Infrastructure and Machining Capabilities
Our Advanced Machining Capabilities
Precision Turning Power:
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High-Precision Machining: Equipped with multiple advanced turning machines, we excel in crafting complex bar, shaft, and casting components.
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Integrated Operations: Featuring dual electro-spindles and live tool turrets, these machines enable multi-tasking in a single setup for enhanced efficiency.
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Superior Finish & Accuracy: Our rigid slant-bed structures ensure exceptional surface finish, minimal vibration, and consistent accuracy, even with challenging materials.
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Impressive Capacity: Capable of handling workpieces up to 480mm in turning diameter and 1200mm in turning length, including Y-axis machining.
Precision Vertical Milling Power:
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High-Speed & Accuracy: Our high-speed, precision vertical milling machines are built for demanding production.
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Unwavering Stability: Featuring a rigid single-piece cast iron base, broad column, and stable saddle, these machines ensure excellent vibration control and machining stability for consistent results.
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Complex Milling: Proficient in complex milling operations across three axes with rotary capabilities.
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Generous Machining Envelope: Capable of machining components up to 530mm.
Auxillary Machines
Comprehensive Auxiliary Support:
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Seamless integration with core CNC operations for tasks like tool preparation and post-processing.
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Vital for maintaining efficiency and high-quality standards.
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Diverse capabilities include laser engraving, bandsaw cutting, honing, 3D printing, and induction hardening.
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This advanced machinery, alongside strict quality control, equips us to tackle demanding manufacturing challenges across industries.
Laser Engraving
Honing Machine
3D-Printer
Induction Hardning
Bandsaw Machine
Our state-of-the-art infrastructure supports a comprehensive suite of advanced machining capabilities. Our expansive facilities are equipped with the latest technology and adhere to rigorous industry standards, enabling us to handle a wide range of materials, including materials like steel, aluminum, composites, etc., and specialize in producing high-precision components for demanding applications.
Advanced Shock Absorber Testing Facility - Powered by RAR Engineering
Comprehensive Shock Absorber R&D and Testing
RAR Engineering operates a state-of-the-art shock absorber testing facility that validates performance, durability, and reliability for industrial, defense, and railway sectors. Our in-house setup includes hydraulic damper testers and custom machines for various shock absorbers. We employ advanced data analytics to enhance product lifespan and efficiency. Our skilled engineers focus on innovative R&D to meet client standards and collaborate with industry leaders to refine methodologies. Our commitment to excellence improves safety and performance while ensuring sustainability and reliability across demanding environments, including high-speed trains and military applications.
Dynamic Load and Damping Performance Assessment
The facility is equipped with high-precision force sensors, stroke measurement systems, and real-time data acquisition software to simulate real-world operating conditions including variable loads, temperature fluctuations, and dynamic impact scenarios. We conduct fatigue testing, velocity profiling, damping curve analysis, and static-load assessments for products such as:
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Motion control dampers
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Gas shock absorbers
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Safety shock absorbers
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Tripod buffers and recoil buffers for defence applications
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Rotary dampers for compact mechanisms
Quality-Driven Testing for Specialized Dampers
Our testing ensures compliance with stringent performance standards and supports continuous innovation for specialized applications like hydropneumatic buffers, viscoelastic dampers, and liquid springs. Every shock absorber tested at our facility undergoes rigorous quality checks to meet the high expectations of modern industrial products and defence-grade equipment. Whether it’s a soft mount buffer for defence systems or a industrial shock absorber for automation systems, we ensure performance you can trust.
Have more questions? Email us at info@shockbuffer.com