Capabilities

In the family of DX Series DX 60 & DX 100 are developed keeping in focus of industry’s requirement of producing small disc type precision components in huge quantities. Monobloc structure of the machine is to maintain the rigidity even at higher dynamics. This machine is ideally suited for producing precision components in mass which could even multiply the productivity with the integration of options like Bar Feeder and Gantry Auto Loading. Incorporating the concept of TPM friendliness DX 60 & DX 100 have linear tooling system enabling it to avoid tool indexing time as in case of turret.

Capacity	Unit	DX 60	DX 100
Max. Swing Over Bed	mm	360	470
Max. Turning Length*	mm	60	200
Max. Job Swing Diameter*	mm	145	200
Standard Turning Diameter	mm	60	100

The DX 200-3 is a next-generation CNC turning center, engineered to meet the demands of a high-productivity and precision-driven environment. Its rigid step-up structure and innovative design provide superior surface finish and stability, even during continuous operation. Developed through years of refinement, this machine offers optimal performance across a wide range of workpiece dimensions, making it highly versatile for modern manufacturing needs. Whether it’s heavy-duty machining or fine detailing, the DX 200-3 delivers reliability, accuracy, and efficiency every time.

Vertical Machining Centers (VMCs) are advanced CNC machines designed for precision milling and machining operations. With 3 and 4-axis capabilities, they are ideal for producing complex parts with intricate shapes and geometries. The machines are equipped with high-speed spindles and advanced control systems that allow for accurate positioning and superior surface finishes. These machines are capable of working with a variety of materials, including metals and plastics, making them suitable for both prototype and production runs.

Lathe machines are essential tools for shaping and finishing parts that have a rotational symmetry. Both conventional and semi-automatic lathe machines are employed for turning operations, including cutting, sanding, knurling, drilling, and deformation. These machines are ideal for producing cylindrical and conical shapes and are widely used in industries for creating shafts, pulleys, and other rotating components. The versatility of lathe machines ensures they can handle both high and low volume production with a focus on quality and precision.

Tapping and threading machines are designed for creating precise internal threads in holes or shafts. These machines use a rotating tool (tap) to cut threads inside a pre-drilled hole. The tapping process is commonly used in manufacturing processes where threads are required for bolting or fastening purposes. Tapping machines can be automatic, with precise depth and feed controls, ensuring uniformity across all parts. Whether for high-volume production or specialized components, these machines provide consistency and high accuracy.

Mitsubishi Materials is globally recognized for its cutting-edge tooling solutions designed for advanced machining. With decades of innovation, Mitsubishi Tools offer unmatched performance, precision, and durability in high-speed and high-efficiency machining environments. Whether you’re involved in automotive parts, aerospace components, die & mold, or general engineering, Mitsubishi cutting tools deliver superior results with minimum downtime.

ISO 9001:2015 is an internationally recognized standard for quality management systems (QMS). It provides a framework for organizations to consistently meet customer expectations, enhance satisfaction, and ensure continuous improvement. Achieving ISO 9001:2015 certification demonstrates a commitment to quality management, risk-based thinking, and a customer-centric approach in all processes. This standard emphasizes the importance of leadership, process-based thinking, and evidence-based decision-making to ensure the consistent delivery of high-quality products and services.

Incoming Raw Material Inspection

Every batch of raw materials is thoroughly checked for quality, consistency, and compliance with specifications before entering production.

In-Process Quality Checks

Real-time monitoring and quality control are implemented at every stage of manufacturing to detect and correct any deviation immediately.

Precision Measurement & Testing

Advanced measuring tools and calibrated equipment ensure dimensional accuracy and adherence to technical standards.

Final Product Inspection

All finished goods undergo strict final inspection for appearance, performance, and tolerance levels before approval for dispatch.

Documentation & Traceability

Each production lot is recorded and documented, ensuring traceability of materials, processes, and inspection results.

Improvement & Feedback Loop

Quality data is analyzed to identify improvement areas, and regular feedback from clients is used to refine systems and reduce errors.

We’ve been sourcing machine components from Himalaya Manufacturing for over 5 years now. Their quality, consistency, and timely delivery have always impressed us.

Ramesh Shah

Himalaya Manufacturing has been a reliable partner for our custom-machined parts. Communication is smooth, quality control is excellent, and Highly recommended for global buyers!

Mr. Suresh Nair

Their team is cooperative, and their brass inserts have met all our technical standards. What impressed us most is their flexibility in handling small and bulk orders equally well.

Ms. Priya Kulkarni

Finding a reliable brass parts manufacturer wasn’t easy—until we partnered with Himalaya Manufacturing. Excellent craftsmanship, timely response, and fair pricing.

Mr. Rajiv Mehta

Himalaya Manufacturing began in 1992 with a spark of passion and a love for machines. A young teenager, fresh out of school, joined his uncle’s brass component business in Jamnagar — India’s Brass City.