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RSF25. RETHINKING MANUFACTURING.

RSF25. RETHINKING MANUFACTURING.

RSF25. RETHINKING MANUFACTURING.

Product catalog summary
Introduction
The document discusses the RSF25, a cutting-edge model in flow drilling screw connections, designed to meet the increasing demands of international customers. It highlights the RSF25's versatility, speed, and intelligence, emphasizing its patented WEBER depth gradient for precise switching between flow drilling and thread forming steps.

Flow Drilling Process
The flow drilling process involves several steps:
  • Step 1: The flow drilling screw contacts the surface at low pressure and RPM.
  • Step 2: High RPM and force cause the material to plasticize and flow.
  • Step 3: Formation of a cylindrical passage.
  • Step 4: End of the flow phase and beginning of the thread rolling process with reduced RPM and thrust.
  • Step 5: Normal screwdriving phase.
  • Step 6: Material cools and constricts around the fastener, forming an airtight and watertight joint.
The WEBER depth gradient ensures optimal switching between these steps.

Intelligent Boost Function
The RSF25 features an intelligent boost function to compensate for material tolerances by adjusting axial force and speed automatically. This addresses issues with material variations, such as those found in sand-cast aluminum, ensuring optimal performance without frequent recalibration.

Automatic Pre-Punch Compensation
The RSF25 includes automatic pre-punch compensation, guiding the screw until it penetrates the sheet. This feature increases production flexibility, reduces spare part inventory, and minimizes project planning effort.

Handling Various Screw Lengths
The RSF25 can process screws of different lengths (18 to 30 mm) without design changes, thanks to its longer floating path and retention plate. This enhances production flexibility and reduces spare parts and planning requirements.

Flexible Design
The RSF25's modular design allows easy switching between straight and compact versions with minimal steps, unifying assembly, shortening delivery times, and reducing spare parts volume.

Optimized Drive Detection
The RSF25 uses low-strength spring tension for screw detection, eliminating detection stages and reducing process cycle times to less than 1.6 seconds. This improves process reliability and reduces bit wear.

Conclusion
The RSF25 represents a significant advancement in manufacturing technology, offering enhanced precision, flexibility, and efficiency in flow drilling screw connections. It is supported by extensive features such as intelligent screw programs, maintenance monitoring, and database connectivity.
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Catalog excerpts

RSF25. RETHINKING MANUFACTURING.-1

RSF25. RETHINKING MANU ACF TURING. WHATEVER YOUR VISION FOR TOMORROW MIGHT BE: BUILD IT TODAY.

 Open the catalog to page 1
RSF25. RETHINKING MANUFACTURING.-2

For your manufacturing tomorrow: RSF25 – our model of the future. The result of over 20 years’ manufacturing experience in flow drilling screw connections and over 1,000 systems in key markets worldwide. Driven by the increasing demands and expectations of our international customers: The RSF25 from WEBER. VERSATILE as never before. FASTER than all its predecessors. The MOST INTELLIGENT model of its kind. With the patented WEBER depth gradient for PRECISE switching between the flow drill and thread forming steps. Our answer to the challenges set by industry. PATENTED WEBER DEPTH GRADIENT Step...

 Open the catalog to page 2
RSF25. RETHINKING MANUFACTURING.-3

INTELLIGENT BOOST FUNCTION Material with standard dimensions Material at lower end of tolerance To solve this problem, WEBER uses the new boost feature offered by the RSF25. This increases both axial force and speed automatically until the depth gradient is achieved. Material at upper end of tolerance Problems with material tolerances + ome materials such as sand-cast aluminum S have high tolerances in terms of material or mechanical strength + ets of parameters are defined in the lab for a S predefined thickness or strength of material + uring production, wear in molds or general D variations...

 Open the catalog to page 3
RSF25. RETHINKING MANUFACTURING.-4

AUTOMATIC PRE-PUNCH COMPENSATION The screw is guided by the jaws right up to the point at which the screw tip has penetrated the material. Only then are the jaws opened and the screwing procedure can then begin. Screwdriver positioned at the sheet Screw tip makes contact Advantage: + se of a retention plate for screws up to a length U of 25 mm without protrusion of the screw tip + Increases flexibility in production + Reduces size of spare part inventory + Less project planning effort The floating head guides the screw until it has penetrated the sheet, independently of the pre-punch depth Screw...

 Open the catalog to page 4
RSF25. RETHINKING MANUFACTURING.-5

VARIOUS SCREW LENGTHS No additional changeover work The longer floating path offered by the RSF makes it possible to process various lengths of screw with a single head design. The RSF25 is designed to handle various lengths of screw. For screws up to a length of 25 mm, a retention plate is used to prevent protrusion of the screw tip. This makes it possible to use screws of 18 to 30 millimeters in length without making changes to the design. This, in turn, increases flexibility in production while reducing the quantity of spare parts required and project planning effort. 5

 Open the catalog to page 5
RSF25. RETHINKING MANUFACTURING.-6

FLEXIBLE DESIGN The main body of the RSF25 spindle is the same for all models. This makes it possible to switch between straight and compact versions of the RSF25 with a few simple steps and just 6 screws – with the spindle as a parts-optimized interface in the center. This modular design works to unify assembly, shorten delivery times, and reduce the volume of spare parts needed. Spindle without drive Switch between straight and compact RSF25 versions with a few simple steps

 Open the catalog to page 6
RSF25. RETHINKING MANUFACTURING.-7

OPTIMIZED DRIVE DETECTION Thanks to the preliminary detection step, the flow drill process starts immediately after the screw is placed in position The RSF25 detects the screw to be processed not via process force but by using low-strength spring tension. This removes the need for detection stages: process time is shortened and the screw procedure starts immediately after placement. This enables process cycle times of less than 1.6 seconds – around a whole second less than conventional techniques. At the same time, process reliability improves while bit wear is reduced. + ith the RSF 25, the...

 Open the catalog to page 7
RSF25. RETHINKING MANUFACTURING.-8

WEBER Schraubautomaten GmbH Hans-Urmiller-Ring 56 82515 Wolfratshausen Germany Tel. +49 8171 406-0 Fax +49 8171 406-111 [email protected] WEBER Automation s.r.o. Czech Republic, Brno Tel. +420 5 492 409-65 [email protected] WEBER Screwdriving Systems, Inc. USA, Charlotte NC Tel. +1 704 360 5820 [email protected] WEBER Assemblages Automatiques S.A.R.L. France, Saint-Jorioz Tel. +33 450 68 59 90 [email protected] WEBER Automation China Co. Ltd. China, Shanghai Tel. +86 21 54593323 [email protected] WEBER Schraubautomaten (Schweiz) GmbH Switzerland, Grossaffoltern Tel. +41...

 Open the catalog to page 8

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.