CNC metal machining services for clients from Poznan
The easiest way to obtain custom-made parts
Modern CNC metalworking is the foundation of precise industrial manufacturing. CNC Partner specializes in comprehensive production of metal parts, utilizing advanced numerical control technologies. Automation of machining processes ensures the highest quality of workmanship while simultaneously reducing production time.
The production facility equipped with modern CNC machines enables the execution of orders with varying levels of complexity. The use of computer control eliminates human errors and guarantees perfect dimensional repeatability. Each component undergoes rigorous quality control before being delivered to the customer.
CNC milling services
CNC Milling is characterized by high precision in machining flat and three-dimensional surfaces. The machining process involves removing layers of material using a rotating cutting tool. The use of numerically controlled machines enables the creation of even the most complex shapes with micrometer accuracy.
CNC milling technology is applied in the production of machine components, structural elements, and prototypes. Advanced CAD/CAM software allows for optimization of tool paths and minimization of machining time. The flexibility of the process enables quick switching between different types of machining without the need to change tooling.
Modern CNC milling machines equipped with cooling systems and chip removal ensure stable machining conditions. The capability for simultaneous multi-axis machining significantly reduces production time for parts with complex geometry. Positioning accuracy reaches a level of a few micrometers, allowing for the manufacture of the most demanding components.
Features of CNC milling:
- High dimensional accuracy: positioning precision at the micrometer level ensures perfectly fitting parts
- Machining versatility: ability to produce flat surfaces, three-dimensional shapes, and complex contours
- Process automation: numerical control eliminates human errors and ensures repeatability
- Production flexibility: quick switching between different types of parts without retooling
- Material optimization: minimal raw material waste thanks to precise tool path planning
- Speed of execution: simultaneous multi-axis machining greatly shortens production time
Advanced CNC milling capabilities allow for project realization in a variety of structural materials. The use of specialized cutting tools enables machining both soft metals and hard-to-machine materials. Precise control of machining parameters guarantees optimal surface finish with minimal dimensional tolerances.
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 involves machining rotational surfaces using numerical control. The workpiece, set in rotational motion, is shaped by a cutting tool moving along a programmed trajectory. This technology enables the production of precise cylindrical, conical, and spherical components.
Modern CNC lathes equipped with turret tool heads allow simultaneous external and internal machining. The use of tools with coatings that enhance durability significantly extends the lifespan of cutting edges. Automatic tool changing enables continuous machine operation without downtime for retooling.
Precision CNC turning is particularly useful in manufacturing shafts, bushings, flanges, and other rotationally symmetric parts. The capability for simultaneous multi-tool machining greatly reduces production time for complex components. Control of all process parameters ensures perfect dimensional repeatability in mass production.
Features of CNC turning:
- Excellent surface quality: automatic feed and cutting speed control guarantees smooth finishing
- Dimensional accuracy: positioning control with micrometer precision ensures perfect part fitting
- Cost-effective production: minimal material waste and short machining time reduce manufacturing costs
- Versatility of applications: capability to machine parts from small precision components to large-scale shafts
- Process repeatability: identical machining parameters for every part in the production series
- Complete automation: ability to operate unattended for extended periods with automatic tool changing
The use of advanced process control systems allows real-time monitoring of all machining parameters. Adaptive control automatically adjusts cutting conditions to changing material properties. Integration with CAD/CAM systems enables direct programming from 3D models, significantly simplifying the production preparation process.
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 represents the final stage of machining, ensuring the highest surface quality. The process uses a grinding wheel at high rotational speeds to remove microscopic layers of material. Numerical control guarantees excellent repeatability of results while maintaining the tightest dimensional tolerances.
Modern CNC grinders equipped with automatic correction systems allow for compensation of grinding wheel wear. Precise positioning of the workpieces enables grinding of flat, cylindrical, and shaped surfaces. The use of specialized grinding wheels allows processing of materials with varying hardness and properties.
CNC grinding technology is applied in the production of components requiring the highest dimensional accuracy. The process is characterized by achieving surface roughness at the level of a few micrometers. Automated machining cycles ensure optimal use of the grinding wheel with minimal material waste.
Features of CNC grinding:
- Highest surface quality: roughness at the micrometer level provides perfect finishing of components
- Micrometer precision: dimensional accuracy unattainable by other machining methods
- Material versatility: capability to machine hardened steel and hard-to-cut materials
- Process stability: automatic tool wear compensation guarantees consistent quality
- Long-term cost-effectiveness: long service life of abrasive tools reduces operating costs
- Repeatability of results: identical surface quality for all parts in a series
Advanced cooling and filtration systems provide optimal conditions for the grinding process. Temperature control during machining eliminates thermal stresses that could affect surface quality. Precise dosing of coolant-lubricant extends the grinding wheel’s service life and improves finish quality.
CNC Grinding Machines park
+JUNG
Work area: 2000 x 1000
Wire EDM services
Wire EDM uses electrical discharges for precise cutting of conductive materials. A thin brass or copper wire serves as the electrode passing through the workpiece. The process is characterized by the absence of cutting forces, allowing for the machining of delicate parts without deformation.
WEDM technology enables the creation of complex internal contours inaccessible to traditional machining methods. Numerical control allows cutting parts up to several centimeters thick with micrometer accuracy. Automatic discharge parameter adjustment ensures optimal processing speed while maintaining the highest precision.
The wire EDM process is used in the production of dies, injection molds, and components with complex geometry. The ability to cut at an angle allows for the creation of intricate three-dimensional shapes. The lack of tool wear eliminates the need for compensation, guaranteeing consistent accuracy throughout the machining process.
Features of wire EDM:
- Exceptional precision: cutting accuracy at the micrometer level with perfectly smooth surfaces
- No cutting forces: capability to machine delicate parts without deformation or stress
- Complex shapes: creation of internal and external contours not achievable by other methods
- Hard materials: machining hardened steel and hard-to-cut materials without limitations
- Angled cutting: ability to produce complex three-dimensional shapes
- Full automation: unattended operation for extended periods with automatic parameter adjustment
The use of dielectric fluid in the EDM process ensures stable electrical discharge conditions. Work fluid filtration systems maintain cleanliness in the machining zone, which affects surface quality. Precise wire guidance eliminates vibrations and provides perfectly straight cuts.
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 has specialized for years in professional metal machining, utilizing the most advanced production technologies. The company serves clients from Poznan and the entire Greater Poland region, providing comprehensive services in milling, turning, grinding, and electrical discharge machining. Its strategic location in Bydgoszcz enables fast delivery of finished components to customers throughout the region.
An advanced machine park consisting of modern CNC machines allows for the execution of projects with varying levels of complexity. An experienced team of engineers and operators guarantees the highest quality workmanship while ensuring timely delivery. A personalized approach to each order provides optimal technological solutions tailored to the specific requirements of clients from Poznan and surrounding areas.
Comprehensive service includes technical consulting, documentation preparation, and quality control of finished products. Cooperation with manufacturing companies, design offices, and CNC industry enterprises from the Poznan region is based on long-term partnership relations. Flexibility in handling both single prototypes and mass production makes the company a reliable supplier for the Greater Poland industry.
- Order pricing is 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
A modern approach to production management allows for optimal use of technical capabilities while maintaining competitive prices. Regular investments in upgrading the machine park and developing employee skills ensure continuous improvement in service quality. Clients from Poznan receive comprehensive technical support at every stage of project implementation, from concept to final finishing of components.
Fast Order Fulfillment
The efficiency of production processes is a key factor in competitiveness within the CNC metalworking industry. Automated production planning systems enable optimal use of machine operating time while shortening delivery deadlines. The use of advanced CAM software allows for the preparation of machining programs in minimal time.
Flexible work organization allows production schedules to be adjusted to urgent customer needs. The ability to operate in shifts and process automation enables accelerated order fulfillment. Constant operational readiness of the machine park eliminates delays related to breakdowns or equipment maintenance.
Fast and Secure Delivery of Completed Orders to Customers in Poland and the European Union
Professional packaging of finished components ensures protection against damage during transport. The use of specialized protective materials guarantees the integrity of precisely machined surfaces. Cooperation with reputable courier companies enables shipment tracking and timely deliveries.
Delivery logistics include flexible pickup options tailored to customer needs. The possibility of direct delivery to the assembly site eliminates additional storage costs. Comprehensive logistics support also includes assistance with customs procedures for exports to European Union countries.
Quality Control and Certifications
A rigorous quality control system includes verification of all geometric parameters of manufactured components. The use of modern measuring instruments ensures an objective assessment of compliance with technical documentation. Each component undergoes multi-stage inspection starting with verification of incoming materials.
Certified quality procedures guarantee compliance with the highest industry standards. Measurement documentation attached to each delivery confirms that the manufactured components meet technical requirements. Continuous improvement of quality control processes ensures a steady increase in product reliability.
Modern industrial metrology systems enable precise verification of complex geometries. The use of coordinate measuring machines allows inspection of components with intricate spatial shapes. Automation of measurement processes reduces inspection time while increasing verification accuracy.
Specialized Materials and Technologies
The wide range of machined materials includes structural steels, tool steels, aluminum alloys, and difficult-to-machine materials. Specialized knowledge about the properties of various metal grades allows optimization of machining parameters. Adapting technology to specific material requirements guarantees the best machining results.
The use of the latest cutting tools with performance-enhancing coatings significantly increases production process efficiency. Specialized machining strategies developed for specific applications ensure optimal surface quality with minimal processing times. Continuous technological development enables machining of materials previously considered difficult to machine.
FAQ: Questions and Answers
Aluminum exhibits significantly lower hardness than steel, which reduces cutting resistance. The excellent thermal conductivity of aluminum is about 200 W/(m-K), while steel only reaches 15 W/(m-K). Rapid heat dissipation from the cutting zone prevents tool overheating. Aluminum produces short, brittle chips in contrast to the long steel chips.
Higher permissible cutting speeds for aluminum range from 200 to 500 meters per minute. Steel requires speeds of only 50 to 120 meters per minute. Tools for machining aluminum maintain sharpness 3 to 5 times longer than with steel. The machining time for aluminum can be 2 to 4 times shorter than for comparable steel parts.
The turnaround time for CNC orders ranges from a few hours to several weeks. Simple parts on available machines can be ready within a day. Complex components requiring special setups need more time. The order size affects the production schedule. Larger batches benefit from economies of scale but require a longer total completion time.
The complexity of the part geometry is the main factor affecting time consumption. The choice of material determines the machining speed. Availability of suitable machines can extend deadlines. The type of machining process also influences the speed of completion.
Aluminum is characterized by the fastest machining among popular metals. Its softness and excellent thermal conductivity allow for high cutting speeds. Steel requires moderate to slow machining speeds due to its hardness. Copper and brass also machine quickly thanks to their plastic properties.
Stainless steel belongs to hard-to-machine materials that require lower speeds. Titanium is processed the slowest because of its strength and thermal resistance. Plastics exhibit variable machinability depending on their composition. The thermal properties of the material directly affect the efficiency of the process.
Standard CNC milling achieves a surface roughness Ra between 3.2 and 6.3 micrometers. Precision processes allow improvement to Ra 1.6 micrometers or smoother finishes. Grinding enables achieving a surface quality of Ra 0.8 micrometers. Ultra-smooth finishing at Ra 0.4 is referred to as a mirror surface.
Cutting parameters decisively affect surface quality. Higher spindle speeds generally improve smoothness. Slower feed rates provide better finishes during finishing operations. Tool geometry and its condition determine the final machining result.
CNC grinding provides the highest dimensional accuracy and surface quality. The process enables achieving micrometer tolerances with a roughness of Ra 0.2-0.05. Precision turning also offers exceptional accuracy, especially for rotational surfaces. Wire EDM allows for precise cutting without cutting forces.
Precision milling with appropriate parameters can achieve high accuracy. The use of specialized cutting tools improves results. Machine stability and proper workpiece clamping are crucial. Temperature control during machining eliminates thermal distortions that affect precision.
Aluminum exhibits significantly lower hardness than steel, which reduces cutting resistance. The excellent thermal conductivity of aluminum is about 200 W/(m-K), while steel reaches only 15 W/(m-K). Rapid heat dissipation from the cutting zone prevents tool overheating. Aluminum produces short, brittle chips in contrast to the long steel chips.
Higher allowable cutting speeds for aluminum range from 200 to 500 meters per minute. Steel requires speeds of only 50 to 120 meters per minute. Tools for machining aluminum retain sharpness 3 to 5 times longer than with steel. The machining time for aluminum can be 2 to 4 times shorter than for comparable steel parts.