CNC Turning Services
Reliable, cost-effective turning solutions for prototypes and production delivered with in-house quality control and short lead times.
ISO
9001-2015
100%
In-House Quality Control
97%
First-Time Right
Why Work With Rototip for CNC Machining?
Quality Control
All parts are inspected at our metrology lab and delivered to you with quality documentation.
Lead Time
Ensuring on-time delivery. From production in as fast as 2 hours to batch production with planned deliveries
Flexibility
We scale to your needs, whether you need one-off prototypes or production of 1,000+ units. Curious how we do it?
CNC Turning Capabilities and Guides
From one-off prototypes to high-volume production runs, our manufacturing engineers leverage turning techniques to meet your exact requirements. Backed by in-house quality control, Rototip provides reliable, high-precision components made out of various types and grades of metal as well as thermoplastics for diverse industrial applications.
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All of Your Parts Come with 100% In-House Quality Control
CNC Turning Materials
Aluminum
Lightweight, Corrosion-Resistant, Cost-Effective
1050, 1060, 2014, 5083, 5754, 6060, 6061, 6063, 6082, 7050, 7075, 7000, En AB 4700, 6062, 6068 T6, 2050 T84
Stainless Steel
Durable, Corrosion-Resistant, Heat-Resistant
301, 303, 304, 304L, 310, 316, 316L, 318LN, 416, 420A, 420B, 420D, 440B, 440C, 15-5 PH, 17-4 PH
Brass
Corrosion-Resistant, Machinable, Decorative
C360, MS58, MS63
Surface Finishing
From surface finishes that enhance aesthetics to coatings that improve durability and custom treatments for specialized needs, our comprehensive post-processing services ensure your parts meet the highest standards. Explore our offerings below to see how we take your parts to the next level.
Coating
Protect and customize your components with durable and high quality coatings
Galvanizing
Anodizing
Powder Coating
Chemical Blackeninng
And more
Finishing
Enhance aesthetics and function with precise finishing techniques tailored to your parts
As-machined
Brushed
Bead-blasted
Polished
And more
Other
Optimize performance with our advanced treatments and personalized solutions
Laser-marking
Heat treatment
Painting
Insulations
And more
From Prototyping to Production
Step 1
Upload your files
Click Get Quote and submit your design files for review. Customize your quote request as needed. Alternatively, send us an email with all the files, if you are having a busy day.
Step 2
Review offer and order
Get a quick and transparent quote in 2 hours based on your specific requirements. Order the parts with our manufacturability study and quality control protocol generated for your parts.
Step 3
Production starts in hours
Our team initiates the process with suitable machines, ensuring precision and efficiency. The production process is regularly monitored by our engineers.
Step 4
Quality and process control
Intense quality checks are conducted to guarantee that every part meets your standards. All quality control processes are documented and shared with you.
Step 5
Packaging and delivery
We handle the packaging and shipment with the same attention as in manufacturing. Within Europe, deliveries can be as fast as 24 hours.
Step 6
Post-delivery follow-ups
Your customer representative is there to help with any questions or other needs during and after the process. Feel free to contact us at any time.
About CNC Turning Process
CNC turning is a precise subtractive manufacturing process that utilizes computer-controlled machines to shape cylindrical workpieces. Material is removed from a rotating workpiece by precisely guided cutting tools, creating parts with intricate details and tight tolerances. This automated process, driven by CAD/CAM software, ensures repeatability and accuracy, making it ideal for both rapid prototyping and high-volume production.
Modern CNC lathes are equipped with advanced features, including multiple axes (often 2 or more, with some incorporating live tooling for milling operations), enabling the creation of intricate external and internal features, threads, and complex profiles. Expandable with automated bar feeders, sub-spindles, and a variety of accessories, CNC lathes provide a reliable and efficient solution for manufacturing parts with tight tolerances from a wide array of materials, including metals, plastics, and composites.. It also allows the production of everything from simple shafts and bushings to highly complex components with intricate internal bores and external contours, all while maintaining consistent quality and reducing production time.
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Deep Hole Drilling
Deep hole drilling is a specialized manufacturing process used to create precise boreholes with high depth-to-diameter ratios.
Compared to traditional drilling methods, deep hole drilling utilizes advanced equipment and specialized tooling, which results in significant advancements such as uniform wear and longer tool life. Deep hole drilling is essential for component functionality and performance, making it critical for various industries, including industrial automation, machinery, and other industries requiring precision engineering applications.
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Grinding
Grinding is a precision machining process that uses abrasive wheels to remove material, achieving exceptionally fine surface finishes and tight tolerances on components. It is often used after initial machining operations to refine part geometry, improve surface quality, and achieve specific dimensional requirements. Grinding also plays a key role in removing tool marks and helps prepare surfaces for secondary operations such as coating.
Grinding is essential in industries like aerospace, automotive, and medical, where high precision and surface quality are critical. It can be used to achieve better flatness, parallelism, and specific surface roughness values, ensuring optimal fit and function for components. It can also be used for better concentricity and circularity and lower run-out on circular features.
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Knurling
Knurling is a unique machining process that creates a patterned surface on a workpiece, enhancing its grip and aesthetic appeal. Unlike traditional machining that removes material, knurling displaces it, creating indentations that improve handling and provide a decorative touch. Knurling also finds application in press fit assemblies, where the increased surface roughness improves interference fits. Additionally, custom knurling patterns can be used for part identification and marking.
The benefits of knurling include enhanced grip, improved durability, and customizability with various patterns like diamond, straight, or diagonal. Knurling tools can be integrated into various machine setups, including lathes and mills, providing flexibility in manufacturing environments.
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