Mechanical lifting - Import export

For assembling and connecting transfer lines Welding – major suitability certificate required Mechanical engineering Surface treatment Preassembly at FMS’ facilities including regulation and control systems On-site assembly

The basis of short bar loader Multi 3000SL was developed in Switzerland. It was specially designed for turning machine types with a large distance between machine cover and spindle end. The bar feeder is supplied as standard with a Z-axis sliding unit to ensure free access to the Spindle Liner. This makes it easy to change the spindle insert tube. The Bar Loading Magazine is manufactured in Germany with first-class materials and components. The MULTI-3000SL guarantees long-term reliability. It impresses with its service and environmentally friendly design. It is also a fully electric and servo-controlled magazine. Due to the easy access to all parts it is extremely user-friendly. It is very simple to understand and therefore easy to operate. Due to the well thought-out design, set-up and changeover is possible within 2-5 minutes. The patented lifting mechanism guarantees an impact-free and fast loading cycle.

The short bar loading magazine Multi 3000 was developed in Switzerland. Manufactured in Germany with first-class materials and components. The MULTI-3000 guarantees long-term reliability. It impresses with its service and environmentally friendly design. It is also a fully electric and servo-controlled magazine. Easy access to all parts makes it extremely user-friendly. It is very simple to understand and therefore easy to operate. Set-up and changeover is possible within 2-5 minutes due to the well thought-out design. The patented lifting mechanism guarantees an impact-free and fast loading cycle. Further features are the smooth material feed, an optimal control and monitoring of the material feed, as well as the exact positioning of the bar without mechanical stop. Due to its design, the Multi 3000 does not require a shifting device to change the Spindle Liner. A shifting device is optionally available in X- and Z-axis and in different lengths.

Adjustment of workstation systems through to complex mechanical engineering systems Lifting columns are the ideal drive elements when a motor setting is required in addition to the stable guidance. The whole technology is integrated and not visible from the outside. These lifting columns do not need any additional coverings. Usually, no special electrical knowledge will be required for the commissioning. Various versions are available as standard for the application in the field of medical technology. Several lifting columns can be combined and synchronised and offer further impressive application possibilities. The MultiControl-units can be linked by a BUS-system and enable the synchronization of maximal 32 lifting columns. The right Lifting column, quickly and easily Use our online product finder and compare lifting columns with each other, receive catalogue and CAD data or request the desired products directly.

Lever hoists, also known as ratchet lever hoists, are mechanical devices used for lifting and pulling heavy loads in a wide range of industries. They commonly consist of a lever, a chain or wire rope, and a ratchet and pawl mechanism. Lever hoists work by applying force to the lever, which rotates the gears and tightens the chain or rope around the load. The ratchet and pawl system locks the load in place, preventing it from descending unintentionally. This working mechanism helps lever hoists offer a compact and portable solution for lifting and pulling operations in various industries, such as construction, maintenance, and transportation. Armed with an all-metal and impact-resistant body, Ronix RH-4110 is the 1.5T variant of our lineup of lever hoists with a proof load of 22.5kN

The 60 and 80 l MGB are the portfolio classics. They comply with DIN EN 840 and RAL-GZ951/1 (GGAWB) and are noise reduced according to EU directive 2000/14/EG. Characteristics: — Small holding capacity, ideal for the separation of different fractions in small households — Comb lift receiver with robust support struts and guiding strips for operator safety during mechanical lifting — External wheels, available with 200 mm Ø rubber tires

TSCHAN® TKVSG (SEB-design) Construction and design acc. to operation sheet of German Steel Iron Industry SEB 666212 Hub and housing of reinforced material - Additional retainer rings improve axial fixing of the barrel by created axial rope forces General features Torsionally rigid, compensate for angular and axial shaft misalignment Torque transmission by hardened steel rollers For use in crane/ hoist applications to support the rope drum Outer diameters up to 850 mm Wear indication Bores up to 400 mm Torques up to T Kmax = 685,000 Nm FEATURES AND APPLICATIONS TSCHAN TK barrel couplings are recommended for installation in crane lifting mechanisms, to connect the cable drum with the gearbox output shaft, as well as in winch conveyors and platform hoists. By selecting the coupling size (Table 1a/1b in the catalogue), it is necessery to consider the radial load (S T(N)), the dimension of the gearbox shaft (d min – d max) and especially the transmission torque (T) with the...

TSCHAN® TKV of reinforced-material Power improved design Proven design, hub and housing of reinforced material to transmit higher torque and higher radial load by same designed space General features Torsionally rigid, compensate for angular and axial shaft misalignment Torque transmission by hardened steel rollers For use in crane/ hoist applications to support the rope drum Outer diameters up to 850 mm Wear indication Bores up to 400 mm Torques up to T Kmax = 685,000 Nm FEATURES AND APPLICATIONS TSCHAN TK barrel couplings are recommended for installation in crane lifting mechanisms, to connect the cable drum with the gearbox output shaft, as well as in winch conveyors and platform hoists. By selecting the coupling size (Table 1a/1b in the catalogue), it is necessery to consider the radial load (S T(N)), the dimension of the gearbox shaft (d min – d max) and especially the transmission torque (T) with the operating factor (K1) in Table 3 in the catalogue). Rigid...

TSCHAN TK barrel couplings are recommended for installation in crane lifting mechanisms, to connect the cable drum with the gearbox output shaft, as well as in winch conveyors and platform hoists. General features Torsionally rigid, compensate for angular and axial shaft misalignment Torque transmission by hardened steel rollers For use in crane/ hoist applications to support the rope drum Outer diameters up to 850 mm Wear indication Bores up to 400 mm Torques up to T Kmax = 685,000 Nm FEATURES AND APPLICATIONS TSCHAN TK barrel couplings are recommended for installation in crane lifting mechanisms, to connect the cable drum with the gearbox output shaft, as well as in winch conveyors and platform hoists. By selecting the coupling size (Table 1a/1b in the catalogue), it is necessery to consider the radial load (S T(N)), the dimension of the gearbox shaft (d min – d max) and especially the transmission torque (T) with the operating factor (K1) in Table 3 in the catalogue). Rigid...

TSCHAN® TKSG (SEB-design) Construction and design acc. to operation sheet of German Steel Iron Industry SEB 666212 Hub and housing of standard material - Additional retainer rings improve axial fixing of the barrel by created axial rope forces General features Torsionally rigid, compensate for angular and axial shaft misalignment Torque transmission by hardened steel rollers For use in crane/ hoist applications to support the rope drum Outer diameters up to 850 mm Wear indication Bores up to 400 mm Torques up to T Kmax = 685,000 Nm FEATURES AND APPLICATIONS TSCHAN TK barrel couplings are recommended for installation in crane lifting mechanisms, to connect the cable drum with the gearbox output shaft, as well as in winch conveyors and platform hoists. By selecting the coupling size (Table 1a/1b in the catalogue), it is necessery to consider the radial load (S T(N)), the dimension of the gearbox shaft (d min – d max) and especially the transmission torque (T) with the operating...

SR2 provides controlled motion to adjust the height at any position. Through its inverse interrupting mechanism, this breakthrough technique conducts driving from the input shaft to the output shaft and locks the input in place even if the drive is stopped. Thanks to this new mechanism, you can easily lift heavy objects and lock them precisely into position. This new control motion is perfect for applications such as adjustable tables, handicap sinks, and more. [Benefits] ･ No power supply ･ Easy operation ･ Ready to install ･ Competitive price

Description TDC 1500 Year of construction 2017 Serial Number 36160700-1 Product contacted material 316L Seal design PTFE – FEP Silicone Vessel diameter (mm) 1,460 Total volume (l) 1,780 Useful volume (l) 1,000 Agitator drive (HP) 30 Speed range (rpm) 3 – 33 Mechanical seal Yes (lift-off / contacting seal) PED No ATEX No ASME / “U” STAMP Yes Dust filter (m²) 0.9 Hydraulic power pack Yes Control System Yes Motor and Gearbox 30 HP – 3×480 V+N, 60Hz Electric components CSA Class 1, Zone 2, Group IIB, T3

Entire system solution from a single source: — from construction of the laser cell to integration of your chosen KEYENCE laser — self-contained and high-performance solutions for laser labeling small batches of individual parts SIM-Marker Mini Equipment options: Standard version — Manual setting of the focal point with mechanical lift table — Door opening by hand — Connection to PC via LAN or USB — Set up: directly on a desk or mounted onto the movable base frame — Latest three-axis laser marking systems offers a laser labeling system that can be precisely adjusted to the materials and part geometries that shall be labeled Advantages of integrated optical three-axis technology: — focal point to be freely set and is especially impressive — mark on any shape with outstanding sharpness, including on slanted surfaces, cylinders and cones Size of the labeling field: between 120 x 120 mm and 330 x 330 mm.

Nappy changer in stainless steel (AISI 304) for surface mounting. Allstainless steel housing; all corners fully welded, visible surfaces satin finished and brushed, handle strip with glossy surface. Table surface molded in polypropylene to fold out with lifting mechanism supported by gas struts. TÜVtested and certified. Approved for public and private use. Delivery includes fixing material. Dimensions 540 x 946 x 135 mm

Nappy changer in stainless steel (AISI 304) for surface mounting. Allstainless steel housing; all corners fully welded, visible surfaces satin finished and brushed, handle strip with glossy surface. Table surface molded in polypropylene to fold out with lifting mechanism supported by gas struts. TÜVtested and certified. Approved for public and private use. Delivery includes fixing material. Dimensions 910 x 576 x 135 mm

DAMBACH lift tables are efficient transfer units for mergers, crossings or branches in flows of materials. Roller or chain conveyors can be integrated as required. The interlocking lift mechanism combined with a rigid frame protects the unit loads and ensures optimum availability. As an option, variable intermediate lift positions can be included to ensure greater flexibility. The compact dimensions and safety guards expand the range of applications. Turntable with Roller or Chain Conveyor Turntables can divide or merge flows of materials without changing the orientation of the unit loads. The highly dynamic turntable drives from DAMBACH are interlocking units and ensure precise rotational angles of up to 270° with any number of intermediate stops. For optimum occupational safety, our turntables can be fully enclosed. In addition, the innovative modular design guarantees numerous and diverse applications and ease of servicing at the same time.

Our newly developed modular mould kit offers the perfect solution also for smaller projects. One of the unique features of the new concept is the patent-pending shrinking mechanism, whereby the module is lifted while the inner core is shrunk at the same time. The mould was also deliberately designed to be modular. The core and exterior panels consist of various standardised components that can be easily swapped out and adapted to other room dimensions. This means the mould can be used efficiently even if the production volume of a room is small.