CNC metal machining services for clients from Gdansk
The easiest way to obtain custom-made parts
CNC Partner specializes in comprehensive metal machining for companies from Gdansk and the entire Pomeranian Voivodeship. The company has a modern machine park that enables the execution of the most demanding industrial projects. Advanced numerical control technologies allow for achieving exceptional precision in the production of metal components.
An experienced team of CNC machine operators ensures the highest quality of services provided. The machine park includes milling and turning machining centers equipped with control systems that guarantee dimensional accuracy of the produced components. Every project is carried out according to the client’s technical documentation while maintaining strict quality standards.
CNC milling services
CNC Milling is one of the fundamental machining methods used by CNC Partner. The process involves the rotational movement of the milling cutter, which, when moved across the surface of the material being machined, removes unnecessary layers. This method allows for precise shaping of flat surfaces as well as components with complex geometric forms.
Milling technology enables the production of parts in various shapes and sizes. Milling centers with a fourth axis expand the capabilities for shaping intricate geometries. The method is effective for creating threads, grooves, gears, and other components requiring high precision.
Multi-point cutters used in the process ensure even material removal from the surface of the workpiece. Advanced control systems allow programming of complex tool paths, enabling the execution of even the most demanding projects.
Features of CNC milling:
- Dimensional precision achieving micrometer tolerances
- Capability to machine flat and contoured surfaces
- Use of multi-point cutting tools
- Flexibility in programming machining paths
- Constant tool contact with material during the process
- Production of parts with complex geometries
- Optimal surface quality of finished parts
CNC milling is widely applied in the machinery, automotive, and aerospace industries. The method enables economical production of both single parts and entire production series.
CNC Milling Machines 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 turning services
CNC Turning is a machining method that involves rotating the workpiece while simultaneously moving the cutting tool in a feed motion. CNC Partner operates modern turning centers equipped with numerical control systems. This process allows shaping parts into cylindrical or conical forms while maintaining high dimensional accuracy.
CNC Turning Centers used by the company enable machining of various metal materials. Single-point cutting tools used in turning ensure smooth material removal from the surface of the workpiece. The method is characterized by continuous contact between the tool and the workpiece, guaranteeing uniform surface quality.
CNC machines with chucks and powered tools expand machining capabilities. The technology allows simultaneous turning and milling operations in one setup. Advanced control systems enable execution of complex machining operations while maintaining dimensional repeatability.
Features of CNC Turning:
- Machining of cylindrical, conical, and spherical surfaces
- Use of single-point cutting tools SPTT
- Continuous contact between the tool and the machined material
- Production of axially symmetric shaped parts
- Capability for internal and external machining
- High dimensional repeatability of produced parts
- Cost-effective production of parts in small and large series
CNC turning is a fundamental method for producing machine components, shafts, bushings, and other cylindrical parts. The process is characterized by high efficiency and precision.
CNC Turning Machines park
HAAS SL-30THE
Year: 2008
Through: fi 76, max turning diameter fi 482, max turning length 864
Driven tools including angle heads.
CNC grinding services
CNC Grinding is an advanced finishing machining method used by CNC Partner to achieve exceptional dimensional accuracy. The process involves using rotating abrasive tools to gradually remove small amounts of material. This technology allows for the elimination of surface irregularities and the production of parts with very low roughness.
CNC grinders used by the company enable machining of parts with complex geometric shapes. The method is effective for finishing both flat and round surfaces, ensuring perfect dimensional fit. Grinding often serves as the final stage in machining parts that require the highest surface quality.
The dielectric used during grinding cools the machining zone and removes byproducts generated during the process. Precise control of machining parameters allows for achieving surfaces with the required roughness and hardness. The method eliminates micro-damages caused in previous machining stages, improving the tribological properties of the parts.
Features of CNC grinding:
- Exceptional surface quality and dimensional accuracy
- Elimination of micro-damages from previous machining stages
- Capability to machine materials with high hardness
- Achievement of very low surface roughness
- Improvement of tribological properties of parts
- Precise control of process parameters
- Use as a finishing machining method
CNC grinding is applied in the aerospace, automotive, and medical industries where the highest manufacturing precision is required. The method is an indispensable part of producing critical components.
CNC Grinding Machines park
+JUNG
Work area: 2000 x 1000
Wire EDM services
Wire Electrical Discharge Machining (WEDM) is an advanced technology offered by CNC Partner that uses a thin metal wire as the working electrode. The process involves generating controlled electrical discharges between the wire and the workpiece. The spark energy melts and vaporizes the material, creating a precise cutting gap.
The metal wire, most commonly made of brass or copper, moves in a controlled manner through the CNC system. A dielectric in the form of deionized water cools the machining zone and removes byproducts generated during the process. This method allows cutting sheets up to 300 mm thick while maintaining the highest precision.
WEDM technology is effective when machining materials that are difficult to cut using conventional methods. The absence of mechanical forces eliminates the risk of deforming thin and delicate parts. Wire electrical discharge machining is used in toolmaking, die production, and hard metal punch manufacturing.
Features of wire electrical discharge machining (WEDM):
- Exceptional cutting precision with micrometer tolerance
- No mechanical force impact on the workpiece
- Capability to machine materials with high hardness
- Minimal material loss during the cutting process
- Ability to produce complex contours and patterns
- Very smooth cut surface below Ra = 0.2 µm
- Machining of superalloys, conductive ceramics, and titanium
Wire electrical discharge machining (WEDM) enables economical production of tools and components with the most demanding shapes. The technology is an ideal solution for the tooling and precision industries.
Wire Electrical Discharge Machining WEDM Machines park
+GF+ CUT 300SP
Year: 2016
Work area: 550 x 350 x 400
+GF+ CUT 300SP
Year: 2016
Work area: 550 x 350 x 400
CNC Partner company
CNC Partner is a professional machining company based in Bydgoszcz, providing comprehensive services for clients from Gdańsk and the entire Pomeranian Voivodeship. Thanks to its strategic location and well-developed logistics network, the company ensures fast order fulfillment regardless of the delivery destination. The modern machine park includes state-of-the-art machining centers, lathes, grinders, and EDM machines.
The company regularly upgrades its equipment to keep pace with the latest technological trends in the metalworking industry. The experienced team of operators and management guarantees a professional approach to every order. CNC Partner serves both domestic clients and those from European Union countries, offering flexible production solutions.
The company offers particularly attractive cooperation terms:
- Order quotations are prepared within 2 to 48 hours
- Order completion time ranges from 3 to 45 days
- Fast and secure delivery of completed orders to clients in Poland and the European Union
Many years of experience in the machining industry enable the company to meet the most demanding orders. CNC Partner focuses on service quality, use of modern technologies, and an individual approach to each client’s needs.
Fast Order Fulfillment
CNC Partner stands out from the competition with fast order fulfillment times and a flexible approach to customer requirements. Quotes are prepared within 2 to 48 hours, allowing clients to quickly plan their production processes. A professional technical team analyzes each order in terms of technical feasibility and optimal machining methods.
An advanced machine park enables simultaneous execution of multiple projects without compromising quality. Production control systems allow precise planning of operation sequences and optimization of machine utilization. Order fulfillment times ranging from 3 to 45 days ensure timely deliveries while maintaining the highest quality standards.
Fast and Secure Delivery of Completed Orders to Customers in Poland and the European Union
All orders at CNC Partner are shipped, guaranteeing fast delivery of products to customers throughout Poland and European Union countries. The company collaborates with reputable logistics firms that ensure safe transport of finished components. For larger contracts, CNC Partner delivers components using its own transport directly to the client’s premises.
Delivery time within Poland does not exceed 48 hours, enabling on-time fulfillment even for urgent orders. All shipments are properly secured against mechanical damage and weather conditions. The company also offers real-time shipment tracking, providing full transparency throughout the delivery process.
Comprehensive Service for Various Industrial Sectors
CNC Partner provides services for a wide range of industrial sectors, adapting machining technologies to the specific requirements of each industry. The company fulfills orders for the machinery, automotive, aerospace, and medical industries. Each sector imposes different quality and technological demands that CNC Partner effectively meets thanks to modern production capabilities.
Experience in handling diverse projects allows the company to offer optimal technical solutions. CNC Partner engineers collaborate with clients during the design phase, proposing structural improvements that can reduce production costs. The company also has capabilities for repairing and upgrading existing parts and components.
Quality Control and Process Certification
CNC Partner’s quality management system is based on rigorous control procedures applied at every stage of production. Each part undergoes detailed dimensional inspection using precision measuring instruments. Quality control laboratories are equipped with state-of-the-art metrology devices that enable verification of even the most demanding tolerances.
The company strives to obtain certification in compliance with international quality standards. All production processes are documented and monitored to ensure repeatability of results. CNC Partner invests in employee training, enhancing their qualifications and quality awareness. Continuous process improvement allows offering services at the highest technical level.
FAQ: Questions and Answers
Modern CNC machines enable achieving exceptionally precise dimensional tolerances reaching ±0.002 mm in standard machining processes. Numerical control systems allow maintaining repeatable accuracy at the micrometer level, which is crucial for manufacturing components requiring the highest precision. Machining centers equipped with advanced measurement systems can execute projects with IT5-IT6 tolerances, which are essential in the aerospace, medical, and automotive industries.
Achieving such high accuracy requires proper preparation of the technological process, use of high-quality tools, and constant monitoring of machining parameters. Error compensation systems and automatic tool corrections ensure dimensional stability throughout the entire production cycle.
Stainless steels are the most versatile material for CNC machining due to their excellent corrosion resistance and high mechanical strength. Aluminum alloys are characterized by exceptional machinability and a favorable strength-to-weight ratio, making them an ideal choice for the aerospace and automotive industries. Brass stands out for its ease of machining and low production costs, especially for parts with complex shapes.
Copper alloys offer excellent thermal and electrical conductivity, making them suitable for electronic components. Titanium features the highest strength-to-weight ratio among all structural metals but requires specialized cutting tools. The choice of material should consider operational requirements and specific physical properties needed for the given application.
Quality control in CNC machining begins with precise planning of the technological process and defining dimensional requirements according to the technical specification. Statistical Process Control (SPC) systems monitor machining parameters in real time, enabling immediate detection of deviations from specified tolerances. Advanced measurement systems, including coordinate measuring machines and laser scanners, verify the dimensional accuracy of each part.
Regular in-process and final inspections allow for the identification of potential issues before the production process is completed. Quality control documentation includes measurement certificates and compliance reports with industry standards. Continuous process improvement is based on the analysis of measurement data and the implementation of corrective actions.
CNC milling provides exceptional dimensional repeatability and the ability to create complex 3D geometries that are impossible to achieve with conventional methods. Automation of the process eliminates human errors and significantly reduces production time while simultaneously improving surface quality. Numerical control allows precise tool positioning with accuracy up to thousandths of a millimeter.
The flexibility of programming enables quick machine changeovers between different projects without the need for time-consuming retooling. The capability to machine on multiple axes simultaneously reduces the number of setups and eliminates positioning errors. Modern milling centers operate in unattended mode, increasing productivity and allowing machine operation outside of standard working hours.
CNC turning specializes in machining rotationally symmetrical parts, such as shafts, bushings, flanges, and threaded connections, where the workpiece performs a rotational movement. This process is characterized by the highest efficiency in producing cylindrical and tapered components of considerable length. CNC lathes enable complete machining of the part in a single setup, ensuring the highest concentricity and straightness of the axis.
CNC milling is used for parts with irregular shapes, surfaces, and complex spatial geometries. This technology allows for machining pockets, grooves, shaped surfaces, and components with intricate contours. Multi-axis milling centers perform operations impossible on lathes, such as machining inclined surfaces and asymmetric parts.
Wire EDM (Electrical Discharge Machining) allows for machining materials of any hardness, including steels hardened above 60 HRC, which are difficult or impossible to process using conventional methods. The non-contact process eliminates cutting forces, enabling the production of very thin walls and delicate components without the risk of deformation. This technology achieves dimensional tolerances of ±0.002 mm with excellent surface quality of Ra below 0.4 μm.
The ability to create complex internal and external shapes with sharp corners makes WEDM an indispensable method in the production of dies, injection molds, and cutting tools. The wire electrode enables the creation of slots only a few hundredths of a millimeter wide, which is impossible with traditional cutting tools. Precise straightness of the cut and the ability to machine parts with significant thickness are additional advantages of this technology.