Assembly lines - Import export

Safe and powerful For an efficient body shell process, the correct bodywork components must be reliably brought from their intermediate storage areas and production lines to be assembled. Lödige’s materials handling and control solutions automate this procedure. Your advantages using Lödige solutions in the body shop: Connection to the pressed component store Conveying on several levels possible Connection to bodywork store Horizontal materials handling systems High levels of automation possible Control connection to robotic systems

Guide tubes for solenoid valves, deep-drawn from stainless steel. Tightest tolerances, high quantities

A clamping ring machine is a system for the automatic production of clamping rings. Schmale Maschinenbau Gmbh is one of the leading manufacturers of clamping ring machines in Europe. On our clamping ring machines, the strip material is profiled, bent and cut. Automatically closures are supplied and welded. The finished clamping ring is calibrated and stored. Via a servo-electric transfer, all processing stations are connected to each other and operated simultaneously. Thus, cycle rates of up to 28 clamping rings per minute can be realized.

The stopper cylinders are developed to stop or block moving parts, e.g. in an assembly line. The large dimensioned piston rod also allows use as a stand-by stop device.

control panels, control cabinets, pneumatic systems, pneumatic systems, control units, pre-assembled pneumatic modules for machines and plants in automation technology factory automation assembly lines test benches Also for automotive applications such as brake test benches, assembly robots, conveyor belts. Design, layout, assembly, plug and play delivery. We are also happy to use components according to the parts list, specifications or customer specifications.

With the ever increasing automation of assembly lines, users are finding that values for absolute linearity are steadily gaining importance. Unlike independent linearity, for absolute linearity the reference slope is fully defined (Fig. 8) so that there is no need for subsequent system trimming. The definition of an index point establishes a relationship between the mechanical input value (travel or angle) and the output voltage. Potentiometers whose linearity is defined by these criteria can be installed without a need for subsequent adjustment. As with independent linearity, it is best to determine the absolute linearity of a potentiometer by comparing its output with that of a master potentiometer. With absolute linearity, it is frequently necessary for the tolerance fields to be stepped. Fig. 9 shows a practical example. Fig. 8 Fig. 9

Incremental length probe with magnetic operating principle Extremely insensitive to contamination such as oil mist, moisture and dust Due to the Ø 20mm clamping shaft extremely robust against oscillations and vibrations Perfectly suited for automated data acquisition in measuring fixtures, assembly and production lines

High accuarcy incremental length probe with magnetic operating principle. Extremely insensitive to contamination such as oil mist, moisture and dust Due to the Ø 20mm clamping shaft extremely robust against oscillations and vibrations Perfectly suited for automated data acquisition in measuring devices, assembly and production lines

High precision incremental length probe with magnetic operating principle Extremely insensitive to contamination such as oil mist, moisture and dust Due to the Ø 20mm clamping shaft extremely robust against oscillations and vibrations Perfectly suited for automated data acquisition in measuring devices, assembly and production lines

Incremental length probe with magnetic detection principle for high reliability. Very high accuracy and repeatability Extremely insensitive to contamination such as oil mist, moisture and dust Ball spline bearing of the spindle for long life time Perfectly suited for automated measured value acquisition in measuring devices, assembly and manufacturing lines

Incremental length probe with magnetic detection principle for high reliability. Very high accuracy and repeatability Extremely insensitive to contamination such as oil mist, moisture and dust Ball spline bearing of the spindle for long life time Perfectly suited for automated measured value acquisition in measuring devices, assembly and manufacturing lines

Incremental length probe with magnetic detection principle. Very high accuracy and repeatability Extremely insensitive to contamination such as oil mist, moisture and dust Ball spline bearing of the spindle for long life time Perfectly suited for automated measured value acquisition in measuring devices, assembly and manufacturing lines

This exceptionally versatile tool for post-mould assemblies is ideally suited to all levels of production: from a single unit for prototype assembly, to multiple units on an assembly line. The SPIROL® Model CM Manual Compression Limiter Installation Machine easily accommodates quick change-overs by simply: • Replacing the fixture • Swapping insertion punch/pusher tip • Adjusting the positive stop for new install height. The use of high quality shafting and bearings results in smooth operation, precise positioning, repeatability, and durability. The Model CM Manual Compression Limiter Installation Machine installs Compression Limiters ranging in diameter from M3 to M10 metric and #4 to 3/8" unified, and has a maximum insertion force of 0.9kN (200 lbs).

This exceptionally versatile tool is ideally suited to all levels of production: from a single unit for prototype assembly, to multiple units on an assembly line. The Model PM Manual Pin Inserter easily accommodates quick change-overs. The part holding device (fixture) is simply replaced from the base of the machine. The pin diameter is easily changed, positive pin depth easily adjusted, and part size variation easily accommodated. The use of high-tech shafting and bearings results in smooth operation, precise positioning, repeatability, and durability. The Model PM Manual Pin Inserter installs pins ranging in diameter from 0.8mm-4mm (.031”-.156”) with a maximum insertion force of 0.9 kN (200 lbs).

High precision incremental length probe with magnetic operating principle Extremely insensitive to contamination such as oil mist, moisture and dust Due to the Ø 20mm clamping shaft extremely robust against oscillations and vibrations Perfectly suited for automated data acquisition in measuring devices, assembly and production lines

Three strong profiles for many applications For economical installation of several pipe lines For assembling of cross arms and under constructions For safe load distribution on several anchors We would be very pleased to support you with all your individual questions and suggestions regarding WUS. Give us a ring or leave a message indicating the information you need. We will contact you as quickly as possible. Your WUS team

Together with our customers, we develop scalable control and automation solutions for their assembly, laser and ECM lines to meet their requirements. In doing so, we attach great importance to the topicality and future-proof development of the technology used. Programming under SIEMENS SPS, SIEMENS NC, BECKHOFF HMI and robot technology are our specialties. We are experts in realization drive and feedback control engineering, electrical project planning, control-cabinet construction, software development and control engineering.

Incremental length probe with magnetic detection principle for high reliability. with USB interface. Very high accuracy and repeatability.. Resolution 0,1µm or 0,5µm. Extremely insensitive to contamination such as oil mist, moisture and dust. Ball spline bearing of the spindle for long life time. Perfectly suited for automated measured value acquisition in measuring devices, assembly and manufacturing lines. Basic measuring software for evaluation included.

The ability to gently handle components of different dimensions, geometries and surface structures opens up completely new possibilities. The small gripping head offers flexible and simple cooperation between man and machine. Benefit from ✅ Increased efficiency of your processes ✅ Increased availability of your personnel ✅ Increase in the production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Personnel deployment ❌ Process complexity Possible applications of the FH-R80 ✅ Industrial robot applications for components up to 2 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Bin picking applications ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Use with collaborative robots

The ability to gently grip components of different dimensions, geometries and surface structures opens up completely new possibilities for you. Benefit from ✅ Increased efficiency of your processes ✅ Higher availability of your personnel ✅ Increased production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Personnel deployment ❌ Process complexity Possible applications of the FH-R15 ✅ Industrial robot applications for components up to 8 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Transporting parts (e.g. large sheet metal parts such as fenders or hoods) ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Use with collaborative robots

The ability to gently handle components of different dimensions, geometries and surface structures opens up completely new possibilities. The small gripping head offers flexible and simple cooperation between man and machine. Benefit from ✅ Increased efficiency of your processes ✅ Increased availability of your personnel ✅ Increase in the production speed ✅ Simple plug & play commissioning thanks to decentralized blower technology ✅ Modular design to increase performance Minimize ❌ Set-up times ❌ Maintenance costs ❌ Personnel deployment ❌ Process complexity Possible applications of the FH-R40 ✅ Industrial robot applications for components up to 1 kg ✅ Loading and unloading of machines (e.g. press shop and body shop) ✅ Bin picking applications ✅ Transportation of fragile parts ✅ Use in systems with high component variability ✅ Use with collaborative robots

When it comes to maximum safety on the assembly line, in the production line, or directly at the machine, the Safety Rope Pull Switches from BERNSTEIN AG are a reliable and proven solution. BERNSTEIN has added a particularly small and compact version to the product family of safety rope pull switches. Thanks to its modular design, the SRO (Safety Rope Pull) is extremely space-saving as well as being highly versatile. The modular principle has the advantage of always being able to offer exactly the right product for a specific customer application.

Check Valves RV ▪ Allow single-directional flow only ▪ Designed for in-line assembly with female BSP, NPT and SAE threaded connections ▪ Metal-to-metal seat ▪ Maximum working pressure: 500 bar / 7250 PSI (depending on size) Check Valves RVM ▪ Allow single-directional flow only ▪ Designed for in-line assembly with female BSP, NPT and SAE threaded connections ▪ Metal-to-metal seat ▪ Maximum working pressure: 400 bar / 5800 PSI

STAUFF Medium Pressure Filters type SMPF are designed for in-line hydraulic and lubrication applications, with a maximum operating pressure of 110 bar / 1.600 PSI. Used together with STAUFF SME series Filter Elements, a high efficiency of contaminant removal is assured. The high dirt-hold capacity of the elements ensures long service life and, as a result, reduced maintenance costs. Valves (available as an option) ▪ Bypass valve Clogging Indicator ( available as an option ) ▪ Visual or visual-electrical differential pressure indicator Filter Elements ▪ Filter elements of SME series Construction ▪ Medium pressure filter designed for in-line assembly Operating Pressure ▪ Max. 110 bar / 1.600 PSI Nominal Flow Rate ▪ Max. 90 l/min / 25 US GPM Connections ▪ Option of BSP or SAE O-ring thread Materials ▪ Filter head: Aluminium ▪ Filter bowl: Aluminium Media Compatibility ▪ Mineral oils, other fluids on request

STAUFF Medium Pressure Filters type SFA are designed for in-line hydraulic and lubrication applications, with a maximum operating pressure of 160 bar / 2.320 PSI. Used together with STAUFF SE series Filter Elements, a high efficiency of contaminant removal is assured. The high dirt-hold capacity of the elements ensures long service life and, as a result, reduced maintenance costs. Valves (available as an option) ▪ Bypass, reverse flow, non-return or multi-function valve Clogging Indicator ( available as an option ) ▪ Visual, electrical or visual-electrical differential pressure indicator Filter Elements ▪ Filter elements of SE series Construction ▪ Medium pressure filter designed for in-line assembly ▪ Threaded mounting holes on top and fluid ports on side ▪ Low weight and compact design Operating Pressure ▪ Max. 160 bar / 2.320 PSI Nominal Flow Rate ▪ Max. 240 l/min / 70 US GPM Connections ▪ Option of BSP, NPT, SAE thread or SAE flange (ISO 6162-1) Materials ▪ Filter head: Cast...

STAUFF High Pressure Filters type SF are designed for in-line hydraulic and lubrication applications, with a maximum operating pressure of 420 bar / 6.000 PSI. Used together with STAUFF SE series Filter Elements, a high efficiency of contaminant removal is assured. The high dirt-hold capacity of the elements ensures long service life and, as a result, reduced maintenance costs. Valves (available as an option) ▪ Bypass, reverse flow, non-return or multi-function valve Clogging Indicator ( available as an option ) ▪ Visual, electrical or visual-electrical differential pressure indicator Filter Elements ▪ Filter elements of SE series Construction ▪ High pressure filter designed for in-line assembly ▪ Threaded mounting holes on top and fluid ports on side ▪ Option of standard or two-part top loader version Operating Pressure ▪ Max. 420 bar / 6.000 PSI Nominal Flow Rate ▪ Max. 1.135 l/min / 300 US GPM Connections ▪ Option of BSP, NPT, SAE thread or SAE flange (ISO...

Gauge Isolator Valves SWS-S1 (Single Station) ▪ Effective protection of pressure gauges against overload caused by pressure peaks ▪ Suitable for panel installation ▪ Push button to read and turn to lock ▪ Multilingual instructions printed on face plate ▪ Maximum working pressure: 400 bar / 5800 PSI Gauge Isolator Valves SWS-A1/A2 (Single Station) ▪ Effective protection of pressure gauges against overload caused by pressure peaks ▪ Designed for in-line assembly (type A1) or 90° assembly (type A2) with female BSP / male BSPT, female NPT / male NPT or female NPT / male SAE threaded connections ▪ Panel mounting nuts available on request ▪ Rotating swivel nut allows for accurate orientation of the pressure gauge ▪ Maximum working pressure: 400 bar / 5800 PSI

Pressure Compensated Throttle Check Valves PNDRV ▪ Throttle and shut-off the flow of liquid media in direction A-B (free flow in reverse direction) ▪ With pressure compensating feature via built-in compensating piston ▪ Designed for in-line assembly with female BSP, NPT and SAE threaded connections ▪ Graduated turning knob to accurately control flow ▪ Set-screw located on side of turning knob to lock valve in position ▪ Panel mounting nuts available on request ▪ Maximum working pressure: 210 bar / 3000 PSI

Throttle Check Valves for In-Line Assembly DRV ▪ Throttle and shut-off the flow of liquid media in direction A-B (free flow in reverse direction) ▪ Designed for in-line assembly with female BSP, NPT and SAE threaded connections ▪ Graduated turning knob and coded spindle to accurately control flow ▪ Set-screw located on side of turning knob to lock valve in position ▪ Panel mounting nuts available on request ▪ Maximum working pressure: up to 350 bar / 5000 PSI Throttle Check Valves for Manifold Mounting DRVP ▪ Throttle and shut-off the flow of liquid media in direction A-B (free flow in reverse direction) ▪ Designed for manifold mounting with either 4 or 6 mounting holes ▪ Graduated turning knob and coded spindle to accurately control flow ▪ Set-screw located on side of turning knob to lock valve in position ▪ Panel mounting nuts available on request ▪ Maximum working pressure: up to 350 bar / 5000 PSI