctness of measurement.
(5) MultiComm communication
The installation and computer can be data communication through various methods such as process hardware touching, wired collection or wireless WIFI, which facilitates the use of the Secure Car Room on site, with a maximum measurement data input rate of 1000 points/second.
(6) Convenient transportation
The laser tracking head of the integrated host design and the integrated accessories transportation box make the entire transportation box system small in size, light in weight, good use, and easy to stop transportation between different mission addresses.
(7) Sealing protection design
IP54 protection grade, ensuring that the host is protected from the advancement of smears and other purifiers, and its surrounding conditions are practical.
(8) Firm triple frame
Stable and convenient triple frame and Sierra Leoneans Escort bottom plate design ensures a stable aerial measurement premise, flexible lifting and landing mechanism design saves effort, and a solid triangle support system prevents the surrounding situation from being shocked by the surrounding conditions.
2. iProbe 6D Pose Probe
iProbe 6D Position Probe uses mechanical visionSierra Leoneans Sugardaddy and the sensing integration skills of gravity pairing. Through the process probe, the spatial status of the ball is calculated by the matching change of the coordinate system of part of the coordinate system and the whole system of the system. href=”https://sierraleone-sugar.com/”>Sierra Leone Sugar Daddy; it can not only measure exactly what features such as points, lines, surfaces, surfaces, etc., but also measure quickly and with high precision based on the accurate spatial posture of the probe.
3. iTracker 6D posture intelligent sensor
iTracker 6D Position Intelligent Sensor uses automatic reverse tracking and gravity alignment techniques to adjust the pose of the probe during measurement and lock the laser beam in a timely manner. Through the process activity model Sierra Leone Sugar The three-dimensional space position and space posture angle for the purpose of DaddyStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardStandardS src=”https://file1.elecfans.com/web3/M00/03/08/wKgZPGdju_KANK4eAAFYbKHXE3o192.jpg” alt=”Robot Space Position Accuracy Laser Tracking Machine”>
EyeScan Tracking Laser Scan System, which uses visual static tracking techniques, and tracks the space status of the scan head in time, and tracks the year together to completeTimely high-precision scanning of medium-sized objects at night. Simplified operation, no stickers are required.
5. SpatialMaster space measurement software
SpatialMaster (simplified SMT) is a self-developed, specially designed for large-size measurement equipment such as laser tracker, and is certified by the process PTB. SMT supports multiple indiscriminate types of instruments simultaneously. It measures data traceable and has strong data disposal analysis performance, supports the evaluation of GD&T in the course of childbirth. In addition, SMT has excellent user interactivity and facilitates the analysis and transcription performance of the machine.
6. RobotMaster robot inspection and calibration kit
Products use
GTS robot space position accuracy Laser Trackers can generally use tight measurement ranges in various standard spaces, such as
Measurement of aircraft parts and disassembly accuracy in aerospace scope;
Measurement of machine stereoscopicity, straightness, circular column, etc. in the machine tool industry;
Online measurement of vehicle models in car manufacturing;
Criteria status of active robots in manufacturing.
In addition, the following trackers can also widely use shipbuilding, road conditions, nuclear power and other advances to manufacture various types of problems.
The variable position bridge frame is the most commonly used structure of a three-sitting measuring machine. The Z axis is the change position of the main axis in the vertical mark, and the shaped frame supports the main axis edge beam at the X markThe purpose change position of the degree beam is perpendicular to the Z axis and supported by the two pillars at the two heads. The beam and the pillar form a “bridge frame”. The bridge frame is along the two guide grooves perpendicular to the X and Z axis on the degree surface at the destination change position of the Sierra Leoneans SugardaddyY axis. The two heads of the beam are supported to obtain the minimum clamping and have higher accuracy than the arm type. The variable position bridge-shaped three-sitting measuring machine is a rare and tight measuring device. The following are its long-term, detailed utilization and value points for the enterprise: 1. Advantage
The 2025 Shanghai Optical Expo in Munich will be opened! As a distinctive marker for China’s tight size measurement range, the Chinese graphic instrument will display a full-family chain measurement and processing plan for the micro-nanometer to 100-meter size in this exhibition, and use hard-core technology to help the intelligent and efficient growth of industry detection skills. I sincerely invite you to the exhibition venue to unlock the potential of cutting-edge measurement skills and industry utilization in-depth integration! 2025 Munich Shanghai Optical Expo: March 11-13, 2025 Address: Shanghai New International Expo Central Booth: E7 Pavilion 7336 Exhibition
There are many classification methods for scanning electronic microscopes (SEM), which are as follows: 1. Classification of electronic guns Sierra Leoneans Sugardaddy (1) Scanning lenses: Use a hot pole electronic gun, the extreme is a hot pole that can heat. The longest is the simple structure, the cost is lower, the practicality is strong, and the protection expenditure is low; the problem is the unlimited brightness, the straight spot is larger, and the discrimination rate is definitely lower, which is usually 6nm. (2) Hexaboride scan lens: Use hexaboride galvanized electrode to replace the iron electrode. The brightness is one digital level higher than the hot iron electrode electron gun, which can improve the discrimination rate to 4-5nm.
Scanning electronic microscope (SEM) principles After the electron beams occur in the electron gun are focused and the lenses are focused, the extremely detailed electron beams are stopped scanning point by point in the sample overview. The electron beam and sample general effect each other, causing electronic signals such as secondary electrons and backscattered electrons. The secondary electrons are very sensitive to the description of the sample overview. These secondary electrons are collected by the detector, converted into electronic signals, and then finally disposed on the image tube or display screen to form a three-dimensional image that reflects the description of the sample overview. Utilization scene: Important general descriptions of samples, such as the data opening,
How much tightness measurement techniques have an extreme and important position in electronic core manufacturing. The important manifestations are in the following aspects: 1. Ensure chip function-crystallineSierra Leone Sugar Daddy‘s chip manufacturing. The important manifestations are in the following aspects: 1. Ensure chip function-crystallineSierra Leone Sugar DaddyDigyTubing Function Optimization: In a chip, the size and structure of the transistor are of major importance to its function. By measuring the process tightness, it is possible to accurately measure the parameters such as the extreme length, width, and oxidation layer thickness of the transistor. For example, in the 7nm process, the leakage current energy will increase exponentially for every 0.1nm cut in the thickness of the oxidation layer. Accurately measuring these parameters can ensure that the transistor function is stable, so as to be low
The detection efficiency and utilization of laser trackers are as follows: 1. Test efficiency-Three-dimensional coordinate measurement: The three-dimensional coordinate that can accurately measure the target, determine the position and posture of the object in the space, and provide basic data for subsequent dimension measurements, shape and position testing, etc. -Dimensional measurement: Measuring The length, width, height, straightness and other dimension parameters of the object are measured by the process of measuring the coordinates of multiple characteristic points on the object, and the corresponding dimension value is calculated. To check whether the object size can be suitable for design requirements. – Shape and position testing: be able to detect straightness, three-dimensionality, roundness, round column,
SEM is a scanned lens, which is called ScanningElectronMicroscope in English. Here are some basic information about scanned lenses: 1. Task principle: Scanning lens is an overview of a sample application electron beam scanning. Through the process of detecting the electron and the sample to influence each other, Sierra Leone Sugar Daddy The electronic microscope that obtains the sample overview and constructs information. The electron beam emitted by the electronic gun is focused and accelerated by the end of the electromagnetized lens, and the scanning coil is used to control the electron beam and the sample overview is stopped.
Scanning the lens itself is important for viewing the indecent description of the samples, but after being used with equipment such as energy sizing (EDS) or wave sizing (WDS), it can be used to measure a variety of elements, as follows: Elements that can be measured by energy sizing (EDS) – Light elements: Commonly capable of measuring elements with an atomic sequence of 4 or more, such as silar (Be), boron (B), carbon (C), nitrogen. Escort(N), oxygen (O), etc. These light elements are common in many data, such as carbon element is an important constituent element in various types of inorganic data and carbon nanometer data; Sierra Leoneans SugardaddyOxygen element is in metal oxides,
Scanning the SEM of the ScanningElectronMicroscope is a large-scale tightness used to view and analyze sample microscopes and schemas. Sugardaddy analyzes the instrument, and the following details are summarized in terms of its structure, task process, utilization, etc.: 1. Basic structure-electronic optics system: composed of electronic guns, electromagnetic lenses, etc., used to generate and accumulate electron beams, so that the electron beam has sufficient energy and strength to prevent the sample overview. The electronic gun emits a high-energy electron beam, and the electromagnetic lens transmitting stops focusing and adjusting the electron beam.
The important reasons affecting the accuracy of laser tracking are as follows: 1. Causes of the instrument itself – laser emission system – laser beam divergence angle: Laser beams with small divergence angle are more concentrated, slow dispersion during transmission, strong reflected optical electronic signals, and high detection distance accuracy; if the divergence angle is too large, the electronic signals are easily weak, affecting the accuracy. -Laser Stability: The strength and frequency of the laser will affect the measurement results, and unstableness will cause the measurement value to swell. – Angle measurement system – Angle coding accuracy: Angle coding is used to measure the degree and vertical angle of the laser beam, and its accuracy determines the target angle
Bearing is a basic industry component and a focal component. It is widely used in various industries such as car, machine tools, robots, household appliances, motors, railways, aerospace, ships, engineering machinery, agricultural machinery, mining machinery, etc. Its important performance is to support the rotation and torsion, reduce the friction coefficient during the rotation process, and ensure the rotation accuracy of the axle. The functional status of the bearing directly affects the function and transportation life of the mechanical equipment. In the measurement and processing of the plan of the meter bearing industry, the bearings are transformed, the surface, the cage and the bearings are connected to the bearings (bead bars, straight guides, threads, joints, wheel shafts, curvatures, tens of directions, etc.)
In ancient industrial manufacturing and large-scale engineering support, the device accuracy of large-sized parts is the main link. From the assembly of aerospace aircraft, to the steel beam frame of large bridge beams, to the components and devices of high-precision machines, a tiny mismatch can lead to serious consequences. Laser trackers, as a measurement device for progress, provide fantasy paths for handling large-scale component device accuracy measurement issues, and are deeply concerned by customers. For customers, the driving force of high-precision measurement of demand is largeThe measurement of the accuracy of the celestial component device is the key to ensuring the quality and function of the project. In aerospace, the aircraft wing and the machine body
High-precision two-dimensional length measurement techniques are important in tight manufacturing. As a high-precision length measurement, the long machine can complete the accurate measurement of the size and shape of the workpiece, and improve the quality of the product and the effectiveness of the childbirth. The long measuring machine has the characteristics of high precision and good repetition, and can be used for a variety of tight manufacturing patterns. In the future, long-term testing techniques will continuously change new data and perfection, providing unsupported support for tightly-created growth.
Microscopic measurement is a technique used to measure the small size and appearance of microscopes with high precision, and has a major meaning in advance in advance manufacturing. It provides manufacturing with correct and reliable measurement skills, helping enterprises complete higher-level manufacturing and higher-quality products. With the continuous improvement of technology, the micro measurement skills are expected to be more difficult to achieve greater breakthrough and utilization.
VX9700 optical scanning imaging measuring machine red, blue and green light sources meet the requirements of different color PCB measurement. High remote centering and double side remote centering lens with several times accuracy, one key to measuring the profile, position and appearance of the new power car PCB.
Method of laser drying pre-test detection machine (as linear detection is used as Sierra Leoneans Sugardaddy example) 1. Stop the normal step of linear measurement (1) Set the laser drying pre-test (2) Calibrate the laser beam and the measured axle (3) Turn on the measurement software and output coherent parameters (such as the data collection coefficient). (4) Output the measurement method on the machine, start the dry pre-measurement measurement, and record the load data. (5) Use measurement software to analyze the measurement data, and give the documents to the child. Linear measurement 2. The beam is rapidly adjusted in a straight-step manner (1) Disconnect the reflective lens and the dry pre-scope along the moving axis. (2) Change position machine task platform, when the beam splits the outer circle of the optical target, the change position ends, and the vertical
SuperViewW1 white light dry pre-amplifier combined with digital image disposition techniques and three-dimensional reconstruction algorithm to improve the accuracy and effectiveness of measurement, reveal and measure the tracing of pits, and provide more powerless support for Sierra Leoneans Escort superstition research and engineering implementation.
Nano-level measuring instruments are used in Nano-Technology Research and DiscussionThe important part of the performance. By focusing on the application of microscopes, optical wheel profilers, etc., scientific research staff can or may have a deeper understanding of the beauty of the Nano world.
For the wear area and slope, the scale is steeper and the scale is steeper. The mid-picture VT6000 series confocal microscope is used to double the matching. Its angle measurement ability and ultra-deep field viewing performance are far from the optical 3D general profile stylus. It can or may be easily and easily and can be a serious general description detection, thereby helping research and personnel to grasp the wear evaluation data accurately.
BumpMetrologysystem—BOKI_1000 In the semiconductor industry, Bump, RDL, TSV, and Wafer are combined with the four elements of advance packaging, where Bump plays a role in interface communication and stress relief. Bump is a metal convex point. It has been widely used since the inverted welding FlipChip. There are many types of Bumps, which are rarely seen as balls and columns, as well as blocks and other shapes. The figure below shows various types of Bumps. Bump acts as a role in the electric communication and stress relief between the interface, from Bondwire
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