BT/OMS Side Lock Oil Hole Holders are designed for secure clamping of tools with internal coolant delivery in CNC machining centers. These arbors feature side lock mechanisms and oil holes for efficient coolant supply directly to the cutting edge.
Key Features:
• Oil Hole Design: Through-coolant capability for efficient chip evacuation
• Side Lock Mechanism: Secure and reliable tool clamping
• Available in BT40 and BT50 configurations
• Multiple bore diameters (d) from 20mm to 50mm
• Various lengths to suit different machining requirements
• High-quality construction for demanding applications
• Precision ground surfaces for optimal runout
Applications:
• Deep hole drilling with coolant supply
• High-speed machining with through-coolant tools
• End mill operations requiring efficient cooling
• Precision machining centers with coolant capability
• Heavy-duty cutting operations with heat dissipation requirements
Technical Specifications:
• Coolant pressure capability up to industry standards
• Balanced for high-speed operations
• Compatible with standard pull studs (M12, M14, M16×1.5, M20)
Internal Coolant System
Equipped with internal coolant channels for enhanced cooling
Select Specifications
φ(d)=Cutting Diameter | R=Radius | D=Shank Diameter | I=Cutting Length | L=Overall Length | All in mm
D=Diameter | L1, L2, L3=Length Dimensions | L=Overall Length | D1=Shank Diameter | All in mm
Select blade width, groove depth (T), and working radius range to find the right Face Groove tool
Select boring diameter range, shank diameter (D), and insert type (C=diamond/T=triangular) to find the right boring head
Select CBA model (complete boring range) and internal boring range to find the right micro finish boring head
Select LBK model (matches your CBA boring head) and extension length to find the right extension rod
Select BT type (spindle taper), LBK number (locking block socket), CBA head model, and projection length (L1) to find the right boring head shank
HRC≤56 is recommended for best price/performance ratio with newest nano-black coating technology.
