Y axis added 6 inch /8 inch Compact Turning Center Lynx 2100LY series Lynx 2100LYA/LYB Lynx2100LSYA/LSYB
Open the catalog to page 1Basic information Basic Structure Cutting Performance Detailed Information Options Applications Diagrams Specifications Customer Support Service Lynx 2100LY series Lynx 2100LY series is a new model with additional Y axis on the Lynx 2100 series and enables to complete complex machining using only one setup. Easy and high precision off-center machining is possible and the productivity has been highly improved through outstanding reduction of both cutting time and non-cutting time for complex shapes machining.
Open the catalog to page 2Contents 02 Product Overview Basic Information 04 Basic Structure 07 Cutting Performance Detailed Information 09 11 14 23 Standard / Optional Specifications Applications Diagrams Machine / CNC Specifications 26 Customer Support Service Various customer parts with Y axis complex machining Easy machining of complex shapes with One setup Additional Y axis (105 mm) and sub spindle help to make machining of parts with diverse and complex shapes faster and easier. High Reliability Improved User Convenience The Series’ excellent reliability is based on the adoption of a wider support structure, more stable...
Open the catalog to page 3Basic Structure ' Basic information Basic Structure Cutting Performance Detailed Information Options Applications Diagrams Specifications Stable high rigidity bed structure and application of roller type LM guide for all axes realize continued high rigidity and high accuracy of the machine. High rigidity High precision roller type LM guide Structure and Machining area Lynx 2100LY series offers 4 models depending on the difference of chuck size and the presence or absence of sub spindle. Lynx 2100 LYA / LYB Lynx 2100LSYA / LSYB Max. Turning diameter is 236 mm in case that optional 16 station turret...
Open the catalog to page 4High performance Y axis complex machining Free operation in all directions of the rotary milling tool using Y axis control perform a variety of complex shape machining easily with high accuracy. X axis On-center face groove Poly-side machining Y axis Rapid Traverse Off-center side groove Multi-tasking functions Combined functions of spindle, sub spindle, Y axis and milling realize two or more general machines’ manufacturing productivities. Reduced production lead time X&Y axis circular interpolation manual transfer 1 min Machine 2 Workpiece : Machinery Component Material : Aluminum (AL7075) Workpiece...
Open the catalog to page 5Product Preview Basic information Basic Structure Cutting Performance Detailed Information The high power / torque motor supports high-precision and heavy-duty cutting, improving productivity. Main spindle Powerful spindle motor is capable of 0.001degree high accuracy C axis control and can provide large bar capacity until 65mm bar working diameter. 6000 r/min Spindle Motor Power Diagrams Specifications Customer Support Service Spindle Model The sub-spindle function enables rear-side cutting by a single setup, thereby maximizing the user's productivity and efficiency. Full C axis 0.001 degree...
Open the catalog to page 6Servo driven indexing raise the reliability and BMT type milling turret ensures high rigidity. Servo driven Turret High torque servo motor controls rotational acceleration and deceleration of turret and clamping/ unclamping operations and its excellent dividing position brings continual high machining accuracy. Indexing time (1 station swivel) Cutting Performance OD turning (turning dia. 88 mm (3.5 inch)) Tapping Tool * The results, indicated in this catalogue are provides as example. They may not be obtained due to differences in cutting conditions and environmental conditions during measurement....
Open the catalog to page 7Tailstock CNC Tailstock (Hydraulic Type)_Lynx 2100LYA / LYB standard Basic information Basic Structure Cutting Performance Information Options Applications Diagrams Specifications Adoption of the hydraulic actuation type CNC tailstock (hydraulic type) enables tailstock positioning and work setting using the operation panel. The dedicated screen reduces the work setting time by about 50%. 50% * Customer Support Service The EOP (Easy Operation Package) System enables fast and easy tailstock position setting and control. -^------------►------------».---------------► Work clamp Tailstock Auto...
Open the catalog to page 8Standard / Optional Specifications Diverse optional devices and features are available to meet specific customer requirements. DUAL PRESSURE CHUCKING CHUCK CLAMP CONFIRMATION CNC Tailstock (Hydraulic type) Chuck coolant Coolant chiller Coolant pressure switch Coolant level switch Side type chip conveyor Rear type chip conveyor Chip bucket Mist collector interface Integrated mist collector Tool setter (Manual / Auto) Part catcher with parts box Part catcher with parts conveyor Workpiece ejector Auto door Robot interface Axis-tool number display Tool load monitoring system Linear scale signal tower...
Open the catalog to page 9Product Preview Basic information Basic Structure Cutting Performance Peripheral EquipmentChip Conveyor Information Options Applications Diagrams Specifications Customer Support Service Chip Material conveyor type o : Suitable, △ : Possible, X : Not suitable Grease Lubrication System The standard grease lubrication system eliminates the need for an oil skimmer and reduces lubrication costs by about 80% compared to oil lubrication. Hinged belt type* Most typical type of chip conveyor. Appropriate for steel materials generating chips of length of 30 mm or more. Drum filter type** Chip conveyor...
Open the catalog to page 10The newly-designed operation panel enhances operating convenience by incorporating common-design buttons and layout, and features the Qwerty keyboard for fast and easy operation. 10.4-inch display • Vertical soft key • USB & PCMCIA card (standard) • QWERTY keyboard • Ez-guide i (standard) • Ergonomically designed operation panel for greater user convenience • Hot key Improved Productivity Cycle time, mechanism operating speed, acceleration and deceleration are optimized and non-cutting times during cutting operation are analyzed and minimized to enhance productivity. Non-cutting time reduced...
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