V3 Vision Sensor

The V3 Smart Camera is an extremely cost-effective solution. The product has a compact and solid industrial shell with strong vibration and impact resistance, and integrates RS-232, Ethernet, multi-channel digital I/O, VGA output display, USB peripheral input and other hardware interfaces, which can meet the communication access of different brands of equipment in various industrial sites, and integrates rich machine vision algorithm tools.

CV3 vision sensor

The CV3 Smart Camera is an extremely cost-effective solution. The product has a compact and solid industrial shell with strong vibration and impact resistance, and integrates RS-232, Ethernet, multi-channel digital I/O, VGA output display, USB peripheral input and other hardware interfaces, which can meet the communication access of different brands of equipment in various industrial sites, and integrates rich machine vision algorithm tools.

Quality inspection equipment for medical products

The quality inspection equipment for products in the medical industry is a high-speed, precise, fully automated inspection and selection equipment integrating a complete set of visual inspection software, CCD industrial camera, mechanical action, electrical and other functions. Product advantages: ◎ High accuracy: the introduction of the company's quality values, to achieve accurate classification of products ◎ Strong integration: adapt to various use environments ◎ Flexible and convenient: skillfully cooperate with all kinds of robots to help realize 4.0 automatic production in the factory General detection function: ◎ Workpiece size measurement ◎ Workpiece appearance defect detection ◎ RGB identification and defect detection ◎ Character, bar code, inkjet code identification (OCR) and traceability ◎ Online monitoring of product features and positioning guidance Advantages of visual inspection: ◎ Non-contact, non-destructive products ◎ High detection accuracy, up to 0.001 mm ◎ High detection efficiency, up to 8000pcs/min ◎ Reduce inspection cost and improve product competitiveness

Workpiece Measuring System OPS-20 for Machining Center

Application and Benefit of OPS-20 Probe System ● For machining centers, turning centers, CNC boring and milling machines; ● Used for automatic setting of workpiece reference in batch production; ● Used for quality control before, during and after the production process; ● Reduce production assistance time and improve production efficiency; ● Reduce investment in process equipment and production cost. Composition of OPS-20 probe system 1) OP500 infrared communication probe (including standard probe); Standard probe model: M4-P50-RB6-S35; 2) Taper shank of measuring head (optional as required by the user); 3) OSI-10E infrared signal receiver (including 8m long cable); 4) SP-W10 measurement software package (ten standard measurement functions). Functions of the OPS-20 probe system 1) Infrared coding signal communication is adopted between the measuring head and the receiver; 2) Three different infrared coded signals emitted by the OP500 probe: 3) Four kinds of switching value signals output by cable of OSI-10E receiver: Probe status, error, probe battery voltage low, and probe status pulse number; 4) Indication of the working status of the measuring head: three three-color LED indicators. Characteristics of OPS-20 probe system 1) The OP500 measuring head uses two standard lithium batteries as the power supply, and the battery model is: 14250 3.6V，1200mAh； 2) The OP500 probe is equipped with a new probe reset elastic force adjustment mechanism, which enlarges the probe Range of selection; 3) a new connection and adjustment mechanism is adopted between the main body of the OP500 probe and the taper shank, The needle position adjustment operation is more convenient; 4) The shield of the infrared signal emitter of the measuring head can be made of two kinds of materials to realize the protective performance and emission. For different combinations of distances, the launch distances are: 6m/with glass shield, 4m/with With the polycarbonate shield, the polycarbonate shield has the advantage of resistance to chip impact, especially Suitable for machining centers with bamboo hat type tool magazine; 5) The main body of the measuring head is made of stainless steel, which has excellent anti-rust performance. Technical parameters of OP500 infrared communication probe 1) Measurement direction: ± X, ± Y, + Z 2) Diameter of probe body: 48 mm 3) Standard probe: Length 50mm,? 6mm ruby measuring ball, M4 connecting thread 4) Measuring head one-way repetitive trigger accuracy (2σ): ≤ 1 μm 5) The maximum swing angle of the probe in the XY plane: ± 15 ° 6) The maximum floating stroke of the probe in the Z direction: 5 mm 7) When the standard probe is used, Probe trigger force: 600 ± 30 G in Z direction, XY plane 38 to 40 G (minimum) 70 to 80 G (maximum), 8) Opening mode of measuring head: Rotary start, speed > 300 rpm 9) Closing mode of measuring head: delay (0.5/1/3/5/10/20 minutes) 10) Trigger force adjustment range: 100 ~ 200% 11) Infrared signal transmission range: Radial 360 °, Axial 50 ° to 110 ° 12) Receiver input voltage: 24 ± 10% V DC 13) Protection grade of probe system: IP68 Functions of SP-W10 measurement software package 1) Automatic calibration of measuring needle 2) Protection against probe collision during probe movement 3) Measurement of boss and groove 4) Measurement of holes and shafts 5) XY single plane measurement 6) Measurement of internal and external angles 7) Measurement of the fourth axis 8) Measurement of XY plane angle 9) Three-point measurement of circular arc 10) Measurement of hole center distance

Workpiece Measuring System RPS-L11M for CNC Lathe

Composition and function of RPS-L10 probe system 1) RPS-L10 radio communication probe, including TP200 probe, RPDM radio transmission module, mounting rack and battery compartment; 2) RSI-10 radio signal transmitter-receiver, including 10 meters of cable; 3) SP-W10 measurement software package (five standard functions); 4) Radio frequency of RPS-L10 probe system: 2.4G ~ 2.525G; 5) The working distance between RPS-L10 probe and RSI-10 receiver is 10m; 6) RPS-L10 probe and RSI-10 receiver have two-way communication function; 7) The signal response time of RPS-L10 probe system is less than 1ms, which can realize single trigger measurement; 8) Overall protection grade of the system: IP68 RPS-L10 Radio Probe System--Special for CNC Lathe Main functions: Automatic establishment of workpiece coordinate system and automatic calibration of measuring head Automatically detect and set the process datum of the workpiece in the machine coordinate system Control of Machining Accuracy and Automatic Compensation of Tool Wear Collision protection during probe movement Application and Benefit of RPS-L10 Radio Probe System ● For large and medium-sized turning centers, CNC lathes, grinders, etc.; ● Used for automatic setting of workpiece reference in batch production; ● Used for quality control before, during and after the production process; ● Reduce production assistance time and improve production efficiency; ● Reduce investment in process equipment and production cost. Functions of SP-W10 measurement software package 1) Automatic calibration of measuring needle 2) Protection against probe collision during probe movement 3) Measurement of flange and ring groove 4) Measurement of holes and shafts 5) Single plane measurement Technical parameters and functions of RPS-L10/radio communication probe ● Measurement direction: ± X, ± Y, + Z; ● Standard probe length: 40 mm; ● One-way reset accuracy of measuring needle: 1 μm; ● The maximum swing angle of the probe in the XY plane is 12 °, and the T stroke of the probe in the Z direction is 5 mm; ● XY plane minimum trigger force: 38 ~ 40 G, maximum trigger force: 70 ~ 80 G; ● Trigger force in Z direction: 200 ~ 230 G; ● The main body of the measuring head is made of high-quality stainless steel with the best anti-rust performance; ● Opening mode of measuring head: M code start; ● Closing mode of measuring head: delay closing, M code closing; ● Optional delay closing time: 1, 2, 3, 4, 5, 6, 7, 120 minutes; ● Probe start time: < 1 second; ● Range of probe transmitting signal: circumferential 360 °, axial 360 ° ● The probe can transmit three signals: trigger, error and low voltage. ● The probe status is indicated by three three-color LED indicators. Power supply of measuring head: one high-energy lithium battery, specification: 26500, 3.6 V, 7000mAh; A small-capacity lithium battery can also be used if the space of the cutter head is small. Specifications: 14250，3.6V，1200mAh ● Probe working current: 1.2mA, trigger current: 5.0mA, sleep current: 100μA; ● A new battery can work for 1.5 ~ 2 years; Technical parameters and functions of RSI-10 wireless signal transmitter-receiver ● Four kinds of SSR signals including probe trigger, error, low voltage and pulse are provided for the machine tool, which are respectively sent by 4 LEDs display the working status of the system; ● Input power: 24 ± 10% V DC; ● Receive the M code of the machine tool and control the start or close of the measuring head; ● With a dial switch, the start mode and sleep time of the probe can be set;

Workpiece measuring system RPS-20 M for gantry boring and milling

Titanium plywood

Titanium has excellent mechanical properties, weldability and excellent corrosion resistance, high compressive strength, can be used for cutting, welding and other machining, and is generally used as a heat-resistant material and a corrosion-resistant material. It has been widely used in aviation, aerospace, military industry, medical treatment, chemical equipment, seawater desalination, ship parts, electroplating industry and other fields.

Titanium Alloy Rod

Titanium is a silver-white metal with high strength, low density, strong corrosion resistance and excellent biocompatibility. The bars made of titanium or titanium alloy are widely used in industrial manufacturing, medical equipment, aerospace and other fields. The surface of the titanium rod can present silver bright metallic luster or be oxidized to form a color film layer, and the physical shape of the titanium rod is usually a cylindrical solid rod, and the length of the titanium rod is customized as required

Titanium alloy wire

The strength of titanium alloys even exceeds that of most alloy structural steels. Secondly, titanium alloys have excellent thermal strength and can work stably for a long time at high temperatures of 450-500 degrees Celsius, while the performance of aluminium alloys at this temperature is greatly reduced. Moreover, the corrosion resistance of titanium alloy is excellent, especially in humid environment and seawater, its corrosion resistance is far superior to that of stainless steel, and it has strong resistance to a variety of corrosive media. In addition, titanium alloys have excellent low-temperature properties, and can maintain good mechanical properties even at very low temperatures, so they are preferred as low-temperature structural materials. However, it is also important to note that titanium alloys are chemically reactive and prone to chemical reactions with many elements. At the same time, its thermal conductivity is relatively small, which provides unique advantages for specific application scenarios.

Automatic Materials Research Microscope

The Leica DM6 M enables the most accurate and reproducible optical inspection system for fully automated material analysis by laboratory researchers and quality inspectors.

Measuring microscope

The tool microscope is equipped with a precision grating ruler and a high-resolution optical lens, which is widely used for product size measurement and surface defect observation with micron accuracy requirements.

Super depth of field microscope DVM6

The DVM6 Ultra Depth of Field Microscope is equipped with Leica's leading optical system and big bore 16:1 large zoom APO optical lens, which makes it easy and fast to switch from macro to micro observation. The integrated 10 million physical pixel high-definition camera system shows the details of the product.

Tightness and waterproofness detection equipment

It is widely used in automotive industry, household appliances, consumer electronics, medical equipment and other industries. With innovative technology and outstanding quality, we are committed to meeting our customers' needs for precision, efficiency and reliability, helping them achieve production advantages.

Shaft Couplings

1) Disc Couplings There are multiple specifications and complete sizes of diaphragm-type couplings. Single diaphragm, double diaphragm, and flange type diaphragm couplings are all available in stock, with concentricity up to 0.03mm; The diaphragm is made of 304 stainless steel, which has good elasticity and allows for eccentricity, deflection angle, and axial deviation; 2) Jaw Couplings The intermediate colloid adopts polyurethane raw materials imported from Germany, which has good wear resistance, oil resistance, and electrical insulation; Zero backlash transmission, suitable for machine tool spindles; Concentricity 0.02mm 3) Oldham Couplings By sliding between the main body and the intermediate, significant eccentricity and deviation angle are allowed, and radial and axial deviations can be compensated; 4) Parallel Couplings A fully integrated metal flexible coupling that compensates for radial, angular, and axial deviations through grooving, suitable for encoders and micro-motors; Concentricity 10 μm;

Precision locking nut

Precision locknuts include: R-type radial lock nuts; RN lock nuts; F-type & A-type lock nuts; AN lock nuts; K-type lock nuts; KMT-type lock nuts.

CNC machining

Processing stroke: 850x800x600mm, processing part accuracy: 0.01mm; H7/h7, flatness: 0.02, perpendicularity: 0.03, parallelism: 0.03, rightness: 0.03, coaxiality: 0.01 Material: SS400, S45C, S50C, SKD11, SKD51, SKD61, SUM24L, SUS303, SUS304, SUJ2, SUS440, NAK55, NAK80

Multi-dimensional force sensor, multi-dimensional force sensor array and motion mechanics analysis system, force control grinding and polishing machine.

The six-dimensional force sensor in the multi-dimensional force sensor is the most complete mode of the force sensor, which provides all information about the size, direction, and application point of the force. It is the core component of the robot to achieve compliant and intelligent control so that the robot can complete some complex and fine operations. The multi-dimensional force sensor array and motion mechanics analysis system can conduct multi-dimensional force testing and quantitative analysis for lower limb movement disorders, which can be used for early detection of Parkinson's disease and provide quantitative analysis reports, and have broad prospects and potential in the medical industry. The polishing and intelligent manufacturing based on force feedback control is represented by the polishing of IT products such as mobile phones, and the force control technology is used in the production process, with the accumulation of technology in the whole process of force sensing, force feedback control, equipment design, and process development.