Automatic scanning, weighing,instant printingand labeling machine for enameled wire

Automatic weighing, instant printing and labeling machine is a kind of automatic equipment which integrates weighing, printing and labeling functions. It is widely used in food, medicine, daily chemicals, logistics and other industries. It can automatically complete weight detection, label printing and instant labeling in the process of product transportation, improve production efficiency, reduce manual errors, and ensure that label information is consistent with the actual weight of products. The equipment usually supports a variety of label formats and barcode types, and can be docked with the production line or ERP system to achieve real-time data upload and traceability management.

TRACK BALL

Typical applications: robot motion control, medical diagnostic and imaging equipment, automated equipment control, video editing and production, test metering equipment, CAD/CAM/CAE, specific control panels/keyboards.Note: Can be customized according to the special needs of customers; Typical applications: robot motion control, medical diagnostic and imaging equipment, automated equipment control, video editing and production, test metering equipment, CAD/CAM/CAE, specific control panels/keyboards.Note: Can be customized according to the special needs of customers.

Medical sampling needle,

Needle material is imported 316L, connector PEEK; The inner wall is fluid polished, Ra0.1 ~ Ra0.01 optional; Tip V-shaped reducer, Angle optional, non-welded; Configure liquid level detection line; The inner and outer walls of the needle can be superhydrophobic treatment;

Anti-interference liquid level detection sensor

The anti-interference capacitive liquid level detection is often used in the occasions where multiple needles interfere with each other; Voltage input: DC5V; Environmental adaptive peeling function; Size reduced to 28mm x 17mm x 4.5mm (including housing); Installed insulated case, ultra-thin body, durable; Power consumption W; Working temperature: -40 ~ 85℃ (industrial grade); One level trigger signal output (can be used with intelligent motor driver); Liquid detection accuracy up to 5ul (under medium conditions), stable use of detection accuracy of 20ul; Communication interface: RS485 (if necessary, the sensitivity of detecting liquid level can be changed, station number);

475 drill collar housing

FA industrial parts and non-standard CNC precision machined parts

Supply 100 + categories, 1500 + series of products, including linear motion, rotary transmission, fastening and positioning, connection and installation, pneumatic drive, industrial frame door parts, electrical and electronic, non-standard machining and other industrial automation parts. It has served 20000 + enterprise customers in aerospace, military industry, mobile phone, new energy, robotics, automobile, semiconductor, medical and many other industries.

Non-standard intelligent quotation system

Through the industrial model and artificial intelligence technology, it aims to completely change the inefficient quotation mode in the traditional non-standard parts manufacturing field, which relies on manual experience.

All kinds of fixtures

CNC lathes, machining centers, gear hobbing, gear milling, gear grinding, gear honing fixtures, rubber fixtures, express fixtures, collets, small spindles, pneumatic clamps, oil pressure seats, etc.

Intelligent tool cabinet

Intelligent tool cabinet is the core material management equipment in the intelligent manufacturing scenario. Through the Internet of Things, RFID, sensor and data analysis technology, it realizes the digital and refined management and control of the whole life cycle of tools, and is widely used in automotive parts, aerospace, precision molds, medical equipment and other manufacturing fields. Equipped with RFID or dual-frequency reader-writer, the recognition accuracy rate reaches 99.8%, the automatic record account of tool collection and return supports the traceability of the whole process from warehousing to scrapping, and cooperates with face recognition, code scanning and other verification methods to eliminate false claim and loss. - Dynamic monitoring and early warning: Built-in weighing and visual detection module, real-time monitoring of tool wear and weight changes (error ≤ 0.01 G), early warning of loss status 72 hours in advance; set safety stock threshold, automatic reminder of replenishment, to avoid production interruption. - Environment and safety protection: The protection level is up to IP54, with dust-proof, moisture-proof and rust-proof functions. Some high-end models are equipped with anti-prying alarm and remote notification of illegal opening, which is suitable for the complex environment with more dust and high oil pollution in the workshop. - Data linkage and analysis: seamlessly connect MES, ERP and other systems to achieve real-time synchronization of production data and tool management; generate multi-dimensional intelligent reports, support consumption trend and loss analysis, provide data support for process optimization, and reduce the defective product rate by more than 25%. -Efficiency improvement: the time of taking knife is shortened by more than 50%, the efficiency of account statistics is improved by 3-10 times, and the cost of manual inventory is reduced by 50% -70%; - Cost optimization: inventory is reduced by 5% -25%, tool life is extended by 30%, and the problems of stagnant inventory and excessive purchasing are significantly improved; - Management upgrade: realize 24-hour unattended collection, centralized management and control in multiple factories, meet the compliance traceability requirements of ISO system, and promote the transformation of lean management in workshops.

Tool grinding machine

Tool grinding machine is used to grind and trim all kinds of cutting tools, which can improve the sharpness and accuracy of cutting tools and prolong their service life. It is mainly used to repair the worn cutting edge of milling cutters, drills and other tools, accurately adjust the cutting angle, ensure the symmetry and radial runout accuracy of the cutting edge, and is widely used in mold manufacturing, precision machining and other fields.

Heat shrink knife handle

Heat shrink toolholder is an efficient and stable tool holding component, which is widely used in modern precision machining and high-speed machining fields. Based on the principle of expansion with heat and contraction with cold, the clamping part of the heat-shrinkable cutter handle is quickly heated to 250-425 deg C through the heat induction device, so that the inner diameter of the heat-shrinkable cutter handle is expanded to be larger than diameter of the cutter handle, the cutter is quickly loaded, and the cutter handle shrinks after cooling to form interference fit with the cutter, thereby realizing high-precision and powerful clamping. Heat shrink shanks are usually of one piece construction and do not require the nut and collet components of a collet shank to hold the tool. Its shape is light and slender, such as the design of half angle 3 ° and wall thickness 1.5 mm, which can effectively avoid interference with the workpiece, and can also set the protruding length of the tool to the shortest, so as to improve the rigidity. High precision: The concentricity is good, and the runout precision can usually reach 3 μm or even higher, which can effectively reduce the vibration of the tool, improve the surface finish and prolong the tool life. High rigidity and stability: the tool is completely clamped by 360 °, and the rigidity is greatly improved. It is suitable for high-speed rotation applications, and can effectively avoid the loosening of the tool in the processing process, and improve the processing safety. Simple structure: no additional mechanical clamping device is needed, which reduces the maintenance requirements, and can adapt to a variety of specifications of the tool, with high operational flexibility. Applicable scenarios: It is applicable to high-speed cutting, carbide tool processing, deep hole processing, complex contour processing, large workpiece processing and other scenarios, and is widely used in aerospace, precision molds, medical equipment and other industries with high requirements for processing accuracy.