NewBee Machinery is a professional machinery parts manufacturer providing high quality precision bearings, high-quality non-standard transmission components, and intelligent CNC equipment and more.
NewBee Machinery is a professional machinery parts manufacturer providing high quality precision bearings, high-quality non-standard transmission components, and intelligent CNC equipment and more.
Professional CNC Machinery refers to industrial equipment that adopts Computer Numerical Control (CNC) technology. It features high precision and high automation, and is commonly used for the precision Machinery of complex parts. It integrates mechanical engineering, computer programming, and automation technologies, and is suitable for manufacturing fields with extremely high requirements for efficiency and precision.
CNC movable beam double-column vertical lathe, developed by Luoyang Newbee Transmission, integrates international advanced design concepts. Equipped with the Siemens 808D CNC system and high-precision components, it ensures high-stability machining u......
CNC single - column vertical lathe, developed by Luoyang Newbee Transmission, adopts CAD - optimized design and advanced functional components at home and abroad. It features high rigidity, high stability, and a long service life. Its modular configu......
CNC movable beam double-column vertical lathe, developed by Luoyang Newbee Transmission, integrates international advanced design concepts. Equipped with the Siemens 808D CNC system and high-precision components, it ensures high-stability machining u......
moving column gantry machining center is independently developed by Luoyang Newbee Transmission. It uses an HT300 high - strength cast iron bed and modular functional components, and is equipped with a Siemens 828D CNC system and imported spindle uni......
The moving table gantry machining center is independently developed by Luoyang Newbee Transmission. It uses an HT300 high - strength cast iron bed and modular functional components, and is equipped with a Siemens 828D CNC system and imported spindle ......
The horizontal dual-spindle CNC deep-hole drilling machine is developed by Luoyang Newbee Transmission. It adopts a modular design and a high-rigidity cast-iron structure, and is equipped with the Siemens 828D CNC system and imported functional compo......
The dual spindle flange - specific high - speed CNC drilling machine is developed by Luoyang Newbee Transmission. It adopts a dual - station independent power head design, is equipped with a PLC CNC system and high - pressure cooling technology, and ......
The worktable - mobile high - speed CNC flat drilling machine is developed by Luoyang Newbee Transmission. It adopts advanced international design concepts and high - precision components, and is equipped with the Siemens 808D CNC system to achieve h......
The XWFD series gantry - mobile high - speed CNC flat drilling machine is developed by Luoyang Newbee Transmission. It adopts a high - rigidity cast - iron structure and precision linear guides, and is equipped with the Siemens 808D CNC system to ach......
The XLMZ series gantry - mobile high - speed CNC flat drilling machine is developed by Luoyang Newbee Transmission. It adopts advanced international design concepts and high - precision components, and is equipped with the Siemens 828D CNC system to ......
Custom Design Solutions: We are proficient in creating CNC machinery and components according to your unique specifications. Our team utilizes advanced CAD/CAM software to generate high - precision 3D models and prototypes.
Application - Specific Designs: Whether your needs involve multi - axis machining, high - speed cutting, or specialized tooling, we can design applicable solutions for industries such as automotive, aerospace, medical, and electronics.
Collaborative Approach: We work closely with your team, deeply understand your needs, and incorporate your feedback throughout the design process.
Innovation and R & D: Our professional R & D team continuously explores new technologies and materials to provide cutting - edge design solutions.
Advanced Facilities: Our manufacturing facilities are equipped with advanced CNC machinery, including 3 - axis, 4 - axis, and 5 - axis machining centers.
Material Expertise: We are well - versed in handling a variety of materials, such as metals (aluminum, steel, titanium), plastics, and composites.
Automation and Robotics: We integrate automation and robotics technologies to improve production efficiency and maintain consistency.
Precision Machining: We maintain extremely tight tolerances (e.g., ±0.001 mm) to ensure the highest level of accuracy.
Quality Assurance Processes: Our quality control team conducts rigorous inspections at every stage of production, from raw materials to the final finished products.
Testing and Validation: We use advanced testing equipment to validate the performance and durability of our CNC machinery and components.
Global Supply Chain Management: We have extensive experience in managing international freight and handling customs clearance procedures.
Efficient Logistics Network: We cooperate with reliable freight suppliers to ensure the timely delivery of your orders.
Inventory Management: We maintain an organized inventory system to shorten lead times and ensure the availability of critical components.
After - Sales Support: We provide comprehensive support, including the delivery of spare parts and technical assistance, to minimize downtime.
1.Customer Needs Analysis
Objective: Precisely define customer needs, covering key elements such as machine specifications, applicable materials, and delivery time schedules.
Output: A detailed requirements confirmation document.
2.Design & Engineering
Objective: Use computer - aided design (CAD)/computer - aided engineering (CAE) software to build 3D models and conduct simulations, aiming to deeply optimize the machine design.
Output: Precise 3D models and professional engineering drawings.
3.Manufacturing & Machining
Objective: Use CNC machines to perform high - precision machining on machine components, effectively ensuring that the components meet the design specifications.
Output: Processed components that meet the standards.
4.Quality Control & Inspection
Objective: Use precision measuring tools to carry out comprehensive dimensional and functional tests to ensure that the components meet the established quality standards.
Output: A standardized quality inspection report.
5.Assembly
Objective: Assemble machine components in an orderly manner, effectively integrate the CNC system and control devices, and conduct comprehensive functional tests.
Output: A fully assembled and functional machine.
6.Installation and Debugging of Electrical and PLC Control Devices
Objective: Properly install electrical wiring and programmable logic controller (PLC) control devices, and conduct detailed debugging of the system to ensure the normal operation of the system.
Output: Installed and debugged electrical and PLC control systems.
7.Surface Treatment
Objective: Implement surface treatment processes such as polishing, electroplating, and heat treatment to significantly improve the durability and appearance quality of machine components.
Output: Machine components with high - quality surface treatment.
8.Packaging & Logistics
Objective: Properly and safely package the machine and reasonably arrange transportation matters to ensure the safe delivery of the machine.
Output: A well - packaged machine and detailed transportation information.
9.Final Delivery
Objective: Deliver the machine to the customer strictly according to the scheduled time. - Output: A machine successfully delivered to the customer.
10.Customer Training & Support
Objective: Provide systematic machine operation training for customers and continuously provide technical support.
Output: Customers who are proficient in operation and complete support documentation.
11.Project Review and Documentation
Objective: Deeply analyze project performance and comprehensively record the experiences and lessons in the project process.
Output: A comprehensive and in - depth project review report.
12.Continuous Improvement
Objective: Continuously optimize processes and continuously improve product quality and production efficiency.
Output: More perfect processes and higher - standard quality specifications.
For machining large structural components, engine parts, and landing gear.
For producing molds, dies, and large automotive parts.
For machining wind turbine components, power generation equipment, and large gears.
For precision machining of defense equipment and components.
CNC Machinery Advantages
1. High Precision and Stability
Equipped with a high - rigidity structure, precision guides, and servo systems, the positioning accuracy can reach the micron level, meeting the needs of industries with strict tolerance requirements such as aerospace and medical devices.
2. Powerful Machinery Capability
Supports multiple processes such as milling, turning, drilling, and grinding. Some models are equipped with multi-axis linkage functions, enabling the integrated processing of complex curved surfaces or irregularly shaped parts.
3.High - level Automation and Intelligence
Equipped with an automatic tool change system (ATC), a workpiece pallet exchange device, and an online detection system, it can realize unmanned production. Some models integrate AI algorithms and can optimize processing parameters in real - time or predict tool wear.
4.Wide Material Adaptability
Can process various materials such as metals, composite materials, plastics, and ceramics, meeting the needs of different industries.
5.Software Compatibility:
Can cooperate with mainstream CAM/CAD software such as Mastercam and SolidWorks to achieve a smooth connection from design to processing.
Service abilities
1. Comprehensive Technical Training
(1) We offer tailored training programs for operators, programmers, and maintenance personnel to ensure they can fully utilize the capabilities of our CNC machinery.
(2) Training covers machine operation, programming, troubleshooting, and preventive maintenance.
2. Rapid Response and Problem Resolution
(1) Our dedicated support team is available 24/7 to address any technical issues or emergencies.
(2) With a global network of service engineers, we ensure quick on - site assistance to minimize downtime.
3. Global Service Coverage
(1) No matter where your operations are located, our worldwide service network ensures timely and efficient support.
(2) We have a comprehensive service framework to meet the service needs of different regions.
4.Genuine Spare Parts Supply
(1) We maintain a comprehensive inventory of genuine spare parts to ensure the reliability and performance of your machinery.
(2) Our logistics system guarantees fast delivery of parts to your facility.
5.Regular Preventive Maintenance
(1) Our proactive maintenance programs are designed to keep your equipment running at peak efficiency.
(2) Scheduled inspections, lubrication, and calibration help prevent unexpected breakdowns and extend the lifespan of your machinery.
6.Technology Upgrade Services
(1) Stay ahead of the competition with our technology upgrade solutions, which include software updates, hardware enhancements, and integration of the latest CNC innovations. (2) We work with you to ensure your equipment evolves with industry advancements.
Types of CNC Machinery?
1.CNC Machining Centers
Vertical Machining Center (VMC)
(1) The spindle is perpendicular to the worktable. It is suitable for processing small - to - medium - sized parts, such as molds, boxes, and plate - type parts.
(2) Applications: Precision milling, drilling, tapping, etc.
Horizontal Machining Center (HMC)
(1) The spindle is horizontally placed. It is suitable for processing large or heavy parts, such as automotive engine blocks and aerospace structural components.
(2) Advantage: Chips are easy to discharge, making it suitable for mass production.
5 - Axis Machining Center
(1) It can machine complex curved surfaces (such as impellers, aerospace blades, and medical implants) through multi - axis linkage (X/Y/Z + two rotary axes).
(2) Feature: Reduces the number of clamping times, improving accuracy and efficiency.
2.CNC Lathes
Standard CNC Turning Center
(1) It is used for turning, boring, and grooving of rotationally symmetric parts, such as shafts, discs, and threaded parts.
(2) Applications: Automotive drive shafts, valve parts.
Turning - Milling Compound Center
(1) It integrates turning and milling functions, enabling multi - process machining (such as eccentric holes and spiral grooves) on a single device.
(2) Advantage: Reduces workpiece turnover and improves processing efficiency.
3.CNC Milling Machines
It is mainly used for milling of planes, contours, and three - dimensional curved surfaces.
Types:
(1) Vertical/Horizontal CNC Milling Machines: Suitable for cutting requirements in different directions.
(2) Gantry Milling Machine: Suitable for extra - large workpieces, such as wind turbine blade molds and ship components.
1. CNC Grinding Machines
It is used for high - precision surface processing, especially for hard and brittle materials like quenched steel and ceramics.
Types:
(1) Cylindrical Grinder: Processes the outer diameter and end face of shaft - type parts.
(2) Internal Grinder: Processes the inner wall of hole - type parts.
(3) Surface Grinder: Performs precision plane processing, such as mold plates.
2. Specialized CNC Machines
CNC Laser Cutting Machine
It uses high - energy laser to cut metals, plastics, or composite materials, and is suitable for complex thin - plate parts, such as sheet metal parts and decorative parts.
CNC EDM (Electrical Discharge Machining)
（1） It processes conductive hard materials (such as precision molds and turbine blade film holes) through electrical discharge erosion.
(2)Types: Wire EDM (Wire Electrical Discharge Machining), Sinker EDM (Die - Sinking Electrical Discharge Machining).
CNC Waterjet Cutter
It uses ultra - high - pressure water jets (with or without abrasive) to cut metals, stones, and composite materials without thermal deformation.
CNC Punching Machine
It is used for punching and forming of metal sheets and is commonly seen in the manufacturing of chassis and power distribution cabinets.
3. Other Types
CNC Press Brake
It is used for precise bending and forming of metal sheets.
NewBee Machinery provides high quality shaft, bearing, gears, CNC machines and other customized mining machinery.
NewBee Machinery has 20 years’ experience in customize machinery parts.
Professional and effective research and design team
We have advanced large CNC centner and processing equipment.
NewBee Machinery provides cost effective products for global customers.
If you are looking for customized machinery parts, precision bearings or CNC Machinery, feel free to contact us and our team will reply within 48 hours.
