Om Corporation

C. G. Road, Ahmedabad, Gujarat

The Plastic 2 Eye Feeler Head is a precision-molded component used in textile weaving machines, particularly in yarn detection and control systems. Designed with two aligned eyelets, it facilitates smooth passage and monitoring of individual yarn threads, helping to detect breakages or irregular tension during operation. Made from durable, abrasion-resistant plastic such as nylon or polyacetal, the feeler head offers excellent dimensional stability, low friction, and resistance to wear even in high-speed applications. The two-eye configuration allows for accurate guidance and separation of multiple threads, reducing the chance of entanglement or misfeeds. It is lightweight, non-corrosive, and suitable for use in environments with standard ambient operating temperatures between 10C and 60C. The component is entirely mechanical and does not require any electrical source for function. Its surface is smooth and anti-static, helping to minimize yarn snagging and dust accumulation. The Plastic 2 Eye Feeler Head is widely compatible with various types of looms and textile sensors, contributing to enhanced efficiency and reduced downtime in fabric production.

The DRC Rod is a precision-engineered textile machinery spare part commonly used in weaving and spinning machines to ensure accurate alignment, motion transfer, and fabric control. Made from high-tensile alloy steel or hardened stainless steel, the rod provides excellent strength, dimensional stability, and resistance to bending or wear during continuous high-speed operation. It plays a vital role in the coordinated movement of key loom mechanisms such as the dobby, cam motion, or shedding assemblies, depending on the machine type. The surface of the DRC rod is typically treated with chrome plating, black oxide coating, or polishing for enhanced corrosion resistance and smoother operation. Designed to perform within a standard ambient temperature range of 10C to 60C, it operates purely on mechanical force without requiring electrical input. With precise machining and tolerance control, the DRC rod ensures low vibration and noise during textile production, contributing to consistent fabric quality. It is compatible with various international loom brands and complies with industry norms for performance, durability, and interchangeability.

The Rocker Arm Assembly is a crucial component in internal combustion engines, responsible for converting the rotational motion of the camshaft into linear motion to operate the engines intake and exhaust valves. Typically manufactured from forged or cast steel, aluminum alloy, or high-strength sintered metal, the assembly consists of rocker arms, rocker shafts, pushrods, and related supports or bearings. It operates under high-temperature and high-pressure conditions, typically up to 150C and engine speeds exceeding 6000 RPM. The rocker arms pivot on a shaft or individual studs, driven by cam lobes via pushrods or hydraulic lifters, ensuring precise valve timing and movement. Surface treatments such as nitriding, phosphate coating, or induction hardening are applied to reduce friction and wear. The assembly is usually lubricated through internal oil channels or splash lubrication from the engines lubrication system. Rocker arm assemblies are used in overhead valve (OHV), overhead camshaft (OHC), and single or double camshaft configurations. It is a non-electrical, mechanically driven unit that contributes to engine efficiency, combustion accuracy, and reduced valve noise. The components are often engineered to meet OEM standards such as SAE, ISO, or IATF for durability and performance.

The Heald Frame Guide is a precision-machined component used in weaving looms to ensure the accurate and smooth linear motion of the heald frame during high-speed fabric production. Typically manufactured from wear-resistant materials such as hardened steel, aluminum alloy, or high-grade engineering plastics, the guide offers excellent dimensional stability, low friction, and long service life under continuous dynamic loads. It maintains precise alignment of the heald frame, minimizing vibration and reducing wear on loom parts, thereby improving weaving efficiency and fabric quality. The guide is designed to support reciprocating vertical or lateral movement, often incorporating linear bushings, rollers, or lubrication features to facilitate quiet and low-maintenance operation. Available in various configurations and mounting styles, it is compatible with modern shuttleless and traditional looms. Its high mechanical accuracy ensures reliable positioning of the heald frame, which is critical for consistent warp yarn separation and high-speed weaving performance.

The Leno Motion Weaving Assembly is a mechanical unit designed for use in shuttle or shuttleless looms to produce leno weave fabrics with enhanced edge stability and structural integrity. Constructed with a precision-ground main shaft, cast iron or mild steel mounting supports, and hardened alloy steel gears, this assembly ensures synchronized and reliable motion transmission during high-speed weaving. It features a cam or gear-based mechanism that facilitates the controlled crossing of ground and doup warp threads, creating a stable mesh structure in the fabric. The system operates through mechanical power input, typically driven via chain or gear linkage from the loom shaft. It functions effectively within ambient temperature ranges of 10C to 50C and does not require any electrical voltage source. The housing may be provided with a transparent protective cover for safe operation and visual inspection. Surface components are usually rust-protected with paint or plating for durability. The assembly is widely used in the production of netting, gauze, curtain fabrics, and technical textiles, and may be compatible with looms conforming to IS, ISO, or other textile machinery standards.