Pedestal Mounted Heavy Duty Articulating Arm

AOA7000 Pedestal Mounted Heavy Duty Articulating Arm is a parallelogram arm that utilizes a single cylinder in the rear of the arm to achieve greater lifting capacity. AOA7000 Heavy Duty Arm reduces fatigue by absorbing torque reaction and lifting/manipulating product effortlessly for the operator.

Vertical Mast Arm

ATA4000 Vertical Mast Arm has fixed control handles that improve ergonomics by eliminating the need for an operator to bend or reach. The Vertical Mast Arm is typically used in applications that require significant UP and DOWN travel and precision placement.

Overhead Mounted Heavy Duty Articulating Arm

AOA7000 Overhead Mounted Heavy Duty Articulating Arm is a parallelogram arm that utilizes a single cylinder in the rear of the arm and to achieve greater lifting capacity while reducing the overall mass of the tool. Knight's Overhead Mounted AOA7000 travels inside Knight's RAD6110 and RAD7510 Aluminum Series Rail Systems.

Pedestal Mounted Medium Duty Articulating Arm

AAA6000 Pedestal Mounted Medium Duty Articulating Arm utilizes twin cylinders within the parallelogram of the arm to achieve greater lift capacity while reducing the overall mass of the tool. AAA6000 Medium Duty Arm reduces fatigue by absorbing torque reaction and lifting/manipulating product effortlessly for the operator.

Low Profile Medium Duty Articulating Arm

AAA6000 Low Profile Medium Duty Articulating Arm utilizes twin cylinders within the parallelogram of the arm to achieve greater lift capacity while reducing the overall mass of the tool. Overhead Mounted AAA6000 travels inside RAD4110, RAD6110, or RAD7510 Aluminum Series Rail Systems.

Pedestal Mounted Medium Duty Articulating Arm

AOA5000 Pedestal Mounted Medium Duty Articulating Arm is a parallelogram arm that utilizes a single cylinder in the rear of the arm to achieve greater lifting capacity. AOA5000 Medium Duty Arm reduces fatigue by absorbing torque reaction and lifting/manipulating product effortlessly for the operator.

Overhead Mounted Medium Duty Articulating Arm

AOA5000 Overhead Mounted Medium Duty Articulating Arm is a parallelogram arm that utilizes a single cylinder in the rear of the arm to achieve greater lifting capacity. Overhead Mounted AOA5000 travels inside RAD4110, RAD6110, or RAD7510 Aluminum Series Rail Systems.

Linear Rail Mounted Light Duty Articulating Tool Arm

AAA4000 Linear Rail Mounted Light Duty Articulating Tool Arm utilizes twin cylinders within the parallelogram of the arm to achieve greater lift capacity while reducing the overall mass of the tool. AAA4000 Light Duty Arm reduces fatigue by absorbing torque reaction and lifting/manipulating product effortlessly for the operator.

Pedestal Mounted Light Duty Articulating Tool Arm

AAA4000 Pedestal Mounted Light Duty Articulating Tool Arm utilizes twin cylinders within the parallelogram of the arm to achieve greater lift capacity while reducing the overall mass of the tool. AAA4000 Medium Duty Arm reduces fatigue by absorbing torque reaction and lifting/manipulating product effortlessly for the operator.

Overhead Mounted Light Duty Articulating Tool Arm

AAA4000 Overhead Mounted Light Duty Articulating Tool Arm utilizes twin cylinders within the parallelogram of the arm to achieve greater lift capacity while reducing the overall mass of the tool. Overhead Mounted AAA4000 travels inside RAD4110, RAD6110, or RAD7510 Aluminum Series Rail Systems.

Overhead Carriage Mounted Articulating Servo Hoist Arm

KSHCA Series Overhead Carriage Mounted Servo Hoist Arm is an Intelligent Assist Device (IAD) that enables an operator with the capabilities to reach outside the area directly below a rail system and to precisely locate or float a load in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHCA Series Servo Arm allows for an overhead varied reach within a work cell or station. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Overhead Carriage Mounted Vertical Articulating Servo Hoist Arm

KSHVA Series Overhead Carriage Mounted Vertical Servo Hoist Arm is an Intelligent Assist Device (IAD) that assists and enables an operator to reach underneath and overhead work areas with minimal effects of inertia with heavy loads in a confined work cell; while precisely locating or floating that load in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHVA Series Servo Arm creates a stable lifting platform, eliminating the yarding and swinging of chain or cable. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Floor Mounted Articulating Extension Boom Servo Hoist Arm

KSHAEB Series Floor Mounted Extension Boom Servo Hoist Arm is an Intelligent Assist Device (IAD) that enables an operator to precisely locate or float a load in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHAEB Series Servo Arm allows for a non-linear overhead varied reach within a work cell or station. Floor Mounted KSHAEB Series is most commonly used when overhead clearances or support structures will not accommodate an overhead rail system. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Overhead Carriage Mounted Articulating Extension Boom Servo Hoist Arm

KSHEB Series Overhead Carriage Mounted Extension Boom Servo Hoist Arm is an Intelligent Assist Device (IAD) that enables an operator with the capabilities to reach outside the area directly below a rail system and to precisely locate or float loads in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHEB Series Servo Arm allows for a non-linear overhead varied reach within a work cell or station. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Floor Mounted Articulating Extension Servo Hoist Arm

KSHAEA Series Floor Mounted Extension Servo Hoist Arm is an Intelligent Assist Device (IAD) that enables an operator to precisely locate or float a load in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHAEA Series Servo Arm allows for a non-linear overhead varied reach within a work cell or station. Floor Mounted KSHAEA Series is most commonly used when overhead clearances or support structures will not accommodate an overhead rail system. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Overhead Carriage Mounted Articulating Extension Servo Hoist Arm

KSHEA Series Overhead Carriage Mounted Extension Servo Hoist Arm is an Intelligent Assist Device (IAD) that enables an operator with the capabilities to reach outside the area directly below a rail system and to precisely locate or float loads in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHEA Series Servo Arm allows for a non-linear overhead varied reach within a work cell or station. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Floor Mounted Vertical Articulating Servo Hoist Arm

KSHVAA Series Floor Mounted Vertical Servo Hoist Arm is an Intelligent Assist Device (IAD) that assists and enables an operator to reach underneath and overhead work areas with minimal effects of inertia with heavy loads in a confined work cell; while precisely locating or floating that load in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHVAA Series Servo Arm creates a stable lifting platform, eliminating the yarding and swinging of chain or cable. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

Floor Mounted Articulating Servo Hoist Arm

KSHFA Series Floor Mounted Servo Hoist Arm is an Intelligent Assist Device (IAD) that enables an operator to precisely locate or float a load in the "Z" direction (vertical axis) with speed, precision, quality and unmatched reliability. The KSHFA Series Servo Arm allows for an overhead varied reach within a work cell or station. Floor Mounted KSHFA Series is most commonly used when overhead clearances or support structures will not accommodate an overhead rail system. Servo Hoist technology becomes an extension of an operator's natural movements and greatly improves accuracy, responsiveness and repeatability; which increases overall safety, productivity and quality. The inherent benefits include: eliminating wasted motions, reduced reaction times, and minimal effects of inertia with heavy loads.

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