Robust Structure Design

• High Quality, Rugged MEEHANITE™ Castings – YCM's In-House Foundry follows strict international MEEHANITE standards ensuring high stiffness, rigidity, and vibration dampening that results in superior thermal stability, and cutting performance.
• Reinforced saddle features provides optimum stiffness, rigidity and stability.
• Extra wide base and column design enables solid support and excellent cutting performance when machining complex parts at a high feeds and speeds.

Accurate and Thermally

• Linear scales are mounted in X/Y/Z-axis and encoders in the B & C axis allowing for the most demanding machining accuracies.
• The X/Y/Z-axis are fitted with high precision roller guideways and fixed pre-tensioned, double-nut, direct drive ballscrews, allowing for fast and accurate machining.

B/C-axis Rotary Table

• High precision rotary encoders in the B and C
• axes as a standard feature, allowing for the most demanding machining accuracies.
• Durable 2-axis tilt/rotary table allows fast, accurate
• machining of complex 5-axis components.
• The tilt-rotary table features a full circular hydraulic braking system that provides rigid B/C-axis clamping during fixed rotary-axis machining applications.

YCM In-house IDD Spindle

• The YCM IDD spindle design provides power, speed, and stiffness required for the
• most adverse machining applications while providing long spindle life.
• Ceramic bearings help to minimize heat and provide thermal stability improving overall
• machining accuracy.
• Powerful 17 kW max. hollow shaft spindle motor – allows machining of the toughest
• materials, while also providing with fine surface finishes and the ability to add up to
• CTS 20 bar (1,000 psi) coolant through spindle (CTS) easily.

Tool Magazine

• Chain type 40T magazine as standard
• Wide selection of optional tool magazine, including 48T / 60T
• Absolute encoder ATC system tracks tool pot position in the event of a mishap

Automatic Tool Changer

• Tool to Tool time: 1.8 sec.
• Standard ATC auto door minimizes chips and coolant from entering the tool magazine area.
• This design incorporates an inverter type cam-box-motor for easy ATC recovery in the event of a mishap. The tool change arm is designed for low inertia allowing precise positioning and long service life.

Chip Removal

• 4-coolant lock lines around the spindle, 2-coolant lock lines on the right side of the spindle, cutting air-blast with 1-lock line on the right side of spindle, coolant gun, and air gun.
• Standard shower coolant nozzles mounted from the roof and saddle provide optimal chip removal.
• Efficient chip discharge with steep angle allow unhindered chip flow to the chip conveyor.

User-friendly Operation

• Large front and right side doors allowing easy reach and unrestricted access.
• Optional right side automatic door can be selected to combine with robot, gantry, or pallet allowing for automated unmanned operation.
• The controller allows 145-degree swivel movement and can be operated at the front or right side of the machine.
• Bellows type roof-top cover ensures chip and coolant containment. The middle section can also be easily and automatically unlatched and moved back on a track
• when loading heavy parts on the table with an overhead crane.
• Easy operator access to the tool magazine for the quick change of tools.