Mechanical drives - Import export

Alignment Table AT is a rotary positioning mechanism capable of precise angle correction, in which a high rigidity steel table and bed are used and IKO Crossed Roller Bearings are incorporated in the bearings supporting the table. Alignment Table AT uses the ball screw drive to convert linear motion into circular motion in a fixed angle range and positions the table in the rotational direction. An IKO Linear Way L is used for the linear motion rolling guide of the ball screw drive mechanism, combined with a precision ball screw to achieve high precision positioning. Placing Alignment Table AT on the slide table of the IKO Precision Positioning Table enables the configuration of a low height XYθ multiaxis positioning mechanism. This enables the table to be used as an alignment table for precision measuring equipment, inspection equipment and assemblers.

IKO Thrust Bearings consist of precisely machined cages and rollers. They have high rigidity and high load capacity and can be used in small spaces. Thrust Needle Roller Bearings use needle rollers, while Thrust Roller Bearings use cylindrical rollers. Various types of raceway rings are available, and can be selected according to the operating conditions. When the bearing mounting surface of a machine is heattreated and finished by grinding, Thrust Bearings can be used without raceway rings, making the machine more compact. They are best suited for applications where high accuracy is required at high speeds and under fluctuating heavy loads, such as the drive mechanisms for automobiles, machine tools, and highpressure pumps.

The SlimLine Torque Wrench is engineered to fit inaccessible applications with minimal clearance. Dynamic engineering modeling (FEA) optimized tool design to extend life and durability The SlimLine links use the same quick change Drive Body as the existing TWLC links Small nose radius, fits all standard API and ANSI flanges Rigid steel body construction with corrosion resistant plating Fully enclosed drive mechanism for operator safety Swivel manifold has an internal relief valve to prevent retract side overpressurization Multi-Swivel technology for free positioning of tool and hoses The Drive Body is designed to interchange with the TWLC (Low Clearance) and the new TWSL (SlimLine) Links, lowering your tool investment across each series to broaden your application reach. The TWSL’s narrow width and reduced radius design enables the tool to fit into tight areas where standard low clearance links cannot.

SQUARE DRIVE TORQUE WRENCH Low weight, high strength design Superior torsional strength Fast operation cycle Fine tooth ratchet Floating piston design Swivel manifold internal relief valve prevents retract side over-pressurization Rigid steel body construction Compact frame size Reaction and drive accessories available Push button reversal of square drive Corrosion resistant finish 360° reaction arm Push to lock reaction arms Multi-axis high flow swivel manifold Simple design Consistently accurate torque output Fully enclosed drive mechanism

TORQUE WRENCH - HIGH CYCLE Quality means Lower Cost of Ownership: Designed for high cycle life: 2 to 3x more than existing technology Increased reliability: simple drive assembly means less downtime Corrosion resistant material used for use in harsh environments Enhanced Usability: Compact nose radius allows the tool to fit in tighter, hard-to-reach spaces Low weight, high strength design Fast operation, long stroke and optimum flow Multi-direction high flow swivel manifold Push button square drive reversal and reaction arm positioning Push-button release of square drive & reaction arm for all models except TWHC50. Designed with Safety in Mind: Fully enclosed drive mechanism for operator safety Swivel manifold internal relief valve prevents retract side over-pressurization Fine tooth pawl prevents tool "lock-on" Handles Sold Separately The tool's designed long-stroke mechanism imparts a minimum 30 degree nut rotation per stroke while maintaining a tight and compact nose...