Our Services

CNC Machining Services

We have gained a remarkable position in the concerned industry by offering CNC machining services. We are backed up by qualified staff and technical knowledge to give full satisfaction to our clients. We have a wide range of equipment that allows us to offer a number of different services to our customers. Our team members provide these job works in various specifications in tune with the need of the clients. We export machined components and CNC machining parts USA, China , Bulgaria , Italy , Sweden , Switzerland and Vietnam.

CNC refers to Computerized Numerical Control Machining. It is a technique, which is used to carry out a variety of tasks related to manufacturing. All the manufacturing tasks performed by the CNC machines are done with the help of computerized devices. There have been several advancements in machining techniques. Manual machines got replaced by CNC machines with the help of CAD (Computer Aided Design) and CAM (Computer Aided Machining). The machines today are capable of performing a wide range of tasks with excellent precision. Allowing for more automated control, the modern machines help increase the productivity. Aanjaney Micro Engi Pvt Ltd (AME) has a vast experience of more than 30 years in CNC machining and manufacturing services in the India. We have a vast variety of CNC machines, which offer great precision, amazing flexibility, and a decent output for almost any machining project. We not only have different machines, but also a team of experts, who are committed to providing you with the best-in-class service in India. We assure you that no matter the size of the job, our professionals treat it as if it were their own. We can also provide prototype CNC machining services that would help you in getting a clear picture of the final product.

CNC Manufacturing Services Provided by Aanjaney Micro Engi Pvt Ltd (AME)
We have the capability to provide the following CNC manufacturing services to our clients:
1. Quick turn prototyping
2. Supporting design for manufacturability
3. Machine simulation/prove out
4. Solid Works, Inventor and Mastercam capabilities

CNC Machining Capabilities of Aanjaney Micro Engi Pvt Ltd (AME)
We can provide you CNC machining services with following capabilities:
• Machining Process: Drilling, Thread Milling, Broaching, Tapping, Spline, Reaming, Parting/Cutting, Profiling, Facing, Turning, Threading, Internal Forming, Pocketing, Knurling, Countersinking, Boring, Counter boring, Gear Hobbing
• Tolerances: ± .0002 in, ±.005 mm
• Materials: Cobalt, Steel, Alloy Steels, Tungsten, Aluminum, Titanium, Beryllium, Stainless Steel, Brass, Nickel, Bronze Alloys, Molybdenum, Carbide, Magnesium, Carbon Steel
• Machinery Axis: 3- Axis, 4-Axis, 5-Axis
• Industry Standard: ASNI, ASME, ASTM, ISO, Mil-Spec, RoHS

Industries Served by Aanjaney Micro Engi Pvt Ltd (AME) CNC Machining Services
We are known to extend our CNC machining services to a wide range of industries, which are as follows:
Semiconductor
Medical
Energy
Aerospace
ATV
Food
Marine
Motorsports
Machine Tool
High-Tech
Electronics
Military

CNC Milling

Our organization is Manufacturing, Exporting and supplying to patrons a superior quality CNC Milling Component. This component is widely used in different industries for various installation works and at other related purposes. Furthermore, we manufacture this milling component by utilizing quality assured parts. At our well-equipped unit, we offered components are tested by our team of trained experts to assure its functioning. We export machined components and CNC machining parts USA, China , Bulgaria , Italy , Sweden , Switzerland and Vietnam. Like most conventional mechanical CNC machining processes, the CNC milling process utilizes computerized controls to operate and manipulate machine tools which cut and shape stock material. In addition, the process follows the same basic production stages which all CNC machining processes do, including:

Designing a CAD model
Converting the CAD model into a CNC program
Setting up the CNC milling machine
Executing the milling operation

The CNC milling process begins with the creation of a 2D or 3D CAD part design. Then the completed design is exported to a CNC-compatible file format and converted by CAM software into a CNC machine program which dictates the actions of the machine and the movements of the tooling across the workpiece. Before the operator runs the CNC program, they prepare the CNC milling machine by affixing the workpiece to the machine’s work surface (i.e., worktable) or workholding device (e.g., vise), and attaching the milling tools to the machine spindle. The CNC milling process employs horizontal or vertical CNC-enabled milling machines—depending on the specifications and requirements of the milling application—and rotating multi-point (i.e., multi-toothed) cutting tools, such as mills and drills. When the machine is ready, the operator launches the program via the machine interface prompting the machine to execute the milling operation.
Once the CNC milling process is initiated, the machine begins rotating the cutting tool at speeds reaching up to thousands of RPM. Depending on the type of milling machine employed and the requirements of the milling application, as the tool cuts into the workpiece, the machine will perform one of the following actions to produce the necessary cuts on the workpiece:

Slowly feed the workpiece into the stationary, rotating tool
Move the tool across the stationary workpiece
Move both the tool and workpiece in relation to each other

As opposed to manual milling processes, in CNC milling, typically the machine feeds moveable workpieces with the rotation of the cutting tool rather than against it. Milling operations which abide by this convention are known as climb milling processes, while contrary operations are known as conventional milling processes.
Generally, milling is best suited as a secondary or finishing process for an already machined workpiece, providing definition to or producing the part’s features, such as holes, slots, and threads. However, the process is also used to shape a stock piece of material from start to finish. In both cases, the milling process gradually removes material to form the desired shape and form of the part. First, the tool cuts small pieces—i.e., chips—off the workpiece to form the approximate shape and form. Then, the workpiece undergoes the milling process at much higher accuracy and with greater precision to finish the part with its exact features and specifications. Typically, a completed part requires several machining passes to achieve the desired precision and tolerances. For more geometrically complex parts, multiple machine setups may be required to complete the fabrication process.
Once the milling operation is completed, and the part is produced to the custom-designed specifications, the milled part passes to the finishing and post-processing stages of production.

CNC Turning Services

We are a trusted name engaged in offering premium quality CNC Turning Components. The offered parts are manufactured with the help of supreme grade raw materials and sophisticated machines in adherence to set industrial norms. These parts are widely used in various Machines, High-Voltage switchgear, Distribution and Power Transformers etc. We offer these parts in various specifications in order to meet the vast needs of our clients. We export machined components and CNC machining parts USA, China , Bulgaria , Italy , Sweden , Switzerland and Vietnam.

CMM Measurement & Inspection Services

CMMs are industrial inspection tools that measure the dimensional accuracy of manufactured goods. This is a crucial step to monitoring production quality to ensure large-sized parts meet design specifications for use in critical applications. At Aanjaney Micro Engi Pvt Ltd (AME) , we combine high quality manufacturing with CMM inspection services to produce excellent goods for our customers.

What Is CMM?
Coordinate Measuring Machines are industrial tools that measure the dimensionality of objects. They use different mechanisms, such as scanners, touch-triggers, and vision probes, to measure objects along the X-, Y-, and Z-axis. The measurements can then be compared to the initial design plans or specifications of the object to ensure the finished product is adequately identical to the original design. CMMs are typically constructed from granite and aluminum to ensure functionality and accuracy even in harsh temperatures and environments.

Why Do I Need CMM Inspection Services?
CMMs offer a reliable alternative to handheld inspection tools. They monitor the quality of manufactured items to ensure that they match original design plans within the customer’s preferred tolerance levels. CMMs can measure objects at different stages of production to quickly catch issues before the project is finished or before large-volume runs are completed, keeping the production process fast and efficient with less material waste.

Advantages
While CMMs aren’t the only inspection tools available for industrial and commercial use, they are one of the most advantageous. Some of the key benefits that CMMs provide include:
Versatility: CMMs can be used for a wide variety of measuring tasks, regardless of the object’s complexity and condition of the object’s surface.
Accuracy: CMMs reduce the risk of human error and are exceedingly precise, especially if they’re routinely inspected. They have consistent responses to heat and the environment, meaning the measurement software can easily cancel out related complications.
Speed: CMMs offer quick set up time and can quickly take measurements across all three dimensions.

Helium Leak Detection Services

At Aanjaney Micro Engi Pvt Ltd (AME) our experts provide helium leak detection services for companies in various industries. Testing of critical components before being put into service gives the confidence to our clients in avoiding unscheduled downtime, minimizing safety and environmental risks while also maximizing the benefits of their inspection budget. Our engineers and test technicians, with hands-on field and laboratory experience, implement comprehensive testing and inspections in an efficient and cost-effective manner positioning us above our competition.
Helium Leak Testing is used for the detection of very small leaks in any component where a differential pressure can be generated. The Helium Leak rate can be reported as a quantitative (amount of leak rate) measurement. Helium leak testing can also be used to identify the location of very small leaks. Helium Leak testing may be used by customers to assess the performance of a component or a system, or to analyze or evaluate product longevity. Helium gas is primarily used as a leak testing medium because it is capable of being detected and quantified at very small leak rates (less than 1 cubic centimeter/300 years) and is inert and will not react with most components being tested.