arthurliao@ucanrobot.cn
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鼎泰机器人，致力于提供从精密零部件到高端智慧专用装备及应用的一站式解决方案
Looking for an expert of high-precision machining? You are in the right place. Ucan Robot is a one-stop machining supplier from Houjie, Dongguan, China. Our business covers providing super high-precision machining, parts assembling and intelligent equipment for producing CNC cutting tools. The parent company Guangdong Dtech Technology takes the biggest market share of PCB drill bits. The superiority is guaranteed by the super-precision machining capability supported by advanced machining equipment, thorough technical accumulation, skillful engineers, intellectual property and heavy investment in high-precision machining. Simply speaking, we are able to provide an ALL-IN-ONE high-precision machining service covering three tightly connected aspects.
To us, nowadays, it’s more than an ability or a business ambition. It’s a real and sincere attitude to providing professional machining-related service to clients all over the world. Quick delivery with top quality!
High-end Machining Equipment
No matter producing our own equipment for PCB drill bits or providing high-precision machining service or focusing on high-precision grinding of spindle parts, a heavy investment in high-end machining equipment is absolutely an initial step. Besides running a large number of middle-level machining equipment imported from Japan, Taiwan and EU, UCAN ROBOT is also running a lot of top-tier high-end machining equipment from Japan, Germany, Switzerland and Taiwan. Going along with expanding the production base, we are continuing to purchase and install more high-end machines. Another batch of DMG MORI, Mazak…machines will reach our factory in March and June 2026. Keep moving!
DMG MORI 5-axis Machining Center (sets)
2 sets
Mazak Multi-tasking Machine (sets)
10 sets
Baofeng 3-axis Machining Center (sets)
16 sets
FFG Travel 3-Axis CNC Milling Machine (sets)
1 sets
Kellenberger Cylindrical & Internal Grinding Machine (sets)
6 sets
TAIYO KOKI CNC Grinding Machine (sets)
1 sets
Okamoto CNC Surface Grinder (sets)
5 sets
Fukuyu CNC Surface Grinder (sets)
12 sets
Sodick Slow-Wire EDM Machine (sets)
4 sets
Seibu Slow-Wire EDM Machine (sets)
2 sets
Seibu Medium-Wire EDM Machine (sets)
4 sets
Other Machining Equipment (sets)
Dynamic increasing
High-end Inspection Instruments
As an expert of high-precision machining, we must give strong confidence to our clients. Quality control is not an empty word or even a complete quality control system. It’s extremely important to make an on-time inspection of part samples and batch parts to be delivered. Confidence comes from evidence. Hence, besides building a strict quality control system and training skilled quality engineers, UCAN ROBOT also installed a lot of high-end inspection instruments to guarantee our product quality. Actually, besides below inspection instruments, UCAN ROBOT is using various inspection instruments, from those fixed large inspection equipment to handheld devices.
UK LK Coordinate Measuring Machine (CMM)
1 sets
UK Taylor Hobson Talyrond Roundness & Cylindricity Measuring Instrument
1 sets
WD Runout (Radial/Axial Play) Tester
1 sets
Switzerland TESA Height Gauge / Height Measuring System
6 sets
The Expert in High Precision Machining
High-precision machining, small and miniature parts CNC machining, milling, turning, turn-mill machining, grinding, EDM.
Mass production and pre-production rapid prototyping. Also provide outsourcing processing services, including stamping processing, die casting, vacuum casting, injection molding and 3D printing.
Get an instant quoteISO 9001:2015 certified | ISO/IEC 27001:2013 certified | ISO 14001:2015 / National High-Tech Enterprise | China’s National Intellectual Property Advantage Enterprise
The Expert in High Precision Designing, Machining and Assembling Spindles
High Static & Dynamic Precision. High Speed with High Dynamic Rigidity. High Configuration. High Standards – Comprehensive Performance Testing. Multi-Application Capabilities.
Get an instant quoteThe Expert in Intelligent Equipment For Producing CNC Cutting Tools
Around 16 types of intelligent equipment. Not limited to equipment for producing CNC cutting tools. We can also provide an intelligent storage system. Can make OEM/ODM production according to the client’s needs.
Get an instant quoteCompany Overview
Company name
Guangdong Ucan Robot Technology Co., Ltd.
Company register date
15/07/2010
Register place
Houjie Dongguan China
Company location
Headquarter production base in Dongguan
Group company
Guangdong Dingtai High tech Technology Co., Ltd.
Main business
High-precision machining & Spindle & Intelligent Equipment for producing CNC cutting tool
Area of production base (㎡)
16000 ㎡
How many employees?
More than 300 persons
R&D engineers’ portion of the total workforce
More than 35%
Quantity of high-end precision machining equipment (sets)
More than 150 sets
Quantity of high-end inspection instruments (sets)
More than 60 sets
Intellectual Property
Quantity of China’s national utility model patents
212
Quantity of China’s national invention patents
25
Quantity of software copyrights
20
Company Qualification and Certificates
China’s National Intellectual Property Advantage Enterprise
National High-Tech Enterprise
Military Equipment Quality Management System
ISO 9001:2015 Quality Management System
ISO 14001:2015 Environmental Management System
“Multiplying Growth” Enterprise authorized by the Dongguan Government
A “Specialized, Sophisticated, Distinctive, and Innovative” (SSDI) “Little Giant” enterprise authorized by China’s Ministry of Industry and Information Technology (MIIT)
EXPERT OF HIGH-PRECISION MACHINING
High-precision Machining
At its core, UCAN ROBOT is not just a precision machining vendor but a vertically integrated solutions provider whose machining services form the foundational layer of a much larger intelligent manufacturing architecture. The company offers a comprehensive spectrum of 30 high-precision machining capabilities, spanning from conventional CNC turning and milling to advanced processes like 5-axis simultaneous machining, Swiss-type micro-turning, wire EDM, and superfinishing via centerless and OD/ID grinding. Critically, these services are not isolated competencies – they are interconnected nodes in a digitally orchestrated production network, designed to support everything from rapid prototyping of medical micro-components to mass production of aerospace-grade spindles and semiconductor tooling.
Provide professional pre-production suggestions on choosing proper materials
| Work Condition Requirement | Recommended Solution | Common Performance Indicators | Application Scenarios |
|---|---|---|---|
| High cost-effectiveness, general use | 45 Steel + Tempering | 230–260 HBS | General transmission shafts |
| Heavy load, high strength | 40Cr + Tempering / Quenching | 35–42 HRC | Gear shafts, heavy machinery |
| High wear resistance | 3Cr13 + Vacuum Nitriding | 42–48 HRC | Spindle housing, machine casings |
| High speed, impact, wear resistance | 20CrMnTi + Carbonitriding 38CrMoAl + Nitriding | Surface hardness: 58–63 HRC | Machine spindles, gearbox shafts, camshafts |
| Ultra-high hardness, precision | CrWMn | 50–56 HRC | Precision lead screws, measuring shafts |
| Lightweight, high-strength, fatigue-resistant | 6000/7000 series aluminum alloy + Anodizing | 140–160 HB | Aerospace components, precision 3C products |
What distinguishes UCAN ROBOT’s machining portfolio is its dual-axis specialization: extreme miniaturization and extreme precision. The ability to machine parts as small as Φ0.1 mm with micron-level tolerances – coupled with surface finishes down to Ra0.2 μm – reflects a mastery of both mechanical stability and process control. This is evident in services like Swiss Turning, Micro-CNC Machining, and Precision Cylindrical Grinding, which cater to industries where failure is not an option: implantable medical devices, optical connectors, drone propulsion systems, and high-frequency PCB drilling tools. Moreover, UCAN ROBOT extends beyond metal removal: through injection molding, die casting, vacuum casting, and industrial 3D printing, they offer hybrid manufacturing pathways that blend subtractive and additive logic – enabling clients to move seamlessly from prototype to volume production without switching partners or compromising design intent.
The true insight lies in recognizing that UCAN ROBOT’s machining services are deliberately aligned with their proprietary equipment development. For example, the same ultra-precise DTGM5210 5-axis tool grinder used internally to manufacture cutting tools also ensures that every end mill or drill bit produced for external customers meets nanometer-level geometric accuracy. Similarly, the DTMS1100 automatic measuring instrument validates raw stock before machining, while the DTVM1100 defect detector inspects finished tools – closing the loop between production and quality assurance. This vertical integration means UCAN ROBOT doesn’t just use advanced machinery; it designs, builds, and optimizes the very machines that define its competitive edge. As a result, their machining services benefit from first-hand process knowledge, real-time feedback loops, and continuous in-house innovation – a rarity among contract manufacturers.
Ultimately, UCAN ROBOT’s machining capabilities represent more than technical breadth – they embody a systems-thinking approach to modern manufacturing. By unifying material science, motion control, metrology, and automation under one roof, the company delivers not just parts, but predictable performance, traceable quality, and scalable reliability. In an era where supply chain resilience and process transparency are paramount, UCAN ROBOT’s integrated model offers global clients a rare combination: the agility of a job shop with the rigor of a Tier-1 industrial partner. Their machining services, therefore, are not merely a catalog of options – but a strategic enabler of next-generation product innovation across high-tech industries worldwide.
High-precision Machining
High precision CNC Machining
Feature:
Delivers micron-level accuracy for complex metal and plastic components across aerospace, medical, and automation industries.
Small and Miniature Parts CNC Machining
Feature:
Specializes in ultra-compact, high-tolerance parts as small as a few millimeters – ideal for medical devices and micro-electronics.
CNC Lathe
Feature:
Efficiently produces rotationally symmetric parts with tight tolerances and excellent surface finishes using advanced turning centers.
Shaft & Disc Parts CNC Machining
Feature:
Optimized for high-volume production of precision shafts and discs used in motors, transmissions, and industrial machinery.
Complex Shapes CNC Machining
Feature:
Handles intricate geometries with multi-axis strategies, ensuring repeatability and dimensional fidelity for challenging designs.
5-axis CNC Machining
Feature:
Machines complex 3D contours in a single setup, reducing errors and lead times while achieving superior surface quality.
CNC Turning
Feature:
Provides high-speed, high-accuracy turning for cylindrical parts – from prototypes to mass production – with minimal human intervention.
CNC Milling
Feature:
Offers versatile 3-, 4-, and 5-axis milling for flat, contoured, or pocketed components in a wide range of engineering materials.
CNC Turn-Mill Machining
Feature:
Combines turning and milling in one machine for complete part processing – reducing handling, improving accuracy, and cutting cycle time.
CNC Grinding
Feature:
Achieves sub-micron surface finishes and geometric precision on hardened or delicate components using automated grinding systems.
Electrical Discharge Machining (EDM)
Feature:
Machines hard metals and intricate cavities with zero contact, ideal for molds, dies, and fine internal features unreachable by cutters.
Wire Cut
Feature:
Uses a thin charged wire to cut conductive materials with extreme precision – perfect for sharp corners, tapers, and fine slots.
Swiss Turning
Feature:
Excels at long, slender parts with tight tolerances using sliding-headstock lathes – ensuring stability and concentricity in one operation.
Precision Grinding
Feature:
Guarantees dimensional stability and mirror-like finishes on critical surfaces through controlled, high-accuracy grinding processes.
Cylindrical Grinding
Feature:
Specializes in external surface finishing of cylindrical workpieces such as pins, rods, and bushings to exacting roundness specs.
OD Grinding
Feature:
Delivers consistent outer diameter accuracy and smooth finishes on shafts, rollers, and other rotational components.
ID Grinding
Feature:
Machines precise internal diameters in bores and holes – even in deep or narrow cavities – with exceptional concentricity.
Centerless Grinding
Feature:
Enables high-throughput, high-precision grinding of small cylindrical parts without center mounting – ideal for mass production.
Flat Grinding
Feature:
Produces perfectly parallel, flat surfaces on blocks, plates, and tooling components with tight thickness tolerances.
Design, manufacturing and assembly of lathe spindles
Feature:
End-to-end development of high-RPM, low-vibration lathe spindles engineered for durability and thermal stability.
Design, manufacturing and assembly of milling machine spindles
Feature:
Custom-built milling spindles optimized for rigidity, speed, and dynamic balance in demanding machining environments.
Design, manufacturing and assembly of grinding machine spindles
Feature:
Ultra-precision spindles designed for minimal runout and thermal drift – critical for nanometer-level grinding applications.
ISO Standard Machine Tool Spindle Parts
Feature:
Manufactures certified, interchangeable spindle components compliant with ISO standards for global machine tool integration.
Surface Finishing
Feature:
Enhances part functionality and appearance through deburring, polishing, anodizing, plating, and other post-machining treatments.
Rapid Prototyping
Feature:
Accelerates product development with fast-turn functional prototypes using CNC, 3D printing, and vacuum casting techniques.
Stamping Processing
Feature:
High-speed, high-precision metal stamping for sheet metal components – from simple brackets to complex automotive parts.
Die Casting
Feature:
Produces near-net-shape aluminum or zinc parts with excellent dimensional consistency and surface detail for high-volume runs.
Vaccum Casting
Feature:
Creates small batches of urethane parts with production-grade properties – ideal for pre-series validation and market testing.
Injection Molding
Feature:
Delivers high-quality plastic components with tight tolerances, complex textures, and consistent cycle times for end-use applications.
3D Printing
Feature:
Offers industrial-grade additive manufacturing (SLA, SLS, FDM, MJF) for rapid, complex, or lightweight geometries in engineering resins and polymers.
DESIGN, MACHINING AND ASSEMBLE SPINDLE PRODUCTS
Design, Machining and Assembling Spindles
Precision-engineered, high-performance spindles designed for demanding industrial applications – delivering Swiss-level accuracy at competitive Chinese pricing.
UCAN Spindle – High Static & Dynamic Precision
Shaft end static runout: ≤ 1 μm. Vibration velocity: ≤ 0.2 mm/s. Radial runout at shaft end: ≤ 0.001 mm. Axial play: ≤ 0.001 mm. Achieved through ultra-precision grinding, dynamic balancing (G0.4), and strict dimensional control.
UCAN Spindle – High Speed with High Dynamic Rigidity
Maximum speed: 25,000 rpm. Maintains high dynamic stiffness even at peak rotational speeds. Ideal for high-efficiency machining, precision drilling, and high-speed grinding applications.
UCAN Spindle – High Configuration
Equipped with premium brand bearings: GMN, NSK, FAG, SKF, etc. Optional sensors available: Temperature sensor, Displacement sensor, Vibration sensor, Proximity switch, Closed-loop control encoder. Enables real-time monitoring, predictive maintenance, and intelligent control in Industry 4.0 environments.
UCAN Spindle – High Standards – Comprehensive Performance Testing
No-load test: Measure no-load current and motor speed deviation (≤3%). Load simulation test: Simulate cutting load to evaluate torque, power factor, and temperature rise. Insulation test: Withstand voltage test (1500V / 1 min). Ensures reliability, safety, and long-term operational stability under demanding conditions.
UCAN Spindle – Multi-Application Capabilities
Widely applicable in: CNC Machine Tools, Non-metal Machining (e.g., glass, ceramics, composites), Specialized Processing Fields, High-end Equipment & Automation Systems. Customization Available: Grinding spindles are suitable for various metal and non-metal grinding applications. They can be customized according to specific customer requirements such as spindle size, cooling method, interface type, and integrated sensing systems.
Customization Available: Grinding spindles are widely applicable to grinding machines for various metal and non-metal materials. They can be customized according to specific customer requirements, including spindle size, cooling method, interface configuration, and integrated sensing systems.
Spindle Shaft Processing Flow
High-precision Machining
Full Processing and Assembly Flow Electro-Spindle
High-precision Processing and Assembly
Spindle Precision Inspection
Precision Assurance
INTELLIGENT EQUIPMENT FOR MACHINING CNC CUTTING TOOL
Intelligent Equipment For Machining CNC Cutting Tool
Based on the comprehensive range of intelligent equipment and systems showcased by UCAN ROBOT, it is evident that the company has evolved into a leading provider of end-to-end smart manufacturing solutions focused on precision cutting tools and automated production ecosystems. A real expert of high-precision machining. Rather than being merely a manufacturer of individual machines, UCAN ROBOT operates as an integrated technology platform – spanning from high-precision machining, automated inspection, to intelligent warehousing and logistics automation. This broad portfolio reflects a deep understanding of the entire lifecycle of CNC cutting tools: from raw material processing and tool grinding, to defect detection, traceability management, and smart inventory handling. The seamless integration of QR code tracking, vision systems, industrial robotics, and SMEMA-compatible interfaces across their products reveals a unified technological DNA rooted in digitalization, automation, and data-driven manufacturing.
What sets UCAN ROBOT apart is not just the diversity of its offerings, but the coherent architectural logic behind them. Each system – from the DTVM1100 drill bit defect detector to the DTHM4000 intelligent drill warehouse and bin-picking robot storage system – is designed with a shared philosophy: “High efficiency and intelligence contribute to productivity.” This principle is embedded in every machine’s design, enabling interoperability, scalability, and modularity across different stages of production. For instance, QR codes used in one machine become the digital identity for another, creating a continuous flow of information throughout the factory floor. Their ability to serve industries as diverse as 3C electronics, new energy vehicles, aerospace, medical devices, and precision molds speaks to a rare combination of technical depth and cross-sector adaptability. This capability stems from years of accumulated expertise in tooling engineering, motion control, software development, and logistics automation, allowing UCAN ROBOT to offer tailored, holistic solutions rather than off-the-shelf equipment.
Ultimately, UCAN ROBOT represents a paradigm shift in Chinese manufacturing – moving beyond traditional OEM roles toward becoming a smart manufacturing enabler. By integrating hardware, software, and data intelligence into cohesive systems, they empower factories to achieve higher yields, lower costs, and greater agility in an era of mass customization and Industry 4.0. Their success lies not only in building machines, but in redefining workflows – transforming fragmented processes into intelligent, connected ecosystems. With a clear vision centered on quality, speed, scalability, and cost-efficiency, UCAN ROBOT is positioned as a key player in advancing China’s CNC cutting tool industry from precision engineering to intelligent manufacturing leadership.
Intelligent Equipment For Machining CNC Cutting Tool
High Precision 5-axis Tool Grinder
Feature:
The DTGM5100 High Precision 5-Axis Tool Grinder is a state-of-the-art machine designed for the high-accuracy manufacturing of milling cutters, drilling tools, forming tools, and specialized cutting inserts. Ideal for precision machining applications in the IT, medical, automotive, 3C, aerospace, and mold & die industries, this advanced grinder ensures consistent quality and tight tolerances across a wide range of tool geometries. Equipped with a new-generation multi-axis linkage control system, ultra-precise motion mechanisms, and an intuitive human-machine interface, the DTGM5100 delivers exceptional performance with minimal operator intervention. Featuring rich detection capabilities and automated auxiliary functions, the DTGM5100 significantly reduces setup time, enhances repeatability, and improves overall productivity—making it a reliable solution for both prototyping and mass production environments. The machine supports the grinding of complex tools such as ball nose end mills, chamfer cutters, form cutters, end mills, twist drills, and T-slot cutters, enabling manufacturers to achieve superior surface finish, geometric accuracy, and tool life. With its compact design and high-efficiency operation, the DTGM5100 is engineered to save time, reduce labor costs, and deliver worry-free performance in modern CNC workshops.
High Precision Pinch and Peel Grinding Machine
Feature:
The DTDC1100 High Precision Pinch and Peel Grinding Machine is a high-performance CNC grinding solution designed for the pre-machining of milling tools, drilling tools, forming tools, and punch needles. Widely used in the production of tool round rods and segment-difference forming processes, this machine excels in achieving precise dimensional control during the early stages of tool manufacturing. With its advanced multi-axis (simultaneous) control system and dual grinding wheels operating in parallel, the DTDC1100 delivers exceptional efficiency, enabling high-speed, high-precision processing across a wide range of diameter specifications. Equipped with an integrated automatic loading and unloading manipulator, the machine ensures seamless material handling, reducing manual intervention and significantly improving throughput. It achieves ultra-high machining accuracy – circular runout ≤ 0.003 mm and surface roughness ≤ Ra0.2 – making it ideal for demanding applications in aerospace, medical, automotive, and precision tooling industries. The fully enclosed, integrated design provides comprehensive safety and environmental protection, while the customized, user-friendly man-machine interface ensures intuitive operation and minimal learning curve. With its combination of automation, precision, and reliability, the DTDC1100 sets a new standard for efficient and high-quality tool pre-processing.
CNC Tab Thread Grinder
Feature:
The DTSK1200 CNC Tap Thread Grinder is a high-precision, one-stop solution for the efficient grinding of threads and external ridge profiles on carbide extrusion taps. Designed specifically for hard-alloy (tungsten carbide) taps used in precision machining applications, this machine enables high-efficiency, high-accuracy grinding of both thread forms and fluted contours in a single setup. Ideal for manufacturers in the mold, medical, automotive, and aerospace industries, the DTSK1200 delivers consistent quality, tight tolerances, and excellent surface finish – essential for producing durable, high-performance tapping tools. Featuring a robust, fully enclosed cast-iron structure, the DTSK1200 ensures long-term stability, vibration damping, and high machining precision. The machine integrates six-axis motion control, including Z-axis feed, C-axis rotation, X-axis cutting wheel movement, A-axis angle adjustment, and U-axis roller deflection – enabling precise shaping of complex tap geometries. Equipped with high-precision linear motor drives and an automatic six-axis manipulator for loading/unloading, it offers fast cycle times and minimal operator involvement. With optional clamping methods (thimble or barrel clip), EU-standard electrical controls, and a user-friendly interface, the DTSK1200 combines advanced technology with ease of use, making it a reliable choice for modern tool manufacturing environments.
Super abrasive wheel CNC forming machine
Feature:
The DTXZ5100 Super Abrasive Wheel CNC Forming Machine is a high-precision, automated solution designed for shaping micro-drilling tool grooving grinding wheels with exceptional accuracy and consistency. This advanced machine enables the precise forming of grinding wheel cross-sections across various diameters, ensuring excellent dimensional repeatability and geometric fidelity. Ideal for manufacturers producing precision tools for electronics, medical devices, and aerospace applications, the DTXZ5100 delivers superior wheel profile consistency, making it essential for achieving high-quality surface finishes and extended tool life. Equipped with CNC-controlled forming technology, the DTXZ5100 allows users to define complex profiles directly from CAD drawings, enabling high-degree-of-contact shaping with minimal deviation. The machine achieves ultra-fine forming precision, with a minimum fillet radius as small as 0.01 mm, ideal for intricate micro-drill geometries. Its robust construction and automated operation ensure stable performance, high throughput, and consistent results – perfect for both prototype development and mass production environments. Whether shaping standard or custom profiles, the DTXZ5100 sets a new benchmark in abrasive wheel forming technology.
PVD magnetic filtered arc equipment
Feature:
The DTVC3210 PVD Magnetic Filtered Arc Coating System is a high-performance vacuum deposition solution engineered to deliver ultra-clean, high-precision coatings with exceptional surface quality. Designed for applications demanding high hardness, superior lubrication, and outstanding surface cleanliness, this advanced equipment specializes in depositing tetrahedral amorphous carbon (ta-C) coatings – known for their diamond-like properties and excellent wear resistance. The magnetic filtering technology effectively removes macroparticles during the arc process, ensuring a smooth, defect-free coating layer ideal for precision components in cutting tools, optical devices, and high-tech manufacturing. With its state-of-the-art vacuum chamber design and intelligent control system, the DTVC3210 enables consistent, repeatable coating performance across a wide range of substrates – including steel, hard alloys, ceramics, and polymers. It is widely used in industries such as cutting tools, automated parts, daily consumer goods, and optical components, where durability, low friction, and aesthetic finish are critical. Whether enhancing tool life, improving surface functionality, or protecting sensitive components, the DTVC3210 provides a reliable, high-efficiency solution for next-generation surface engineering needs.
CVD Hot Filament coating machine
Feature:
The DTVC4100 CVD Hot Filament Diamond Coating Machine is a high-performance chemical vapor deposition (CVD) system designed to apply ultra-hard, wear-resistant diamond coatings on challenging materials such as ceramic, graphite, and other high abrasion-resistant substrates. Engineered for precision applications where extreme durability and low friction are essential, this machine delivers super-hard, lubricated diamond coatings with outstanding thermal stability and chemical inertness. It is ideal for enhancing tool life, reducing wear, and improving performance in demanding industrial environments – particularly in mold & die, electronics, medical, and 3C manufacturing. The DTVC4100 supports a range of advanced coating types, including nanocrystalline (NC), microcrystalline (MC), and multilayer diamond coatings, enabling customized solutions for specific application needs. With its precise temperature control, uniform gas distribution, and stable filament heating system, the machine ensures consistent coating quality, high adhesion, and excellent surface finish. Applications include ceramic molds, graphite electrodes, ceramic PCBs, 3C components, and dental molds, where hardness, thermal conductivity, and anti-wear properties are critical. The DTVC4100 provides a reliable, scalable solution for next-generation surface engineering in high-tech industries.
ACT6
Feature:
The ACT6 PVD Multi-Arc Ion Coating System is a high-efficiency, compact coating solution designed for industrial-scale surface engineering applications. Engineered to deliver superior wear resistance, hardness, and corrosion protection, this advanced equipment enables rapid deposition of high-performance coatings such as TiAlN, AlCrN, TiSiN, and AlCr-based alloys on cutting tools, molds, metalized components, and precision parts. With a minimum cycle time of just 5 hours per furnace, the ACT6 maximizes production throughput, making it ideal for high-volume manufacturing environments across automotive, aerospace, mold & die, and tooling industries. Designed with practicality and efficiency in mind, the ACT6 offers exceptional ease of maintenance, allowing complete disassembly and servicing within 30 minutes – significantly reducing downtime and operational costs. Its compact footprint and optimized design provide an excellent cost-performance balance, combining robust performance with economic scalability. Whether enhancing tool life, improving surface durability, or enabling functional surface modification, the ACT6 delivers reliable, consistent coating results with minimal environmental impact. This versatile system is a smart choice for manufacturers seeking high-quality PVD solutions without compromising on efficiency or budget.
Automatic image measuring instrument
Feature:
The DTMS1100 Automatic Image Measuring Instrument is a high-precision, automated optical measurement system designed specifically for quality control in the manufacturing of drilling needles used in PCB (printed circuit board) production. As most PCB holes are drilled using precision drill bits, ensuring dimensional accuracy before grooving and forming is critical. The DTMS1100 automatically inspects key geometric parameters – including diameter, angle, slope, concentricity, and other appearance dimensions – of round rods or “round bars” for ST/MD/Sc/SD/uc specifications prior to tool shaping. This ensures every drill needle meets strict tolerance requirements before entering the next stage of processing. Equipped with advanced image recognition software and a stable optical measurement platform, the DTMS1100 delivers fast, repeatable, and highly accurate results with minimal human intervention. Its user-friendly interface enables quick setup and data analysis, while integrated automation supports high-throughput inspection in mass production environments. By detecting deviations early in the process, the DTMS1100 helps reduce scrap rates, improve tool consistency, and enhance overall manufacturing efficiency. Ideal for manufacturers of micro-drills, precision tools, and electronic components, this instrument is a vital solution for achieving consistent quality in high-precision machining applications.
Drill Bit Defect Automatic Measuring Instrument
Feature:
The DTVM1100 Drill Bit Defect Automatic Measuring Instrument is an intelligent, fully automated inspection system designed specifically for detecting surface defects on carbide drill bits used in the PCB manufacturing industry. It precisely identifies flaws on critical areas such as the edge face, side surface, and core inclination, ensuring high-quality tooling before use. This advanced equipment integrates a robotic manipulator for automatic material handling, enabling seamless loading, unloading, and cleaning – all while supporting coordinated multi-station production. By combining automation with high-resolution optical detection, the DTVM1100 significantly improves inspection efficiency, reduces human error, and enhances overall process reliability. Powered by custom-developed software built using Microsoft C# programming language, the system features a simple, intuitive user interface that ensures ease of operation and fast learning curve. The entire machine operates under industrial computer control, integrating motion control cards and motor-driven mechanical systems for precise and repeatable performance. Its software enables full automation of the defect detection workflow or allows individual axis control for customized inspection steps. With its robust design, high accuracy, and smart automation capabilities, the DTVM1100 is an essential solution for manufacturers seeking to maintain consistent quality and reduce scrap rates in high-volume drill bit production.
Grinding Machine Series
Feature:
The UCAN Grinding Machine Series is a fully automated solution designed for high-precision milling and defect detection of hard-alloy micro-drill flanks. Engineered to meet the demanding requirements of precision tool manufacturing, this system enables continuous, uninterrupted production through multi-station simultaneous operation and automatic material handling via an integrated robotic manipulator. By combining advanced grinding technology with intelligent automation, it significantly improves production efficiency, reduces labor costs, and ensures consistent quality across every micro-drill produced – ideal for high-volume applications in PCB, electronics, and medical device industries. Powered by an industrial computer with motion control card integration, the machine delivers precise, repeatable performance with servo-driven axes and high-accuracy components from global brands, achieving positioning accuracy as fine as 0.001 mm. The custom-developed software supports full automation – including automatic feeding, blanking, cleaning, ring depth correction, and defective product recovery – while enabling real-time monitoring and data analysis. It performs comprehensive 8-image inspection for defects such as OD variation, fillets, notches, overcuts, big/small ends, long/short sides, poor cutter shape, insufficient milling, and more. With support for Excel and SPC data export, the system enables statistical process control and quality traceability, making it a smart, scalable choice for modern, high-precision manufacturing environments.
Intelligent bin robot storage system
Feature:
The Intelligent Bin Robot Storage System is a next-generation automated warehousing solution designed to optimize high-density storage and rapid order fulfillment for businesses managing vast inventories. Built around the “goods-to-person” (GTP) concept, this system enables efficient 3D space utilization through compact, vertical rack structures that support dense bin storage. It seamlessly integrates bin-picking robots, hoists, conveyor lines, intelligent picking stations, and modular shelving to deliver fast, accurate, and scalable logistics operations – perfect for industries handling high-volume, multi-SKU inventory such as electronics, medical devices, and precision manufacturing. This intelligent system supports parallel, high-speed in/out storage, automatic conveying to operators, and both manual and fully automated picking processes, dramatically increasing picking efficiency and reducing labor costs. With its integrated control software and real-time inventory tracking, it ensures precise order accuracy and streamlined workflow management. By combining high-density storage, automated retrieval, and smart logistics coordination, the system maximizes space utilization while meeting the demands of rapid order processing in modern smart factories and distribution centers. Whether scaling up production or optimizing supply chain logistics, this intelligent storage solution delivers unmatched flexibility, reliability, and operational efficiency.
Intelligent aisle stacker storage system
Feature:
The Intelligent Aisle Stacker Storage System is a high-performance automated warehousing solution engineered to revolutionize logistics efficiency across diverse industries. Leveraging advanced technologies such as RFID/barcode recognition, wireless network communication, and integrated information systems, this system enables automated data capture, real-time inventory tracking, intelligent identification, first-in-first-out (FIFO) management, early warning alerts, and comprehensive log management. Designed with deep industry expertise in logistics and supply chain operations, it offers tailored solutions for sectors including circuit boards, new energy, lithium batteries, automotive, optical communication, power, papermaking, building materials, cold chain, pharmaceuticals, and food – proven in real-world applications and trusted by leading enterprises. This system embodies the core philosophy of “Good, Fast, Many, Light, Economical” – delivering high-quality automation, rapid throughput, massive storage capacity, lightweight modular design, and cost-effective operation. The aisle stacker crane efficiently handles inbound/outbound operations, stocktaking, relocation, and dynamic inventory management – all while minimizing labor costs and maximizing warehouse utilization. With its intelligent control software and scalable architecture, it enhances storage efficiency, reduces operational complexity, and elevates warehouse intelligence to a new level. Whether upgrading existing facilities or building smart factories, this system provides a future-ready, reliable, and sustainable logistics backbone.
Intelligent drill bit warehouse
Feature:
The DTHM4000 Intelligent Drill Bit Warehouse is a fully automated, smart manufacturing solution designed to revolutionize the production, management, and lifecycle tracking of high-precision drill bits. This integrated system leverages QR code technology throughout the entire process – from coding and warehousing to sorting, matching, withdrawal, grinding, and storage line operations – enabling seamless digital traceability for every single drill bit. By embedding a 1.0×1.0 mm QR code on the tail of each drill needle, the system achieves full-process automation: automatic coding, no heavy-code prevention, intelligent detection, information binding, and real-time quality control. This ensures consistent performance, reduces human error, and eliminates manual handling risks such as broken or misplaced tools. Powered by an industrial computer and motion control card system, the DTHM4000 delivers high-efficiency, low-risk production with minimal downtime. The system supports laser marking (optical fiber) for precise QR encoding and is compatible with SMEMA interface standards, enabling integration into existing factory automation networks. Its streamlined workflow – coding → warehousing → sorting → matching → withdrawal → grinding → storage line operation – ensures smooth, continuous production while enhancing safety and traceability. With automated storage, intelligent allocation, and real-time data monitoring, the DTHM4000 transforms traditional tool management into a smart, connected, and highly productive ecosystem – delivering tangible gains in throughput, quality, and operational efficiency.
All-in-One drill bit handling machine
Feature:
The DTHM6000 All-in-One Drill Bit Handling Machine is an intelligent automation solution designed to replace traditional manual operations in drill bit management, significantly enhancing efficiency and accuracy in high-volume manufacturing environments. This compact, integrated system supports drill bits ranging from Φ0.1mm to Φ6.5mm, enabling automated processes such as information binding, storage, sorting, matching, withdrawal, and distribution. By combining advanced robotics, visual inspection, and smart control systems, it ensures precise, repeatable handling of multiple batches and models – ideal for PCB, electronics, and precision tooling industries. The machine is equipped with an intelligent storage system that enables seamless multi-model, multi-batch operation, delivering consistent performance across diverse production demands. Engineered for high-speed, error-free operation, the DTHM6000 features a short needle-matching stroke for rapid processing, a built-in scanning gun to verify drill bit specifications, and a visual system that automatically detects QR codes on material boxes – providing double-check validation to prevent misfeeding or errors. Its high-visualization interface displays real-time operational status, drill counts, and loading/unloading prompts, ensuring full transparency and ease of monitoring. Controlled by an industrial computer, software, and PLC system, the machine includes a touchscreen + button panel for intuitive operation and is fully compatible with SMEMA interface standards for seamless integration into existing production lines. With its fast sorting speed, accurate access, high detection accuracy, and labor-saving efficiency, the DTHM6000 exemplifies how “High efficiency and intelligence contribute to productivity” – delivering smarter, safer, and more scalable drill bit handling.
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