Professional CNC Metalworking
The easiest way to obtain custom-made parts
CNC milling services
CNC Milling is a key element of modern manufacturing technology, offering extensive capabilities for machining various materials. The technology enables the production of precise parts used in many industries.
Advanced CNC machines allow the creation of complex shapes and designs with high accuracy. The flexibility and efficiency of CNC milling make it an indispensable component of contemporary manufacturing.
CNC machine park
+GF+ Mikron VCE 1600 Pro
Year: 2017
Working area: 1700 x 900 x 800
+GF+ Mikron VCE 800
Year: 2015
Working area: 800 x 500 x 540
AVIA VMC 800 V
Year: 2015
Working area: 1000 x 550 x 600
AVIA VMC 650 V
Year: 2018
Working area: 800 x 550 x 600
CNC Partner company
CNC PARTNER was established through the merger of two recognized companies in the metal industry. The company’s history is based on a long tradition of precision machining and the use of the latest CNC technologies. The production facility is located in Bydgoszcz.
The operational philosophy focuses on ensuring the highest quality workmanship while maintaining timely order fulfillment. The scope of specialization includes both single and series production of high-precision metal components. The use of advanced CAD/CAM systems enables the creation of parts with complex geometry from a variety of engineering materials.
- Order quotes are prepared within 2 to 48 hours
- Order completion time ranges from 3 to 45 days
- Fast and secure delivery of completed orders to customers in Poland and the European Union
The manufactured parts serve various economic sectors that demand the highest standards of workmanship. The aerospace, railway, automotive, electronics, medical, and industrial automation industries utilize precisely made metal components. Modern CNC machining centers and quality control systems guarantee compliance with strict technical requirements while maintaining competitive delivery times.
Why choose CNC Partner?
We will provide you with a quote for your request within 48 hours.
Our processing rates range from 35 EUR/h to 50 EUR/h.
We will contact you within 20 minutes of receiving your inquiry.
We guarantee the correct production of components according to the drawing.
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Professional CNC Metalworking
CNC Partner specializes in comprehensive metalworking using modern computer numerical control technologies. The company provides a wide range of manufacturing services for clients from Poland and the European Union. The advanced machine park enables the production of precise components with varying degrees of complexity.
Both single custom parts and mass production involving thousands of pieces are carried out. CNC technologies ensure high dimensional accuracy and repeatability of manufacturing processes. All services are provided according to the highest quality standards applied in the machinery industry.
Expert CNC Milling Services
CNC milling is one of the most important machining methods in industrial production. The process involves the rotary motion of a milling cutter, which, moving across the material surface, precisely removes unnecessary layers of metal. Modern CNC milling machines provide high surface quality and dimensional accuracy of produced parts.
The main advantages of CNC milling include the ability to machine flat surfaces, create complex geometric shapes, and achieve high dimensional precision.
The technology is effective for producing components with complex profiles:
- Machine bodies and housings
- Injection mold parts
- Precision mechanism components
- Automotive industry components
The milling process is characterized by versatility and the ability to machine various metal materials. Multi-point cutters allow efficient material removal while maintaining high surface quality. The CNC system guarantees process repeatability and compliance with technical documentation.
Expert CNC Turning Services
CNC turning is a chip-removal method used to shape parts into cylindrical or conical forms. The process involves rotating the workpiece while simultaneously moving a single-point cutting tool. This technology ensures high precision and smooth surface finish of machined parts.
The turning method is widely used in producing components with symmetrical shapes. CNC lathes enable operations with high dimensional accuracy and repeatability of manufacturing processes.
Typical applications of CNC turning include the following parts:
- Shafts and machine axles
- Bushings and sealing rings
- Threaded ends
- Hydraulic and pneumatic components
- Engine and gearbox components
Modern turning centers are equipped with automatic tool change systems and precise measurement units. Quality control is performed in real time, ensuring dimensional compliance with technical requirements. It is possible to turn both short and long shafts while maintaining tight dimensional tolerances.
Professional CNC Grinding Services
CNC grinding is a finishing machining method used to achieve surfaces with exceptional smoothness and dimensional precision. The process uses abrasive tools to gradually remove micro-layers of material. This technology eliminates surface irregularities created in previous mechanical machining stages.
CNC grinders are equipped with precise positioning systems and automatic compensation mechanisms for grinding wheel wear. Computer control allows for achieving very low surface roughness and high geometric shape accuracy.
The main benefits of CNC grinding include:
- Achieving surfaces with low roughness
- Elimination of micro-damages from previous operations
- Improvement of tribological properties of components
- Attaining strict dimensional tolerances
The grinding process is especially useful in precision industries where the highest quality standards are required. The method is effective for machining engine parts, bearings, measuring instruments, and medical components. Automation of the process ensures repeatability of results and eliminates the influence of human factors on quality.
Professional Wire EDM Services
Wire EDM (Electrical Discharge Machining) is an advanced metalworking technology that uses electrical discharges to precisely shape materials. The process involves eroding metal particles through electric sparks generated between the wire electrode and the workpiece. This method enables creating complex geometric shapes with exceptional accuracy.
WEDM machines can cut materials of varying hardness without applying mechanical forces to the workpiece. The wire electrode moves along a programmed trajectory, creating precise contours according to technical documentation.
Main applications of wire EDM include the following areas:
- Cutting dies and forming molds
- Injection mold components
- Parts with complex internal shapes
- Tooling industry components
- Parts requiring high dimensional precision
The WEDM technology allows machining hard-to-cut and hardened materials without compromising their mechanical properties. The process does not generate stresses in the machined material, preventing geometric distortions. Automatic control systems ensure consistent quality and repeatability of production processes regardless of the complexity of parts being made.
Fast Order Fulfillment
CNC Partner is characterized by a short turnaround time for production orders. Order quotes are prepared within 2 to 48 hours after receiving technical documentation. A flexible approach to production scheduling allows adapting deadlines to customer needs.
Order completion time ranges from 3 to 45 days depending on the complexity of the project and the size of the order. A modern machine park and optimized technological processes enable efficient execution of both single prototypes and mass production. Advanced production planning systems ensure adherence to agreed delivery deadlines.
Fast and secure delivery of completed orders to customers in Poland and the European Union
The CNC Partner delivery system serves customers throughout Poland and European Union countries. All orders are fulfilled through a shipping system, ensuring fast product delivery regardless of the recipient’s location. Delivery time within Poland does not exceed 48 hours from the completion of production.
Larger contracts are handled by the company’s own transport, which delivers components directly to customers’ premises. Professional packaging and shipment securing guarantee safe transport even for the most delicate components. Strategic location in Bydgoszcz and a developed logistics network enable efficient order handling across Europe.
Comprehensive service for industrial clients
CNC Partner cooperates with a wide range of clients representing various industry segments. The main customer group consists of manufacturing companies that outsource machining due to excess orders or lack of capability to perform specialized operations in-house. Design offices order prototypes necessary for implementing new technological lines at their clients’ facilities.
The company also serves enterprises providing CNC metal machining services that delegate surplus work or orders requiring specialized skills and equipment. An individual approach to each project and commitment to building long-term business relationships form the foundation of the company’s operations. Every order is analyzed in terms of optimal technological solutions and the most efficient execution methods.
Modern technologies and development
CNC Partner invests in the latest metal machining technologies and systematic modernization of its machine park. High-quality CNC machines such as milling machines, lathes, grinders, and EDM equipment guarantee precise machining and high quality of produced components. Regular equipment upgrades allow keeping pace with the latest trends in metalworking.
The company places special emphasis on staff development by organizing training sessions and courses to enhance employee qualifications. Continuous skill improvement enables meeting the most demanding orders and delivering products that meet the highest quality standards. The combination of many years of experience with a modern approach to CNC metalworking creates a solid foundation for long-term company growth and customer satisfaction.
FAQ: Questions and Answers
Professional CNC metalworking allows for machining a wide range of engineering materials. The most commonly processed are grades of structural steel, stainless steel, and tool steel with varying hardness levels. Aluminum is highly popular due to its excellent machinability and favorable strength-to-weight ratio.
Copper, brass, and bronze are used for components requiring good electrical properties or corrosion resistance. Technical plastics, such as polyethylene or polyamide, serve as alternatives to metals in applications that do not demand high mechanical strength. Each material has specific machining parameters and requires appropriate selection of cutting tools.
Standard CNC machining tolerances range from ±0.05 mm to ±0.02 mm, which is sufficient for most industrial applications. Precision machining enables tolerances between ±0.02 mm and ±0.01 mm, necessary for the production of precision mechanical components. The highest accuracy class, referred to as high precision, allows for tolerances between ±0.01 mm and ±0.005 mm.
Achieving tight tolerances requires the use of high-quality raw materials and an appropriate machining process. Environmental conditions, such as stable temperature and proper workpiece clamping, also play a crucial role. Dimensional inspection is carried out using precision measuring instruments that ensure compliance with technical requirements. Harder materials make it easier to achieve high precision than softer ones.
The main factors influencing the cost of CNC machining include the choice of material and the complexity of the design. Rarer materials such as titanium or Inconel alloys have higher raw material costs and require specialized cutting tools. Harder materials demand more time, effort, and resources to machine, increasing both material and tooling expenses.
Part complexity directly affects machining time and the need for specialized fixturing. Components with intricate geometry require advanced multi-axis machines and skilled operators, raising the overall cost of the process. Production batch size is also important, as fixed setup costs are distributed across all manufactured parts. Required dimensional tolerances and surface quality determine the selection of finishing processes, which can significantly impact the final cost.
The lead time for standard CNC machining orders ranges from 3 to 45 days, depending on project complexity. Simple, small parts can be completed within a few days, while complex components require longer production periods. Order quotations are prepared within 2 to 48 hours after receiving the technical documentation.
Delivery time is influenced by several key factors related to the production process. The geometric complexity of the part is a primary factor, as intricate shapes require more operations and cutting paths. The availability and performance of CNC machines in the facility are essential for meeting schedules. The type of machining process—turning, milling, or drilling—affects the total execution time. Programming for complex geometries, as well as additional finishing and inspection steps, also extend the lead time.
The aerospace industry requires components with the highest level of precision and absolute reliability. The automotive sector commissions the production of engine parts, gearboxes, and braking systems that demand strict dimensional tolerances. The railway industry needs durable parts for carriages, locomotives, and track infrastructure.
Precision electronics and the medical sector impose the most demanding requirements for surface quality and dimensional accuracy. Industrial automation uses precisely machined components for robots, manipulators, and control systems. The renewable energy sector orders parts for wind turbines, photovoltaic installations, and energy storage systems. Each industry has specific technical requirements that determine the selection of appropriate machining processes and construction materials.
Professional CNC machining services cover both single prototypes and serial production in quantities of thousands. Prototyping allows for design verification before mass production, significantly reducing the risk of design errors. Small-batch production is particularly common in industries that require specialized components.
The flexibility of CNC systems enables quick transitions between different projects without lengthy machine retooling. Programmable processes allow for precise replication of machining parameters for subsequent production runs. CAD/CAM systems streamline the preparation of control programs and optimize tool paths. Automatic tool changers reduce auxiliary times and boost overall production efficiency. Batch size influences unit cost optimization by spreading setup expenses across a larger number of parts.