Track type
Track-Type Tool Magazine：The Heavy-Duty Powerhouse for Large-Scale Horizontal Machining
When handling massive workpieces and continuous, complex machining cycles, the weight and volume of your tools are the ultimate tests of stability. The HYDEX HYHB Series Track-Type Tool Magazine is purpose-built for large-scale Horizontal Machining Centers (HMC). By integrating a mature hydraulic drive system with a reinforced rail structure, we solve the challenges of inertia and stability in heavy-tool exchange, providing the reliable core your large-scale machining cells require.
High-Torque Hydraulic Drive System
The HYHB series utilizes a high-performance Hydraulic Drive Mechanism. Known for its superior torque and smooth operation, the hydraulic system maintains unshakeable stability even when the magazine is fully loaded with heavy tools. This ensures low-vibration indexing and extends the operational lifespan of the entire mechanical assembly.
Hydraulic ATC: The Specialist for Heavy & Long Tools
The specially optimized hydraulic Automatic Tool Changer (ATC) delivers the immense clamping force required to handle large-diameter, heavy-duty tools or extra-long boring bars.
We guarantee zero wobble and zero misalignment during high-speed exchanges of heavy tools, ensuring precise spindle entry and protecting the integrity of the spindle taper.
Linear Rail Architecture for Maximum Capacity
The rail-type layout allows for maximum tool storage within the footprint behind the machine. From 32 to 120+ tool configurations, the HYHB provides stable support and fluid transmission, meeting the demands of long-term unmanned operations in automated production lines.
| Model | HYHB - 40 |
| Number of Tools | 32 / 40 / 60 / 80 / 100 / 120 T |
| Max. Tool Diameter (Full Magazine) | 90 mm |
| Max. Tool Diameter | 185 mm |
| Max. Tool Weight | 8 kg |
| Max. Tool Length | 350 mm |
| Tool Specifications | BT 40 / CAT 40 / DIN 40 / HSK 63 |
HYDEX reserves the right to change designs and specifications.
| Model | HYHB - 50 |
| Number of Tools | 32 / 40 / 60 / 80 / 100 / 120 T |
| Max. Tool Diameter (Full Magazine) | 125 mm |
| Max. Tool Diameter | 250 mm |
| Max. Tool Weight | 25 kg |
| Max. Tool Length | 350 mm |
| Tool Specifications | BT 50 / CAT 50 / DIN 50 / HSK 100 |
HYDEX reserves the right to change designs and specifications.
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Vertical and Horizontal Dual-purpose Type
Vertical/Horizontal Dual-Purpose Tool Magazine：The Versatile Core: Redefining Multi-Axis Productivity
In the era of complex, multi-process integrated machining, space optimization and tool-change efficiency are the keys to victory. The HYDEX HYHL Series Vertical/Horizontal Dual-Purpose Tool Magazine is purpose-built for high-end dual-purpose machining centers. By combining advanced drive technology with our patented unclamping structure, we drastically reduce non-cutting time while elevating operator safety and tool protection to aerospace standards.
Modular Power Transmission
Hydraulic Solution: Features a modular mechanism combining a hydraulic motor with a positioning cylinder for powerful, stable indexing.
Servo Solution: Equipped with a servo motor and a low-backlash reducer for lightning-fast response and micron-level precision.
Patented Unclamping Structure (Optional Upgrade)
Eliminates the need for traditional pull studs, preventing wear on the tool holder's critical contact surfaces and extending the life of premium tooling.
Significantly accelerates tool loading and reduces non-cutting time, maximizing overall machine throughput.
Simplifies the operational workflow, effectively reducing potential safety hazards during tool handling.
3-Point Motion ATC Arm: Optimized T-T Time
The ATC arm features an advanced 3-point displacement design with a dedicated "Standby Position." This allows the next tool to be pre-positioned, drastically shortening the tool-to-tool (T-T) cycle and ensuring seamless transitions.
Automatic Tension Adjustment Mechanism
Say goodbye to the hassle of manual chain adjustments. The HYHL series is equipped with an Automatic Tension Adjustment Mechanism that maintains perfect chain balance. This ensures long-term operational stability and significantly lowers maintenance costs and unexpected downtime.