In today’s machining environment—where multi-axis turn-mill centres, high-speed finishing, and ultra-tight tolerances dominate—the tool-holder interface has evolved into a strategic performance factor rather than just a support element. The PSC Tool Holder series from XiRay responds precisely to these demands by combining the PSC (Polygon Shank Conical) interface standard with high-rigidity construction and precision clamping technologies. According to XiRay’s product overview, the PSC series is described as “advanced tool holding solutions designed to combine the high rigidity of the Polygon Shank Coupling (PSC) system with the precision and clamping strength of shrink fit technology.”
https://www.xiray-tools.com/ps....c-tool-holder-series
Product Overview
The PSC Tool Holder supports the PSC interface (ISO 26623 standard) and is offered in multiple configurations—one-piece shank variants, holding systems for turning-milling machines (“PSC holder for turning-mills series”), and modular PSC turning holders. The design enables manufacturers to adopt a unified tool-holding platform across static milling, driven/live tooling, and turning operations. This consolidates inventory, simplifies tool-holder strategy, and enhances flexibility in modern multi-task machining environments.

Key Features & Benefits
PSC Interface Compatibility: The polygonal shank plus conical coupling delivers large contact surfaces and high torsional rigidity, which supports repeatable, precise tool changes and stable performance under load.

Shrink-Fit Clamping & Accuracy: The series integrates shrink-fit technology, offering uniform 360° clamping force, minimal run-out and high-speed capability—critical for high-speed finishing and precision operations. According to the product page, run-out accuracy is down to ≤ 3 µm in some models.

Versatile Multi-Operation Use: The “Turning-Mills” variants accommodate double-side turning, 45° angle holders, radial and axial configurations—enabling one interface family to work across milling and turning machines.

Industry-Focused Application: Mentioned target sectors include automotive, electronics, medical devices and precision parts manufacturing—where change-over speed, surface finish, and tool life are paramount.

Why Choose the PSC Tool Holder?
For manufacturers stepping into flexible, high-mix or multi-task machining setups, the PSC Tool Holder offers strategic advantages:

Unified tooling interface: One interface across static and driven tooling, turning and milling—reducing tool-holder type proliferation and simplifying logistics.

Improved machining outcomes: With enhanced rigidity and precise clamping, surface finish improves, tolerances tighten, and tool/spindle life extends.

Faster change-overs and higher utilisation: The repeatability and robustness of the PSC interface support quicker, more consistent tool changes—key for agile manufacturing.

Application & Best Practice
To realise full benefit: ensure your machine spindle/tool-pocket geometry meets PSC/ISO 26623 tolerances; for shrink-fit variants follow correct induction-heating or clamping protocol; in turn-mill or multi-task machine conditions select the modular PSC holders to standardise tooling across both static and driven formats.

In a manufacturing world moving at light-speed, tooling no longer sits on the sidelines—it drives transformation. That’s why our offering of approximately 150,000 different boring-tool systems, both driven and static, compatible with the full holder spectrum (VDI, BMT, HSK, BT, PSC) for turning centres, machining centres and grinding machines—including many specialist tasks—gives you a platform aligned with the major trends defining 2025 and beyond.
https://www.xiray-tools.com/product/
Digitally enabled tooling for the smart factory
As manufacturers adopt automation, AI/ML, IoT sensor networks and flexible production systems, tooling must be more than geometry—it must integrate. Industry research highlights automation and smart manufacturing as core pillars for 2025.

Our boring-tool systems meet that need: static holders and driven bars suitable for intelligent machine integration, designed for quick setup in connected environments and optimized for data-driven processes.

Meeting advanced materials and complex processes
Machining increasingly means exotic alloys, composite structures, hardened surfaces and micro-precision features. Trends in cutting tools emphasise advanced materials, coatings and high-productivity designs for high-precision applications.

With our deep tooling catalogue, you get static and driven options across all major holder systems (VDI, BMT, HSK, BT, PSC), engineered for everything from deep-bore finishing in turning centres to fine finishing on grinding machines and complex machining setups.

Modular, agile tooling for flexible manufacturing
Smaller lots, more variants, frequent change-overs and agile production are becoming standard. Reports note that modular tool systems, flexible platforms and cross-machine applicability are key.
Kerf Developments
Our tooling framework reflects that—one ecosystem spanning turning, machining and grinding machines; driven vs static tooling; and modular interface compatibility across holder standards. So when your process shifts, you don’t start over.

Sustainability, efficiency and future-proof cost-profile
The cutting-tool market is expected to grow strongly (CAGR ~6.1% from 2025 to 2034) thanks to rising demands for lightweight materials, advanced manufacturing and smart tooling.

At the same time, manufacturing prioritises tool-life extension, fewer change-overs, less waste and lower total cost of ownership. By offering one broad tooling platform with ~150,000 variants, we help you standardise across machines, streamline inventory and support greener, more efficient processes.

Special applications get full coverage
Whether you require deep-reach boring, high-precision internal finishing, grinding-machine boring, exotic-material machining or complex hybrid setups, our tooling offering is large and flexible enough to handle it. With driven and static tooling for VDI, BMT, HSK, BT and PSC holder types across turning centres, machining centres and grinding machines, you’re covered for both mainstream and specialist tasks.

In summary: if your tooling strategy needs precision, flexibility, digital readiness and future-proofing, our platform delivers. With ~150,000 variants spanning all major holder systems and machine types—built with today’s manufacturing trends in mind—you gain a solution set designed for performance now and adaptability tomorrow.

 

www.xiray-tools.com

Modular Damping Cutting Tools Holding System Factory - Jiaxing XiRay Industrial Technology Co., Ltd

Modular Damping Cutting Tools Holding System provides reliable tool clamping for a wide range of cutting processes, including deep-hole boring, high-speed milling, fine finishing, and long overhang machining.