We offers complete lifting screwjacks systems to meet your requirements. Customers have depending on us to specify their system components for decades. Just tell us what you need, and we can provide the technical support to successfully size your lifting system. We offers the most comprehensive support for customers requiring multi-jack lifting

Select components for single or multiple jackscrew lift systems. We offers everything from protective boots and anti-backlash devices to special materials and system controls. Choose Trunnion Mounts, Limit Switches, Potentiometers, Hand Wheels, Counters, Encoders, Finishes, Anti-backlash Devices, Motor Mounts and Stock Motors, Servo Motor Mounts,

Jacks used alone or in screw jacking systems require couplings to transmit power to the input shaft. We provides jaw type and flex type couplings for use with jacks. All jacks, shafts, couplings and motor should be carefully aligned for maximum performance. Couplings with bores other than those specified are available upon request.

Synchronization of several worm gear screw jack systems is easily accomplished.

Multiple screw jack lift systems arrangements: Two or more screw jacks actuators are often shaft driven from one motor or gear reducer. For multiple screw jacks actuator arrangements, sum the input HP requirement of all actuators. If using mitre gear boxes, allow for 2% power loss through each 90�� turn in the power path.

We offers all of the components necessary to complete your power transmission system, whether it consists of a single screw jack actuator or a multiple worm screw jack systems arrangement. We offer a complete line of accessories to interconnect two or more screw jack actuators and provide permanent synchronization.

Power transmission systems frequently use multiple screw jack actuator systems arrangements. Such systems commonly use mitre boxes to effectively position and equally distribute loads. As the mitre boxes are supplied with 1:1 and 2:1 gear ratios as standard, all motion is synchronous upon system actuation through the main drive shaft.

Screw Jacks are the ideal product to push, pull, lift, lower and position object loads. We offers a range of synchronous screw jack systems. Only with the right accessories can design engineers and users adapt our linear drives, screw jacks, electrical cylinders, linear actuators, transfer gearboxes and Linear Chains optimally to the individual

By connecting individual screw jacks with drive shafts electric jacking system can be realized in a simple way. With the rich accessories many problems can be solved with the standard program. Typical accessories are: Elastic universal joint shafts, Cardan shafts, Connection shafts, Pedestal bearings, Motor cones for motor attachment, AC standard

These products find their perfect combination in a "four corner" H-configuration or U-configuration, where the four screw jacks connected among them by means of shafts, couplings and bevel gears, allow the transmission of the movement with a perfect synchronism, even if the load is not equally distributed.

Screw jacks transform the rotatory movement provided by an electric, hydraulic, pneumatic or manual motor into a linear motion: a vertical lifting, in pull or push, or an horizontal positioning. They can be used individually or in configurations made up of several worm screw jacks coupled together through couplings, transmission shafts and bevel

Should mechanical screw jacks are installed in a same plant, they could be series connected by shafts, couplings and spiral-bevel gears in order to synchronize them perfectly ; in this way out of balance loads could also be controlled.

Screw jacks feature the same load-handling functions and irreversibility features as full-metal screw jacks. screw jacks can work singularly or in groups connected by means of joints, shafts and bevel gearboxes.

Screw jack systems are used in automatized production plants worldwide. Standard screw jacks have been an important component of converting a rotary movement into a linear one utilizing a worm gear and threaded spindle whilst being space efficient and is just as relevant today as it ever was. Screw jack technology comes into play, where loads need

Screw Jacks can be used to lift, pull, move, or align any load, even if highly unbalanced, with perfect synchronisation offered by no other movement method. There are numerous applications, for example, theatre and stage construction, plants for the production of sheet steel and steel pipes, wood working machines, plastics processing machines,

Mechanical jacks are absolutely IRREVERSIBLE, that is, they can support their loads with no need to employ brakes or other locking systems. The Screw jacks can be deployed individually or in groups properly connected with shafts, joints, and/or bevel gear boxes. They can be driven by electrical motors, with either alternating or direct current, as

Screw jack lift table systems are used in automated production plants worldwide. Standard screw jacks have been an important component of converting a rotary movement into a linear one, utilising a worm gear and threaded spindle, while being space-efficient. Drive components: To deliver the required torque for the lifting system at the correct

We can provide bespoke control systems built to your specification with our screw jack jacking systems. Application areas are manifold, within the following industries: Food Industry, Nuclear Industry, Aerospace, Military, Maritime, Alternative Energy.

We can specify and provide all the key components required for your screwjack lifting systems. We represent class leading manufacturers of screw jacks, linear actuators, distribution gearboxes, couplings, line shafts, torque limiters, motors, linear guidance and much more. Together with our controls partners we can supply the complete bespoke

The screw jacks can be used separately or in groups connected with drive shafts, joints, couplings, bevel gearboxes and other mechanical components. Screw jacking systems also can be driven by different motors: electrical, with either AC motor or DC motor as well as hydraulic or pneumatic motors. All these motion control products can be built in