Ricon Tools
Ricon Tools
Engineered to deliver tight tolerances down to IT6, ensuring extreme repeatability in high-demand industrial centers.
Designed for small-hole turning and internal thread machining. High-rigidity solid tungsten carbide ensures smooth finishes on hardened steel.
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A comprehensive precision boring package. Provides micro-adjustability and extreme stability for complex mold-making and aerospace components.
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Equipped with an internal damping mechanism to eradicate chatter. Perfect for deep-cavity boring operations in marine and offshore equipment.
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Features ultra-fine radial adjustments (0.01mm increments) for high-precision finishing. Designed for modern CNC machining centers.
View Product DetailWhy modern manufacturing hubs in Southeast Asia demand next-generation boring technologies.
Malaysia is rapidly evolving from a assembly-centric production base to a high-technology manufacturing powerhouse. Governed by the New Industrial Master Plan (NIMP) 2030, the nation is aggressively upgrading its value chains across several key hubs: the semiconductor clusters in Penang and Kedah (Kulim Hi-Tech Park), the automotive center in Selangor (Shah Alam & Tanjung Malim), and the oil, gas, and heavy marine engineering complexes in Johor (Pasir Gudang) and Sarawak (Bintulu).
This industrial transition requires a massive shift in tooling precision. CNC operations must run at higher speeds while maintaining finish criteria that eliminate secondary honing processes. Fine boring heads, equipped with micro-adjustment dial structures and engineered coatings, have become critical to meeting these stringent engineering standards.
Every tick on the graduation ring translates to a 0.002mm diametrical adjustment, allowing operators to compensate for insert wear without removing the tooling assembly.
Specially tuned heavy metal and carbide cores isolate high-frequency resonance during deep-hole boring, preventing surface chatter and extending tool life.
Delivers high-pressure coolant directly to the cutting edge, flushing out micro-chips dynamically to prevent surface re-cutting and thermal distortion.
Comparing high-precision finishing technologies on a global scale to optimize local production.
Worldwide, precision machining is experiencing a transformation driven by lightweight alloys (such as aircraft-grade aluminum 7075 and titanium Ti-6Al-4V) and high-hardness tooling steels. Standard roughing tools cannot achieve the cylindrical tolerances and surface roughness (often under Ra 0.4 microns) required for these modern alloys. This has prompted manufacturers to adopt modular fine-boring heads that maintain rigidity under high torque loads.
| Boring System Standard | Typical Tolerance Range | Best Applied Industries | Material Adaptability |
|---|---|---|---|
| Micro-Finish (CBA/ENH) | IT5 - IT7 (±0.002mm) | Semiconductor, Medical, Aerospace | Aluminum Alloys, Inconel, SUS316 |
| Rough Boring (Double-Cutter) | IT9 - IT11 (±0.015mm) | Heavy Machinery, Structural Bases | Cast Iron, Low Carbon Steel |
| Modular Digital EWN Series | IT6 (±0.001mm readout) | Automotive Powertrains, Precision Dies | Hardened Tool Steels, Carbon Composites |
Optimize your machining configurations with our highly adaptable modular systems, designed for quick changeovers and minimal downtime.
Features an adjustable concentric dial system. Built specifically for high-speed CNC hubs processing high-rigidity alloys.
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A multi-purpose kit that covers a wide diameter range. Perfect for repair shops and low-volume, high-mix precision prototype development.
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Compatible with Haas and Doosan live-tooling lathes. Ideal for secondary radial drilling and boring operations in a single setup.
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Tailored for massive bore diameters in marine, hydropower, and heavy transport shafts. Built with robust slide mechanisms to maintain rigidity.
View Product DetailShandong Ricon Tools Co., Ltd. is a leading manufacturer specializing in the research, development, production, and sale of high-performance precision machine tool accessories. Since our inception, we have been committed to providing tooling solutions for the global metalworking and woodworking industries.
Our product portfolio includes 4-jaw woodworking chucks, American quick-change tool holders, VDI tool holders, boring heads, ER collet chucks, milling chucks, drill chucks, tool holders, CNC tooling accessories, and other custom precision machining components. These tools are widely utilized in high-speed CNC machining centers, automotive turning lines, medical prototyping, and aerospace parts production.
To ensure high quality, Ricon Tools operates advanced CNC grinding centers, optical comparators, dynamic balancing machines, and automated coating lines. Our strict quality control systems guarantee that every boring head and accessory delivers long-term durability and micro-level precision.
With exports extending to over 30 countries—including the United States, Canada, Germany, Italy, Russia, Australia, and key markets in Southeast Asia—Ricon Tools has built a reputation for reliable product quality and technical support.
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Embracing digitalization, wireless connectivity, and automated calibration in high-speed machining.
Real-time visual screen readouts on the boring head. Enables operators to adjust down to 0.001mm without micrometer measurements, minimizing setup errors.
Active vibration control systems with built-in sensors that adjust damping frequencies dynamically during deep-cavity boring.
Development of optimized rake geometries and thermal-barrier coatings (AlTiN/TiAlN) to facilitate dry or minimum quantity lubrication (MQL) boring.
Explore our range of precision-ground boring tools, engineered to optimize chip control and surface finishes in demanding applications.
Engineered for high-torque applications. Delivers structural rigidity when boring large forged steel components.
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Designed for fine finish adjustments. Minimizes setting times and delivers high geometric accuracy in tool steels.
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Features a reduced-shank profile (10mm to 4.7mm). Built to eliminate chatter in deep, narrow bores.
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A cost-effective, non-coolant boring head suited for manual and light-duty CNC lathe setups.
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A versatile series covering boring ranges from 20mm to 203mm. The standardized design simplifies insert inventory.
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Designed for large-diameter finishes. Features high clamping force and balance parameters to maintain stability at speed.
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Features a sliding block mechanism that simplifies fine adjustment. Engineered to maintain accuracy over long production runs.
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Designed for small-diameter boring in stainless steel and titanium, providing corrosion resistance and clean chip evacuation.
View Product DetailTechnical advice from our tooling application engineers regarding fine boring operations in the Malaysian market.
Aluminum machining (common in Penang) benefits from high-speed, sharp-edged PCD (polycrystalline diamond) or uncoated carbide inserts mounted on high-balance micro boring heads (e.g., CBA/ENH series). Hardened steel molds require rigid CBN (cubic boron nitride) or coated carbide inserts, supported by heavy metal or carbide-reinforced boring bars to resist high cutting forces.
Chatter is typically caused by harmonic resonance when the length-to-diameter (L/D) ratio of the boring bar exceeds 4:1. To resolve this, use damped boring bars (such as the NiceCutt Anti-Vibration series) or switch from steel shanks to solid tungsten carbide shanks. Additionally, reducing the nose radius of the insert and lowering the cutting speed can help mitigate vibration.
We maintain a regular inventory of standard shanks (BT30/BT40/BT50, HSK63A) and common adjustable boring head models (EWN, CBH). In-stock items ship within 3-5 working days. Custom configurations or large volume orders generally require 3-4 weeks for precision manufacturing, quality control testing, and export clearance.
In deep-hole boring, chip evacuation is critical. Without through-coolant channels, chips accumulate in the bore and are re-cut by the insert, leading to surface scratching and insert chipping. High-pressure through-coolant flushes chips out of the hole, lubricates the cutting zone, and controls temperatures to prevent thermal distortion.
Yes. Our boring systems use standard connections (such as BT50, BT40, SK40, HSK, and VDI/BMT) that are compatible with major CNC machining centers and lathe systems. We also supply custom shanks to fit specific spindle profiles.