NC ROTARY TABLE CLAMPING BRIDGE PRODUCTION SYSTEM
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CLAMPING BRIDGE NC ROTARY TABLE CLAMPING BRIDGE PRODUCTION SYSTEM CB PRODUCTION SYSTEM  Built-in 52mm or 96mm Quick.Point  Maximise your machine envelope  Off-Centre & On-Centre types  Cost effective

Exclusively designed trunnion system for mass production Utilising KITAGAWA's extensive rotary table range and LANG Technik's zero-point systems the CB Production system combines excellence with performance, delivering an extremely flexible workholding platform.

CLAMPING BRIDGE CB Production System Clamping trunnion Typical component parts of a CB production system Image shows a Kitagawa MK200 rotary table with an MSR142A tailspindle with a CB-F96-580 Clamping bridge assembly. Part No: MK200.CB-F96.001A. Kitagawa Tail Spindle Precision ground adaptors (manufactured by LANG Technik) Clamping Bridge (manufactured by LANG Technik) Riser Plates Kitagawa Rotary table

High precision manual zero-point technology Built-in Quick point ® zero-point systems In order to maximise your machining envelope and to reduce your setup time the CB production systems all have multiple built-in Quick point ® either on 52mm grid or 96mm grid systems manufactured by LANG Technik in Germany. Robust, wear-free mechanism for highest longevity A purely mechanical zero-point system. A patented rod system inside the plate guarantees a repeatability of less than 0.005 mm. Quick point ® trunnion beds are actuated by one or two screws to ensure simple and easy operation. Due to a...

CLAMPING Quick•Point BRIDGE Flexible system Example CB Production system Trunnion Showing multiple workholding options Allowing multi-sided machining Ultra-fast change overs Large workpieces Flat workpieces Circular workpieces Internal gripping option Irregular workpieces Double or single workpiece options Note: LANG Makro Grip® Vices, KITAGAWA Manual chucks and workpieces are not included in the scope of s

CB Production System Typical CB Production system setup - NC Rotary table, tail Spindle & trunnion assembly Many other production system setups available upon request Specifications Model 4 Allowable rotating radius (mm) 3 Plate height above datum plane (mm) 6 Allowable work inertia (kg.m ) 2 Dimensions MK200.CB-F52.001A - Single sided offset & on centre type MK200.CB-F96.001A - Single sided offset & on centre type MK200.CB-N52.001A - Dual sided On Centre type MK200.CB-N96.001A - Dual sided On Centre type

CLAMPING BRIDGE CB-F Type Off/On-Centre Single-Sided Clamping Trunnion System Image shows a Kitagawa MK200 rotary table with an MSR142A tailspindle with a CB-F96-580 Clamping bridge assembly. Part No: MK200.CB-F96.001A. Note: LANG Makro Grip® Vices and workpieces are not included in the scope of supply. 1 Very rigid system with a total assembly rotary clamping torque 4 Built in Quick point ® reduces the overall weight therefore 2 High cutting torque of 270Nm allows for rapid machining of complex shapes 5 Clamping trunnion allows for excellent tooling access and 3 Quick point ® holding force...

CB-F Type Optional usage Option: Change clamping bridge from Off-Centre to On-Centre Maximum 480mm x 192mm x 165mm Work Piece* Allows for flat workpieces to be machined CB-F96-580 Detach clamping bridge from base of adaptor flanges Attach clamping bridge on top of adaptor flanges * this is for an Aluminium work piece, for a S45C Steel billet the maximum size would be 340mm x 112mm x 165mm, but other shapes can be used. Option: With the clamping brigde on-centre the the reverse side can be modified yourself to to take addtional workholding Blue hatched areas show where tapped holes can be...

CLAMPING BRIDGE CB-N Type On-Centre Dual-Sided Clamping Trunnion System Image shows a Kitagawa MK200 rotary table with an MSR142A tailspindle with a CB-N52-580 Clamping bridge assembly. Part No: MK200.CB-N52.001A Note: LANG Makro Grip® Vices and workpieces are not included in the scope of supply. 1 Very rigid system with a total assembly rotary clamping torque 4 Built in Quick point ® reduces the overall weight therefore lowering 2 High cutting torque of 270Nm allows for rapid machining of complex shapes 5 Clamping trunnion allows for excellent tooling access and 3 Quick point ® holding...

CB-N Type Optional usage Option: Centre height to suit your machine and work pieces Riser blocks can be designed and produced to suit your specific machine, workpiece and tooling requirements. Low riser blocks under the rotary table and tail spindle allow the trunnion and part assembly to turn a complete revolution without interference with the sub-plate. Keeping the centre height low allows more room in the Z axis for longer tools to be used. Higher riser blocks under the rotary table and tail spindle can enable taller workpieces to be machined but may restrict the tools that can be used....

PRODUCTION SYSTEMS Designed trunnion production systems to suit your needs Kitagawa Europe's application research group (ARG) is a team of experienced technical engineers based within our offices throughout Europe and India, co-operating and meeting with their Kitagawa American and Japanese counterparts on a regular basis. Whilst we feel that the CB Production system is perhaps the most flexible, cost effective and advanced trunnion system available to the market, we recognise that you may well want something designed to suit your specific requirements. The main purpose of the ARG is to...

Trunnion Data Sheet Specify exactly how you want your trunnion Step One - Your machine and Rotary Table information (if you already have a Rotary table) Machine type: Rotary table model: Machine control system: Tail spindle model: Step Two - Specify which type of Trunnion System you require Off-set Type On-centre Type Step Three - Specify essential dimensions F Rotary Table Tail Spindle Riser plate Sub-plate Riser plate E Machine table width F Machine table length C Required centre height G istance between machine D table slots D Distance from centre H achine table slot size M Step Four -...