ALFING MONTAGETECHNIK Product catalog

Aerial image AMT & AKS – ALFING-Sondermaschinen-Group 2017 History – The ALFING-Sondermaschinen-Group through the years Incorporation of Alfing Kessler Sondermaschinen GmbH (AKS). Worldwide, the company is re‑ garded as a leader in technology for rotary transfer machines, turning centers, fracture splitting Systems and machines for connecting rod processing. Incorporation of Alfing Montage‑ technik GmbH (AMT). The new division focuses on technolo‑ gically sophisticated special solutions such as fastening tech‑ nology, assembly machines and automation. A German Specialist for the world market....

THE ALFING SONDERMASCHINEN-GROUP The ALFING Sondermaschinen Group is made of two producing companies: Alfing Kessler Special Machines (AKS) and Alfing Montagetechnik GmbH (AMT) as well as the sales and service branches of Alfing Corporation (USA) and Alfing Machine Tools, China. AKS and AMT are jointly managed and are closely interrelated in the fields of development, design and production. Common cross-departmental functions, e.g. Finance, Human Resources, Purchasing and IT were merged and now support both companies. With more than 500 employees, the Group generates an annual turnover of approx....

AMT FASTENING TECHNOLOGY Powerful, intelligent, efficient Everything from a single source Nutrunners from AMT are the ideal choice if critical safety fastening must be made with high precision and of uniform quality. As a partner to the automotive industry, AMT offers innovative and strong nutrunner systems that can easily meet the high requirements of the customers. Alfing Montagetechnik provides the right nutrunner technology and complete peripherals for your workstations; from simple telescopes to complex semi-automatic handling devices. AMT is able to supply hand-held multi-nutrunners, fixture...

AMT Fastening Technology | Introduction Communication with mobile end devices Easy operation The new control generation allows for the greatest possible freedom and can be operated at any given time from any given location. The access to the control is carried out through a network connection and a browser-enabled end device. It will no longer be necessary to install special software on a PC or a mobile device for settings or to program fastening control. The new integrated web server frees the nutrunner world from compatibility and updating problems of the past. The control hardware already...

AMT HANDHELD NUTRUNNER TECHNOLOGY AMT Handheld nutrunners are impressive with their high performance and lightweight construction. Due to their ergonomic and robust design, our nutrunners are ideal to use in highly productive assembly lines. High accuracy AMT Handheld nutrunners have a torque sensor and a rotation angle sensor. Fastening can therefore be done with the highest precision with consistent quality. All AMT controls additionally monitor the power intake of the tool equivalent to the torque as a redundant control variable. Thus, all requirements that are placed in the assembly of safetyrelevant...

AMT Handheld Nutrunner technology | The advantages BATTERY ASSEMBLY TECHNOLOGY Page 38

HANDHELD NUTRUNNERS Our Handheld nutrunners meet the most stringent requirements for industrial durability. The HSX / PSX series of nutrunners can meet all requirements that are safety-critical and quality-critical for threaded fasteners.

AMT Handheld Nutrunner technology | Overview

Technical key figures Torque: 4 - 250 Nm Speed: Up to 1876 1/m Identification key (example: Angle nutrunner HSX1025WV38) Series SX - SX-Series Output V - Square output F - Spring deflection H - Hexagon socket Options B - with fastener lighting GF - with GyroFlex S - with scanner T - for integration into a telescope In conjunction with F: Spring deflection in mm in conjunction with H: 14 - 1/4“-hexagon socket

Size Name Ident-no. Torque Speed Weight Length Output Angle head 0 [Nm] [1/min] [kg] [mm] [mm]

Identification key (example: Inline nutrunner HSX1030ZF50) Output V - Square output F - Spring deflection H - Hexagon socket Basic construction H - Handheld nutrunner Output design Z - Centric output In conjunction with F: Spring deflection in mm in conjunction with H: 14 - 1/4“-hexagon socket Key head is not included in the standard-delivery (See accessories)

AMT Handheld Nutrunner technology | Inline nutrunner HSX Size Name Ident-no. Torque Speed Weight Length Output

Technical key figures Torque: 3 - 25 Nm Speed: Up to 1008 1/m

AMT Handheld Nutrunner technology | Pistol-grip nutrunner PSX Identification key (example: Pistol-grip nutrunner PSX1015ZV38S) SX Basic construction P - Pistol-grip nutrunner In conjunction with F: Spring deflection in mm in conjunction with H: 14 - 1/4“-hexagon socket Name Ident-no. Torque Speed Weight Length Output

Name Ident-no. Torque Speed Weight Length Output Angle head

AMT Handheld Nutrunner technology | Complete nutrunner

Length Identification key (example: Compact nutrunner HSXK1006ZH14P) Output V - Square output H - Hexagon socket H SX K Basic construction H - Handheld nutrunner Options P - mit Push to Start In conjunction with centric output Output design W - Angle design Z - Centric output Output size In conjunction with V: 14 - 1/4“-square 38 - 3/8“-square in conjunction with H: 14 - 1/4“-hexagon socket

AMT Handheld Nutrunner technology | Compact nutrunner HSXK Angle design -

CONTROLS A modular system architecture allows for individual solutions even for the most complex of demands. Five controllers are available for the realization of different customer requirements. The controls are designed for hand-held as well as for fixture spindles and multi-purpose nutrunners.

AMT Handheld Nutrunner technology | Controls

While developing our newest generation of controls for HSX handheld tools and ESX fixture spindles, the AMT developers follows a new approach. Instead of simply further developing existing controls, completely new control software was developed based on a completely new hardware platform. The following development goals were in focus: • Use of a new, powerful hardware platform • Direct communication of the control with mobile devices such as smartphones and tablets • Simple operation of the control software • Energy efficiency, this means clear savings in energy compared to the previous systems...