High-Precision CNC Machining for Complex Engineering Projects
Custom CNC machining for prototypes, small batches, and production parts – manufactured from your drawings and specifications.
19+ Years of Precision Manufacturing Experience
50+ CNC Machines
ISO 9001 Certified
Global Delivery
Built for Complex CNC Components
Upgraded workshop
Upgraded CNC machining center
3-Axis CNC Milling
For standard precision components and efficient production.
4-Axis CNC Milling
For multi-sided machining with reduced setups.
5-Axis CNC Machining
For complex geometries, angled surfaces, and multi-face components.
CNC Turning
For precision cylindrical and rotational components.
Drilling & Tapping
For accurate holes, threads, and mounting features.
Grinding & Secondary Operations
For tighter dimensional requirements and specific finishing needs.
Our Manufacturing Solutions
Surface Finishing
Anodizing, Sandblasting, Polishing, Laser Engraving, And Cosmetic Protection
Company Profile
A Direct CNC Manufacturing Partner
2007
Founded
2,000+ m²
Manufacturing Facility
50+
CNC Machines
50+
Employees Team
From Blueprint to Precision Parts
Your drawing is where the manufacturing process starts. We review your requirements, plan the machining process, manufacture the parts, and inspect them before delivery.
Drawing → Manufacturing → Inspection → Delivery
Drawing Review
We review geometry, materials, tolerances, threads, and manufacturing requirements.
Engineering & Programming
Our team prepares the machining process and CNC programs based on the part design.
CNC Machining
The part is manufactured using the appropriate CNC equipment and production process.
Inspection
Critical dimensions, threads, tolerances, and other requirements are verified.
Finishing & Delivery
Parts are finished, cleaned, protected, packaged, and prepared for shipment.
How to Work With Us
Industry Applications
We manufacture precision components for applications where dimensional accuracy, material performance, and reliable production matter.
Aerospace ➜
Precision structural and functional components.
Automotive ➜
Custom components, fixtures, and production parts.
Medical ➜
Precision components for equipment and instruments.
Robotics ➜
Mechanical components, brackets, housings, and motion-related parts.
Electronics & Consumer ➜
Precision panels, housings, mounts, and structural components.
Laser & Optical Equipment ➜
Mechanical components, brackets, housings, and motion-related parts.
Quality & Materials
We control quality throughout the manufacturing process and work with a wide range of metals and engineering plastics to meet your part’s material, performance, and machining requirements.
Reliable parts come from controlled processes, not final inspection alone. We maintain quality throughout material verification, machining, inspection, final preparation, and packaging to ensure parts meet the requirements defined by your drawings and specifications.
Material Verification
Materials are checked against order requirements before production. Material certificates and incoming inspection records can be provided when required.
In-Process Inspection
Critical dimensions and features are checked during machining to identify and correct deviations before parts reach final inspection.
Dimensional Inspection
Dimensions, tolerances, threads, and other critical features are verified using appropriate gauges and measuring equipment. CMM inspection is available when required.
Final Inspection
Completed parts are inspected against drawings and specifications before they are released for finishing, packaging, or shipment.
Final Preparation
Burrs and sharp edges are removed, and parts are cleaned before packaging. Surface condition and other specified finishing requirements are also checked.
Protective Packaging
Finished parts are individually protected and securely packaged according to their geometry, surface requirements, and shipping conditions to help prevent damage during transportation.
Metal Materials
Aluminum, stainless steel, steel, brass, copper, and other metals for different machining requirements.
Aluminum 6061
Lightweight, strong, and easy to machine. Aluminum 6061 offers excellent corrosion resistance and a clean surface finish. Commonly used for structural parts, jigs, and prototypes. Performs well in high-speed milling with proper cooling.
Stainless Steel 304
A classic stainless steel with outstanding corrosion resistance and toughness. Non-magnetic in the annealed condition. Requires sharp tools and steady feeds to prevent work hardening. Widely used in food, chemical, and medical equipment.
AISI 630
A high-strength, precipitation-hardening stainless steel that provides both hardness and corrosion resistance. Best machined in solution-treated condition. Common in aerospace, marine, and precision mechanical components.
C45
Medium carbon steel with good strength, wear resistance, and toughness. Easy to machine when annealed and suitable for heat treatment. Often used for shafts, bolts, gears, and other mechanical parts.
Steel 1018
Low carbon steel known for excellent machinability and a smooth surface finish. Ductile and easy to form. Ideal for pins, rods, and fittings where high precision is needed but extreme strength is not required.
Tool Steel A2
An air-hardening tool steel with great dimensional stability after heat treatment. Offers a good balance of toughness and wear resistance. Commonly used for dies, punches, and cutting tools.
More Metals
Plastic Materials
Engineering plastics such as POM, PTFE, PVC, and more for lightweight, wear-resistant, and functional parts.
ABS
Characteristics: Tough, impact-resistant, and easy to machine or mold. Provides good dimensional stability and surface finish. Commonly used for enclosures, housings, and consumer product parts.
POM
Characteristics: High stiffness, low friction, and excellent dimensional stability. Easy to machine with good surface finish. Resistant to wear and moisture, ideal for precision parts like gears, bearings, and bushings.
PC
Characteristics: Extremely tough and transparent plastic with high impact strength. Machines cleanly but requires sharp tools to prevent cracking. Excellent for clear covers, guards, and optical components.
PA66
Characteristics: Strong, wear-resistant, and lightweight engineering plastic. Absorbs moisture, which may affect dimensions slightly. Suitable for gears, rollers, and structural components.
PEEK
Characteristics: High-performance plastic with exceptional heat, chemical, and wear resistance. Offers excellent dimensional stability and machinability. Ideal for aerospace, medical, and high-temperature applications.
PVC
Characteristics: Rigid and corrosion-resistant plastic with good dimensional stability. Easy to machine and bond. Commonly used for fittings, valves, and chemical handling equipment.
Delrin
PTFE
Have a Composite Materials Requirement?
At SzCrealink, we support a wide variety of composite materials to match the specific needs of your project. From carbon fiber and fiberglass to specialized resin blends, we’ve got you covered with plenty of options to choose from.
No matter what kind of composite you have in mind, our team is ready to help you select the right one and machine it to your exact specs. Just let us know what you need – we’re here to make sure you get the best material for the job.
Certificates and Reports
Our quality system and inspection documentation provide customers with traceability and confidence throughout the manufacturing process.
Trusted by Engineering Teams Worldwide
See what customers say about working with SzCrealink.
Appliance Manager - Dario
The quality of the x components you have produced is good, we would like to assign you the manufacturing of these x components. Thank you.
Hardware Purchaser - Mia
Thank you for the parts. It worked out to our surprise, that the parts arrived on Thursday already with us. Thus, the customer’s request could be met. This is what we and the customer appreciated. The quality also suited him. Thanks again. Great.
Equipment Designer - Oliver
Components have been good from what I hear, thank you for following up.Highly recommended! Excellent quality, reasonable delivery time, and pricing.
Frequently Asked Questions
1. What file formats do you accept?
We accept common 2D and 3D drawing formats including STEP, STP, IGES, IGS, X_T, DWG, DXF, PDF, and other commonly used CAD formats.
2. What materials can you machine?
We machine aluminum, stainless steel, carbon and alloy steel, titanium, brass, copper, and engineering plastics such as POM and PEI.
3. What CNC machining tolerances can you achieve?
Achievable tolerances depend on the material, geometry, feature size, and machining process. We review tolerance requirements directly from your drawings before quoting.
4. What is your typical lead time?
Typical production lead times are generally 7 - 15 days, while simple prototypes may be completed faster depending on part complexity and quantity.
5. Can you handle prototypes and small-batch production?
Yes. We support prototype machining, low-volume production, and repeat orders.
6. How do I request a quotation?
Send us your 2D drawing or 3D CAD file together with quantity, material, surface finish, and other requirements. Our team will review the project and prepare a quotation.
Our Blog
CNC trends, expert tips, and company news. Stay informed on all things precision manufacturing.
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Have a CNC Machining Project?
Send us your 2D drawings or 3D CAD files. We’ll review your requirements and provide a quotation based on your part geometry, material, tolerances, quantity, and finishing requirements.
*STEP.STP.DWG.DXF.PDF etc. and NDA (Confidentiality Agreement)