At Guru Nanak Machine Tools, we offer a comprehensive range of high‑precision CNC‑VMC tooling designed to enhance machining efficiency, accuracy, and tool life. Our product portfolio includes hydraulic and mechanical tool holders, collet chucks, end mill holders, shell mill adaptors, boring heads, and face mill arbors – all engineered to meet the rigorous demands of modern CNC and VMC machining centres. Whether you are performing high‑speed milling, heavy roughing, or precision finishing, our tooling ensures secure clamping, minimal runout, and consistent performance – helping you achieve superior surface finishes and tighter tolerances in every operation.
With decades of experience in tool holding technology, we focus on precision grinding, dynamic balancing, and robust material selection. Our tool holders are manufactured from high‑quality alloy steels, hardened and precision‑ground to deliver exceptional rigidity, vibration damping, and concentricity – empowering your machining processes to run faster, with less tool wear and greater productivity.
Why choose Guru Nanak CNC-VMC tooling
Every tool holder and accessory we produce undergoes stringent quality control and is backed by our commitment to precision engineering. From standard BT, SK, and HSK taper configurations to customised solutions, our tooling provides the reliability and performance that machine shops and production floors depend on.
precision clamping & low runout
Our tool holders feature precision‑ground tapers and high‑accuracy collet systems, ensuring concentricity within microns for superior machining accuracy and extended tool life.
high rigidity & vibration damping
Manufactured from hardened alloy steels with optimised wall thickness, our tool holders deliver excellent rigidity and vibration resistance – ideal for heavy cutting and chatter‑free finishing.
versatile taper configurations
Available in all popular tapers including BT, SK, CAT, and HSK, with various lengths and coolant‑through options, our tooling fits most CNC machining centres and VMC spindles.
durability & corrosion resistance
Hardened and ground surfaces, combined with anti‑corrosion treatments, ensure long service life and reliable performance even in high‑pressure coolant environments.
Advanced tooling technology
Our manufacturing processes incorporate state‑of‑the‑art CNC grinding, dynamic balancing, and precision assembly to achieve the highest levels of taper accuracy and surface finish. From balanced tool holders for high‑speed machining to specialised collet systems for micro‑tooling, we offer features that boost productivity, reduce setup time, and improve overall machining economics.
- Precision ground taper (AT3 or better)
- G2.5 dynamic balancing up to 25,000 RPM
- Coolant‑through and air‑blast options
- High‑strength alloy steel with induction hardening
- Compatible with standard collets (ER, TG, SK)
- Custom lengths and special taper combinations available
Frequently asked questions
We offer a complete range including hydraulic tool holders, mechanical collet chucks, end mill holders, shell mill adaptors, boring heads, face mill arbors, and shrink fit holders. Custom taper configurations and special lengths are also available upon request.
Our quality process includes taper gauge inspection, runout measurement using precision test bars, dynamic balancing verification, and hardness testing – ensuring every tool holder meets or exceeds DIN/ISO standards for taper accuracy and concentricity.
Absolutely. We provide custom taper modifications, extended lengths, reduced neck designs, and special coolant port configurations – all engineered to your specific machine spindle and workpiece requirements.
Yes. We offer dynamic balancing up to G2.5 at speeds up to 25,000 RPM, with optional balancing corrections for assemblies. This ensures minimal vibration, better surface finish, and extended spindle life at high rotational speeds.
We offer comprehensive application support – from taper and length selection, to balancing requirements, coolant pressure ratings, and maintenance recommendations – ensuring you achieve optimal tool life and machining efficiency.