Explore millions of possible combinations of materials, finishes, tolerances, markings, and certifications tailored to your exact requirements. At Janee, we are committed to producing or sourcing the perfect solutions for your needs.
With a cutting-edge facility boasting over 80 sets of advanced machines and a skilled workforce of 120+, Janee delivers highly accurate parts with lightning-fast lead times, as quick as 3 days. Additionally, our prompt quoting process for CNC machined parts, stamping, folding, and custom springs saves valuable time in your RFQ process.
Janee sets the standard for high-precision tolerances, ranging from +/-0.001mm to +/-0.05mm, based on your specific requirements. Count on us to excel in producing intricate and ready-to-use parts that meet your exacting standards.
Our CNC machining processes are versatile, catering to both prototyping and large-scale production of CNC parts and folded components. Janee's expansive capabilities enable smooth transitions from the testing phase to full-scale production runs of 100,000 parts or more.
With a remarkable track record spanning over 15 years in precision metal parts, Janee has earned widespread acclaim as a renowned manufacturer specializing in CNC machining services, custom spring fabrication, and metal stamping & folding. Leveraging the latest CNC machining capabilities, Janee excels in producing highly accurate custom metal and plastic parts, often delivering them in as little as 1 day. From prototyping to large-scale production, Janee's versatile machining services cater to a diverse range of needs. Regardless of the project's size, complexity, or whether it involves CNC machining or stamping, Janee is fully equipped to handle it all. Moreover, our responsiveness to CNC machined parts quotations expedites the RFQ process, saving valuable time for our customers.
The main products are: Cnc Parts, Cnc Aluminum, Custom Spring, Cnc Machining Service, Metal Stamping, Metal Folding, Cnc Turning, Cnc Milling, Disc Brake, Cnc Machined Components.
CNC milling empowers innovation by facilitating rapid prototyping. Engineers can swiftly transform digital designs into physical prototypes, allowing for iterative improvements and accelerated product development. This agile approach fosters creativity and problem-solving, resulting in optimized designs ready for market implementation.
CNC milling embodies the epitome of advanced technology and efficiency in modern manufacturing. The integration of cutting-edge software and robotics enables automated control, reducing manual labor and optimizing production processes. The result is rapid and consistent manufacturing of components with exceptional quality and repeatability.
At the heart of CNC milling lies a rigorous quality control system that ensures the reliability and accuracy of the final components. Through stringent inspection and testing procedures, manufacturers verify dimensional accuracy and mechanical performance, guaranteeing components meet or exceed industry standards. CNC milling's consistency ensures each component is of superior quality, earning trust and confidence among industries worldwide.
One of CNC milling's greatest strengths lies in its capability to produce custom-designed components and intricate geometries with ease. The process leverages multi-axis machining and complex tool paths, enabling engineers to realize innovative designs and meet precise engineering specifications. CNC milling's flexibility in creating unique components makes it a critical choice for prototyping and specialized applications.
CNC milling accommodates a wide range of materials, including metals, plastics, and composites, providing versatility for diverse industrial applications.
CNC milling offers high precision, tight tolerances, rapid production, and the ability to create intricate and complex shapes, making it ideal for critical industries.
CNC milling provides cost-effective and reliable manufacturing solutions, optimizing efficiency and productivity across various industries, ensuring quality components.
CNC milling machines remove material from a workpiece using rotating cutting tools controlled by computer software, ensuring precise and consistent results.