The Alpine Metal Tech Group develops, produces, and services plants and machines for rolling, processing, handling, and inspecting long metal products. It operates globally under seven world leading brands and offers customized solutions for its customers. Alpine Metal Tech focuses on research and development to achieve efficient and reliable production for customers.

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PRoduct Portfolio
Alpine Metal Tech Group

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The Alpine Metal Tech Group develops, designs,
produces and services special plants and machines for
rolling, processing and handling of long products, product
identification and product inspection as well as complete
packages for continuous casting machines. Furthermore,
Alpine Metal Tech delivers special applications for the
testing, production and handling of aluminium wheels.
Alpine Metal Tech operates globally under seven world
leading brands.
Alpine Metal Tech is a premium one-source supplier that
continually updates and expands its product portfolio with
customized one-stop solutions. An excellent example is
the Alpine Metal Tech CCM package, which responds to
customer needs by minimizing interfaces and effectively
utilizing synergies.
Alpine Metal Tech is a world leader in
the steel and aluminium wheel industry
with comprehensive solutions.
Alpine Metal Tech OPERATES GLOBALLY UNDER THE WORLD LEADING BRANDS:
Alpine Metal Tech’s continuous research & development
activities focus on customer needs to achieve efficient
and reliable production. Our R&D concentrates on
creating new technological standards.
Alpine Metal Tech has a worldwide sales network and
is represented both by its own sales subsidiaries and
by partners and sales representatives in more than 40
countries. A worldwide concept for customer- focused
life cycle services supports the reliability and functionality
of all AMT machines in operation. Our international
service network allows us to compete as a global player
supplying standardized products and services to meet
the needs of our increasingly multinational customers.
alpine metal tech
group profile
STEEL Automotive Safety Life cycle
Services
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business
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STEEL

5. 5
MARKING MACHINES, CASTING
Hot Spray Marking
Metal Powder Marking Machine
The Metal Powder Marking Machine is designed for marking of slabs
and blooms. Marking is performed by blowing metal powder through
a gas flame for melting it to the surface of the product. Metal Powder
Marking Machines are distinguished especially by marking long-lasting,
clear and bright characters, which can vary in size and number of lines
depending on individual customer requirements
• Floor and bridge type
• Temperature range from 400 to 1100°C
• Alphanumeric and special characters, size from 40 to 150 mm
• Extendable with automatic reading system
The Hot Spray Marking Machine is designed for marking of slabs and
blooms. Marking is performed by blowing liquid metal which is melted
in an electric arc between two wires to the surface of the product.
Hot Spray Marking Machines are distinguished especially by marking
of long-lasting characters, which can vary in size and number of lines
depending on individual customer requirements.
• Floor and bridge type
• Temperature range from 20 to 900°C
• Alphanumeric and special characters, size from 60 to 150 mm
• Extendable with automatic reading system
Dot Paint Marking Machine
The Dot Paint Marking Machine is designed for the marking of coils,
slabs, blooms and billets. The system is based on paint marking with 7
or 9 nozzle marking sections. The marking equipment can be combined
with all NUMTEC base machines and is available as stand-alone
machine or in combination with MX Punch Marker.
• Robot, Floor & Bridge Version
• Extremely short marking cycles, as marking is done in one movement
• Temperature range from -5 to 1,100 °C
• Alphanumeric and special characters within 7 x 5 or 9 x 7 dot matrix
• Character size character size 30 – 150mm
• Marking media: Paint, water & solvent based
• Extendable with automatic reading system
Single Nozzle Paint Marking Machine
The Single Nozzle Paint Marking Machine is designed for the marking
of coils, tubes and sections as well as for slabs, blooms and billets. The
system is based on paint marking with single-nozzle marking heads.
• Robot, Floor & Bridge Version
• Uniform marking image due to the continuous fluent writing
movement
• Temperature range from -5 to 1,100 °C
• Alphanumerical and special characters, size from 30 to 150 mm
• Marking media: Paint, water & solvent based
• Extendable with automatic reading system

6. 6
MARKING MACHINES, CASTING
Revolving Head Marking Machine
The Revolving Head Stamping Machine is designed for the permanent
marking of slabs, blooms and billets. Revolving Head Stamping
Machines are distinguished especially by the stamping of unmistakable
and full characters, which can vary in size and number of lines depending
on individual customer requirements.
• Inline, marking during casting, no separate marking position
• Very low running costs and no consumables costs, except set of
stamps (insignificant)
• Floor and bridge type possible
• Temperature range from 600 to 1100°C
• Up to 24 different alphanumeric characters, size from 10 to 25 mm
• Extendable with automatic reading system
Mobile Stamping Unit
The hand held stamping unit is designed as backup system for the
Revolving Head Marking Machine. For stamping the unit has to be
pressed against the product, the stamping head is pushed in and
releases the activation for the punch. The punch has to be activated
manually by pressing the trigger on the stamping unit.
• Light, portable, wireless stamping unit with cartridge loading device
• Applicable for hot or cold slabs, blooms and billets
• Total mobility and complete independence from electrical/media
supplies
• Connectable extension tool allows the operator to mark hot material
at a distance
• Identical marking Image as from the AMT RH stamping machine
• Automatic readable with AMT OCR Reading system
• Number of digits: up to 10 characters with one punch
• Character size 10 - 15mm
READING AND TRACKING SYSTEMS, CASTING
Vision System
The reading and tracking system is an automatic reading system for
many kinds of marked, labelled and printed products. The system
allows material tracking from casting to rolling process.
• OCR Reading of alphanumeric characters, Code Reading
• Contrast Markings & Stamped Marking
• Event Logging (Images of product & marking, machine status)
stored on database server
• Typical reading performance more than 98%

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TAGGING & LABELING
Tag Marking Machine
Label Marking Machine
The Tag Marking Machine is designed for the marking of slabs, blooms
and billets. Marking is performed by nailing the tag direct on the
product. Auto Tagging System can be designed as robot or bridge type
according to local situation and customer requirements.
• Process time reduction because of direct application at the high
temperature up to 1200°C
• Wide variety of tag sizes
• Eliminated all kinds of identity losses and avoid the risk of mis-
match during product identification
• On-Site Printing Thermal Transfer Printer; any format and code can
be printed (barcode, QR code, Data Matrix…)
• Suitable Weather Resistance and for even poor surfaces
• Extendable with automatic reading system
The Label Marking Machine is designed for the marking of coils, slabs,
blooms and billets. Marking is performed by pasting the label direct on
the product. Auto Labelling System can be designed as robot or bridge
type according to local situation and customer requirements.
• Process time reduction because of direct application at the high
temperature up to 800°C
• Wide variety of label sizes
• Eliminated all kinds of identity losses and avoid the risk of mis-
match during product identification
• On-Site Printing Thermal Transfer Printer; any format and code can
be printed (barcode, QR code, Data Matrix, etc.)
• Suitable Weather Resistance
• Extendable with automatic reading system
Mobile Label Applicator
The printed label will be taken up with the applicator. Hereby the label is
sucked by the vacuum plate. For marking the applicator will be pressed
against the product and the vacuum button will be released. The press
on time is approx. 5 seconds.
• Light, portable, only air supply necessary
• Direct Application on Hot Products up to 800°C
• On-Site Printing Thermal Transfer Printer
• Any format and code can be printed (barcode, QR Code, Data
Matrix, etc.)
• Suitable Weather Resistance
• Automatic readable with AMT OCR Reading system, and any other
reader devices
• Very easy to handle

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DEBURRER
Slab/Bloom/Billet Deburrer
SHROUD MANIPULATOR
POWDER FEEDER
Shroud Manipulator
Powder Feeder
The Shroud Manipulator enables the user to get a straight connection
between the ladle slide gate and tundish. It is designed for moving
the ladle shrouds from the storage, cleaning or heating position to the
connection point at ladle gate and versa. During casting process the
Shroud Manipulator retains the shroud with a constant press-on force
at the connection point of the ladle.
• Manual, semi-automatic or automatic types available
• Press on force (adjustable): up to 10 kN
• Operation from a safety distance - improve operator safety
The Mould Powder Feeder is designed for the automatic distribution of
casting powder into the mould. This ensures a constant uniform mould
powder distribution during the casting process. The Mould Powder
Feeder is applicable for all types of powder and granules.
• For slab casters only
• Powder container with 100l volume
• 0.5 to 3 l/min capacity per feeding tube
The in-line rotary hammer type deburring machine is designed for
removing burrs from continuous casting products (slabs, blooms &
billets) caused by torch cutting. The deburring process is executed
during transportation on roller table without stopping the product. The
in-line removal of burrs is carried out by a series of hammers which
hanging loosely on axles positioned around the deburrer roll. Due to the
roll speed and the mass of the hammers they hit the burrs several times
at high speed before the burr is removed from the product and guided
via chutes into a burr removal system.
• Product speed up to 40m/min
• Temperature range up to 1000°C
• Significant quality improvement of rolled products (no roll-in of
burrs)

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MARKING MACHINES, ROLLING
CombiJet & Hot CombiJet Paint Marking Machine High
Resolution (16 nozzles)
Dot Paint Marking Machine (7 or 9 nozzles)
The dot paint classic marking technology offers a solid marking image
which is suited for marking hot and cold steel products. The technology
is based on electro-magnetically activated spray guns comprising a
nozzles for paint, atomizing air, and cleaning air, which are built around
a needle to control the paint flow.
• Temperature range from -10 to 1,100 °C
• Alphanumerical characters, special characters and machine
readable codes, size from 30 to 150 mm in 7x9 or 9x11 dot matrix
• Marking media: Paint
• Marking speed up to 2.5 m/s
• Extendable with automatic reading system
The CombiJet marking technology fulfils the increasing demand for a
high resolution quality marking at high speed. The electro-magnetically
activated marking section is fully automatic and requires no manual
adjustment. By adding more marking sections together a full flexible
matrix is generated allowing demanding marking images to be marked.
• Temperature range from -10 to 1100 °C
• Alphanumerical characters, classification symbols, logos and
machine readable codes, size from 18 to 800 mm
• Marking media: Paint
• Marking speed max. 2.5 m/s
• High resolution quality marking for branding
• Extendable with automatic reading system
Punch Marking Machine
The punch marking machine is used where a permanent marking
is needed. Two technologies are offered, i.e. electro-magnetically
and pneumatic activated punchers for different applications. Punch
marking may be performed on stationary products or during product
conveyance.
• Temperature range from -10 to 1,100 °C
• Alphanumerical characters, classification symbols, logos and
machine readable codes, size from 6 to 20 mm
• Penetration depth adjustable from 0.2 to 0.4 mm in up to 600 HB
• Marking tool: Punch Die or Needle
• Minimum cycle time: marking of 3 lines with 30 character in approx.
5,5 seconds
• Extendable with automatic reading system

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MARKING MACHINES, ROLLING
Plate Edge Marking Machine
Edge marking or fixed labeling as we call it allows steel plates to be
stacked without losing the possibility for identifying the individual plates
in the stack. The marking is black ink characters and a barcode applied
by a continuous ink-jet on a ribbon of white paint.
• Temperature range from -10 to 300°C
• Alphanumerical characters, Chinese and machine readable codes,
size from 2 to 10 mm
• Marking media: Paint and ink
• Marking with standard ink-jet on white paint for background layer
• Equipment for white background layer integrated into machine
• Extendable with automatic reading system
High resolution quality marking for branding
Combined Automated Marking Machine
By combining our main technologies and building up our machines with
standardized modules we are able to deliver high quality and proven
customized solutions fitting into any production line.
• Combination of paint, (CJ-CombiJet, classic), punch (PU-Matrix
Needle) and edge (ED- Edge) marking technology
• Customized design for any production line
• Bridge or cantilever steel structures
• Transversal or longitudinal marking also for moveable products
• Extendable with automatic reading system
With the CombiJet Technology, Alpine Metal Tech responds to
the strong branding tendencies in the steel market. The CombiJet
marking technology is distinguished by ease of use, high speed and
high resolution marking. Our technology is able to mark any individual
marking layout (texts, classification symbols, logos, brand names and
machine readable codes).
• Turns an anonymous product into an advertising media
• Gives the product added value
• The nameless product becomes a proprietary product
• Advertising media for the customers of the steel producers
• Copy protect your steel product

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INSPECTION MACHINES
Brushing Machines
Surface Inspection with 3D High Speed Sensors
The automatic Vision System allows automatic detection of defects
on surfaces by means of image processing, even on surfaces with a
big amount of scales. An image processing algorithm distinguishes
defects like flakes, cracks, grooves or break-offs from other surface
irregularities, such as stamp marks, engravings or scale. Every defect
or deviation can be reviewed on several screens along the rolling mill.
• min. detectable defect size of 1.5mm x 1.5mm x 1.5mm
• up to 1.5 m/s line speed
• for cold products
A brushing machine is used for the efficient removal of loose scale in
order to improve the surface quality as well as for the surface preparation
prior to the entry into the non-destructive testing line. The special
movement of brushes results in an improved brushing performance and
in a reduction in the wear of the used brushes.
• up to 2.0 m/s line speed
• for cold products
• frequency-controlled brush motors
• for loose scale and dry contamination
Straightness Measurement System
Straightness Measurement is a contact-less optical measuring method
for measuring the straightness of profiles allowing faster and more
precise quality checks. Horizontal and vertical straightness are being
calculated, thus electronically simulating the manual measurement
process.
• up to 2.0 m/s line speed
• straightness measurement is ensued from start to end of profile
• for cold products
Stamp Readers
The task is the automatic reading of stamped codes as well as of
brandings on the rail. The stampings and brandings are located on the
web of the rail. The codes are captured by cameras and evaluated with
a well-established algorithm.
• up to 2.0 m/s line speed
• for cold products
• alphanumeric plain text according to rail standards
• allows ±30mm horizontal and vertical misalignment

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Rail Profile Gauge
With the Profile Measurement System utilizing light sectioning techniques,
it becomes feasible to measure under all conditions with highest accuracy.
The techniques applied allow the complete measurement of nearly every
kind of profile in fractions of a second.
• Measurement interval approx. 100mm depending on line speed
• up to 2.0 m/s line speed
• for cold products, but also available for hot products on request
INSPECTION MACHINES
Eddy Current Testing
The online inspection system based on Eddy-Current is used for the
detection of longitudinal and transversal surface defects on the profile.
The equipment includes the adjustment of several segment coils for edge
testing (for transverse defects) and rotating probe systems for testing the
planar surfaces mainly for longitudinal defects on different kinds of rolled
profiles.
• up to 1.5 m/s
• for cold products
• detection of defects according to rail standards
• automatic adjustment at product change
Ultrasonic Testing
Ultra-Sonic testing is used for online detection of internal imperfections
such as laminar defects, inclusions, tension cracks in rails and other
rolled materials. The system is available as water-jet coupling and/or
water-gap coupling solution. The machine provides a fully equipped
evaluation system operating in multiplex mode for sections to be tested
with a pre-adjusted threshold determining the flaw size.
• up to 1.5 m/s
• for cold products
• automatic adjustment at product change on request
• closed water cycle
• detection of defects according to rail standards
Security Gate
For reasons of safety, the installation of a height and width measurement
station is recommended. This station consists of a basis frame on which
two infra-red light grids, one horizontal and one vertical, are installed-on.
By means of this arrangement, which works with an accuracy of +/- 5
mm, a roller table stop can be generated, in case a rail profile enters the
system which exceeds in dimension the profile which is intended to be
the next to enter.
• accuracy ±5mm
• for cold products

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INSPECTION MACHINES
Barcode Applicators
The Bar Code Applicator is directly installed in the testing line. The rail
ID as well as other data are transmitted to the system whether from the
central computer system or directly from the mill computer system. This
information is transformed to a bar code, printed and applied to the rail
which passes the system with a speed of up to 2 m/sec.
• up to 2.0 m/s
• for cold products
Multi Colour Marking System
The multi-channel marking unit is installed at the end of the testing
line. With the installed length measurement devices a location of the
detected defects is possible. Each kind of straightness, profile, surface
and internal defects is being marked using different colours.
• up to 2.0 m/s
• up to 5 different colors plus solvent
• for cold products
Transport and Guidance Units
For the transport and guidance of the rails within the area of the testing
line, 8 transport and guidance units are foreseen, which are installed
between the different testing devices. These devices also serve for fixing
the position of the rails, passing through in order to avoid undesired
transverse movements of the rails.
• up to 2.0 m/s
• for cold products
Demagnetisation Unit
To ensure a good result at the Eddy-Current Testing Machine, the use
of a demagnetization unit is recommended, in case that the tested rails
are handled by a magnetic crane before they enter the testing line area.
Frame mounted demagnetising tunnels are principally used for continu-
ous processing to enable the continual automatic throughput of long
products. Demagnetising tunnels are available in a range of capacities,
depending on the dimensions and shape of the product to be demag-
netised. The tunnels are designed according to customer‘s specific
needs and requirements.
• residual magnetism < 10 Gauss, depending on line speed
• for cold products

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TORCH CUTTING MACHINES - FLAT PRODUCTS
SSC -Slab Swivel type Counterweight Machine
• The machine is lowered by a pneumatic cylinder providing a single
and simple movement by pushing down the synchronization skid
against the slab. The skid returns back in top position thanks to the
rear protection plate used as counterweight
• In case of a power failure or emergency, the skid is lifted in a safe
position by manual or automatic purging of the cylinder and the
machine is released from the strand
SVE - Slab Vertical lowering Electric type
The machine is combining two mechanical movements driven by a
strong electromechanical drive which supports the torch beam and the
below water plate with the synchronization skid. By lowering, the skid
is going down until the slab surface stops the movement. At the same
time the torch beam is going down uprightly by means of a vertical
raceway keeping the torches vertical regardless of the thickness of the
slab. With this mechanical system, there is no need for a torch height
equipment system with all components like motors, end switches etc.
Vertical Torch Cutting Machine for continuous slab casting
plants
• Casters utilizing a vertical design allows for continuous casting of
high-alloy grades; this casting technology requests high performing
Torch Cutting Machines able to accomplish their task in an unusually
rough environment with perfect accuracy and reliability.
• Gega Vertical TCM (machine type: SVM – Slab Vertical Machine)
are composed of a horizontal machine carriage moving vertically
between two columns and synchronizing the movement with the
strand by pneumatically actuated clamping arms. Two independent
torch carriages travel on rails which are mounted on the machine
carriage.
• The machine is protected against the radiant heat of the hot strand
by generously dimensioned water plates at the bottom and front
side of the machine.

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TORCH CUTTING MACHINES - FLAT PRODUCTS
TORCH CUTTING MACHINES - LONG PRODUCTS
Secondary Torch Cutting Machines for slab subdividing
For subdividing mother slabs in shorter daughter slabs of preselected
length Gega developed the Secondary TCM facility including two
movable portals (machine type: PMB – Portal Movable Beam) - built-
up transversal to the roller table. For the cutting operation the portals
are equipped with two torch carriages for transversal cutting. Both
machines are designed for cross cuts with only 1 torch or with 2 torches
simultaneously. With input information provided by a measuring roll the
slabs, transported by a roller table, are stopped in a certain window
and the two portal cutters are positioned along the transport direction
in order to achieve the preselected length of the daughter slabs.
BPL - Billet Pendulum-cutting Machine-Light
• An electro cylinder moves the pendulum cutting torches
• For an adjustment of the nozzle distance to the material (depending
on the sizes), the torches has to be adjusted manually in the torch
holder
• The torch will be taken to the strand edge during clamping via a
mechanical device which is mounted to one of the clamping arms
BLM - Billet / Bloom Linear-cutting Machine
• A gear with a frequency controlled synchronous -motor drives the
linear cutting torch
• The torch can be equipped with motorized height- adjustment or
manually adjusted at the torch holder
• The exact position of the strand edge is determined by PLC via the
travelled distance during clamping

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SCARFING
Scarfing Manipulator
Scarfing Manipulator has the flexibility to scarf whole slab surfaces, strip
scarf, spot scarf, and/or edge scarf (dependent on ancillary equipment
installed.)
• Most flexible and efficient
• From an air-conditioned and dust protected cabin the scarfing
nozzle is controlled via joy-stick by the operator enabling a precise
scarfing work.
• Lower costs for auxiliary equipment as fume extraction systems,
water treatment plants or scrap management systems
Hand Scarfing
2-Sided and strip (Band) Scarfing Machine
TWO (2) SIDED SCARFING MACHINE are the best option for customers
requiring a semi-automatic equipment that has an exceptional balance
between high capacity and low maintenance
• Equipped with Gega Scarfing Burners producing a finish required by
stringent rolling mills.
• Significant production flexibility and media savings resulting from
the ability to control individually each burner segment and having
separate top and side scarfing carriages.
• Gega offers Strip (band) and special scarfing machines such as fixed
strip, selective strip, corner, billet or bloom scarfing machines.
Gega´s Safety Hand Scarfing Torch type SHF including scarfing nozzle
is used for a complete or partial scarfing or removing surface layers
of crack effected zones of raw ingots, blooms, slabs and mouldings
consisting of unalloyed or low- alloyed steels.
• Gases are mixed in the scarfing nozzle, a safety design feature
minimizes the risk of flashback to further protect the operator

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PREHEATING
Cutting Tractor - CORTI
PORTABLE CUTTING EQUIPMENT
OFFLINE TORCH CUTTING MACHINES
Slitting and Subdividing machines
Preheating Station
Automatic preheating equipment designed for drying and heating ladle
and tundish
• Uniform flame distribution allows more effective drying and heating
• Automatic temperature regulation
• Increase of economic efficiency by use of recuperative technologies
• Manually controlled cutting torch
• Designed for emergency cuts in continuous casting plants and
cutting up scrap material
• Equipment meets high safety standards implemented in a modern
and simple design
• Simple handling, robust and resistant design and accurate cutting
results
• Customized solutions are always possible
• Available with remote control
• Related to off-line operation many applications request a high level
of accuracy and flexibility for material sizing and subdividing.
• Gega slitting machines are able to perform high quality length cuts
depending on different requests related to the final product; sizing of
tapered slabs and length subdividing but also cross cuts are typical
tasks for this machine category; high quality of laser and sensor
equipment are enabling excellent cutting results
• Furtherapplicationswithsimilardesignandequipmentaresubdividing
all kind of scrap material with different forms and thicknesses.

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MACHINES FOR LONG CARBON STEEL
Cooling Beds
Rolling Stands
&
Reversing or continuous mode - KOCH H&K shapes steel with roll-
ing forces of up to 25.000kN in single stands or complete rolling mills:
Blooming stands, Edging stands, Universal stands, Finishing stands
and Open rolling mill or tandem mill.
• Hydraulic roll adjustment systems with automatic gauge control
(AGC)
• Axially shiftable rolls
• Hydraulic overload control
• Quick, semi-automatic roll change
• Fully automatic feeding, intelligent turnover and shifting devices for
short pass schedules and efficient rolling
On KOCH H&K cooling beds, long products cool down homogeneously
and are transported with great care. This minimizes residual stress and
distortions in the material on its way from the rolling mill to the finishing
line.
• Electric or hydraulic drives
• Forced cooling through cooling fans
• Pawl-type, chain-type, rake-type cooling beds available
• Calculation of air flow in the hall (aerodynamic proof)
Abrasive Cutting Machines
Abrasive cutting machines are used for cutting hot and cold steel prod-
ucts when specific high demands are placed on the quality of the cut,
for example, when cutting to selling lengths or the microstructure of the
material must not be affected.
• Suitable for cutting high-alloyed steels, non-ferrous metal alloys or
other high-grade materials
• Wide range of travelling and pendulum cutting machines for differ-
ent cross-sections, square and round such as special sections
• Optimized cutting operation in terms of time and quality
Straighteners
KOCH H&K Straightening Machines allow steel producers to deliver
straight products with minimal residual stresses.
• Horizontal or vertical variante for all types of rolled sections available,
cantilever or doubled sided housing
• Individually configuration according to customer requirements with
hydraulic locks and computer-controlled adjustable speed drives
for the straightening shafts
• Ancillary equipment necessary for the straightening operation
available
• Automatic changing of all rolls by a special manipulator

19. 19
MACHINES FOR LONG CARBON STEEL
Flying Shears / Stationary Shears
&
Flying shears of different designs are used to cut the rolling stock in
wire rod, bar and section mills, in continuous blooming mills as well as
in steel plants behind the casting bow. Stationary shears are used for
large cross-sections, the material is stopped for the cut.
• Electrically and hydraulically driven shears rated for shearing pres-
sures from 250 to 1,000 tonnes
• Stationary shears for non-moving materials (billets, round and
square blooms)
• All ancillary equipment such as feeding and discharge systems,
scrap handling, positioning and sample taking equipment available
Saws
KOCH H&K designs and supplies a wide range of sliding frame and
chop saws with blade diameters up to 2,400mm for rails, beams and
sections, hot or cold cut.
• Perfect saw for cold or hot cuts, single sections or layers
• Design of complete process including saw table, clamping devices,
length stop, sample taking equipment, scrap handling and other
ancillary equipment
• Comparatively low costs for the saw blades and short time for their
replacing

20. 20
AUTOMOTIVE

21. 21
PRODUCTION MACHINES
NUMTEC Barcode System
MARK 100 - Marking System
MD 825 - Camera System
The Mark100 system is a fully integrated machine for automatic pin
stamping of alloy wheels. The system can apply any kind of alphanumeric
characters as replacement of manual marking in the production process.
• Can be used for monoblock and flow-forming wheels
• Inline machine, loading with standard roller tables
• Free scalable marking characters
• Options available (i.e. sprue control, …)
The MD 825 is a fully automatic design recognition system for cast alloy
wheels. The wheels can be recognized with the as-cast surface at the
beginning of the production cycle or after machining with or without
paint.
• 3D-geometric measurement for save separation of wheel types
• Additional separation criteria like wheel diameter, height and offset
• Machine recognition capacity of maximal 600 wheels / hour
• Integrated system, all necessary components ready and assembled
MARK 400 - Data Matrix - Unique Serial Number System
NUMTEC has developed a serial number system with MARK 400 for full
traceability of aluminium wheels through the entire production process.
• Production faults and problems can be tracked to single machines
and production steps
• Wheels will be read during normal movement on the conveyor
• Marking machine and reading system are a combined package
• Automation control of production, from the casting process to the
mechanical machining
• Highest reliability of the system with the use of laser scanner,
reaching reading rates of more than 99.9 %
• More than 20 wheel producers in Europe, USA and Asia producing
more than 70 million wheels/year based on NUMTEC barcode
system
• Far higher reliability compared to conventional camera systems.
• Automatic production control of conveyor systems, X-ray systems,
sprue punching and drilling systems, marking systems, deformation
measurement systems and mechanical machining cells.

22. 22
PRODUCTION MACHINES
MD 30 - Manual Distortion Measurement
MD 140 - Inline Distortion Measurement
The MD140 measurement machine will be used for 100% distortion
monitoring of cast alloy wheels directly after the casting process or after
the heat treatment process
• Automatic measurement of up to 200 wheels/hour with a single unit
• Flatness measurement of outboard flange and hub float
• Integrated type recognition (with NUMTEC barcode scanner or
optionally with design recognition camera system)
The flexible MD30 laser measurement machine is used for distortion
measurement at manually operated machining lines.
• Measurement at casting area: flatness of outboard flange and hub
float measurement
• Measurement of painted wheels: correction and optimization of
diamond cut process
• Including interface Profibus/Profinet
Robot Cells
Flexible robot cells for fully automatic mixed wheel production in best
wheel quality
• Integration of all available CNC machines possible
• Flexible production, simultaneous machining of different wheel
types and sizes without set up times
• Production capacity of up to 960 wheels/day, depending on the
machining times
• Control of the cell with a PLC system including visualisation, full data
storage of wheel information for flexible production, with interface
to a plant control system
REF - Deflashing Machine Inline-Version
The REF was developed to remove the flashes for reliable X-ray and
roller table transport
• Single or double unit machines available
• Deflashing capacity up to 240 wheels/hour
• Deflashing of outboard flange, inboard flange, side/split flash
• With optional laser contour measurement system

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PRODUCTION MACHINES
Positioning Unit for MD 300
MD 300 - Measurement and Positioning at Cell
TheMD300/320machineisusedfor100%processcontrolmeasurement
of alloy wheels before entering the CNC machining cell.
• For integration into a production cell
• High reliable NUMTEC-Barcode or camera system
• Reduction of runout and imbalance issues through overall wheel
quality improvement
• Fully automatic laser measurement in the area of outboard flange
and hub
• Generation of correcting data for CNC machines
The prepositioning unit with camera system is used in robot cells to
orient the wheel to the proper positioning of the valve hole.
• Rotation positioning for CNC drilling process
• Automatic correction of angle at drilling machine loading
• Operation and control fully integrated into MD300 system
• Different wheel types on one production cell through camera system
CAM 100 - Valve Hole Positioning
MD 400 - Test System for Pilot Bore
The MD 400 is a system for fully automatic measurement of the pilot
bore directly after CNC machining
• Range of centre bore diameter from 48 to 85 mm
• Closed control loop with OP1 CNC machine for centre bore
machining
• Non-contact laser measurement
• Different wheel types on one production cell through laser system
The CAM 100 is used for precise wheel orientation on the pre-cast of
the valve hole.
• Different options for several environment conditions available
• Interface to all standard CNC machines
• Different light options available
• Special protection housing for integration at the drilling machine
available

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PRODUCTION MACHINES
MD 200 - Measurement for Diamond Cut
The MD 200 measuring machine for diamond cut is used to precisely
measure the design side of wheels for / prior to diamond cut process.
• Calculation of correction values for CNC machining
• For chucking at inboard flange or attachment face
• Massive reduction of scrap and rework rate at diamond cut process
• Different versions for manual lines available
MD 860 - Modular Inline Testing Machine
The inline inspection system (MD860) for aluminum wheels offers
safety at production because of a 100% inspection of all critical wheel
parameters at each individual wheel.
• Capacity of around 5500 wheels per day
• Modular machine frame and transport system
• Easy integration of new customer requirements
• Central operator interface and data storage

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TESTING MACHINES
RRH - Radial Fatigue Test
ZWARP - Biaxial Wheel Test
The biaxial wheel test machine, is used for fatigue tests or life tests of
disc wheels. The wheel is running inside a drum and is applied to with
radial and lateral forces as well as tilt angle force.
• Test of fatigue and endurance simulation for passenger cars and
light truck alloy wheels with defined load profiles
• Load and camber angle will be applied with electrical servo drives
• Side forces will be applied by rolling against a spacer disk
• Test according wheel specification § 30 StVO, SAE J2562, AK-
LH08
The RRH machine is used for fatigue and endurance testing of wheels
by rolling the wheel on a drum under specific radial load conditions.
• Available with 1 to 4 load stations, individually for passenger cars
or truck wheels.
• Easy and user friendly wheel change position due to vertical drum
arrangement.
• For execution of all law regulations according § 30 StVO, AK-LH08
specification, SAE J2562, NBR 6752
BUP – Cornering Fatigue Test
The cornering fatigue test is defined as a type of audit for the certification
approval and ongoing monitoring of vehicle wheels. The test parameters
will be defined from the actual statutory provision and from the wheel
load of the test wheel.
• Simulation of the rotary bending moment which will be applied
during normal road cornering
• Depending on machine version, the bending moment can be
individually selected from 0.5 to 80 KN.
• Test according wheel specification § 30 StVO, SAE J2562, AK-
LH08, NBR 6752
AZN - ZWARP Multiaxial Wheel Testing
The multi-axial test machine is used for fatigue and endurance tests
on aluminium wheels for cars and light trucks, by rim-rolling them on a
coated load drum
• Corresponding forces for load, camber and skew will be applied by
electrical servo motors and motion control systems
• Measurement of the forces in all directions will be done with load
cells
• Available with 1 or 2 individual load stations, as standard or as
dynamic test machine
• Testing according regulations § 30 StVO, AK-Load cycle AK-LH08,
SAE J328, and SIS D4103 (Nürburgring)

26. 26
EXA – Manual Radial and Axial Runout
TESTING MACHINES
Impact / Radial Impact Test
The results of accident and collision research demand wheels which
preserve and maintain their functions even under the heaviest of
loads. The impact test simulates the fracture behaviour of the wheels on
the front side flange travelling over a defined obstacle. The radial-impact
test simulates the fracture and deformation behaviour of the wheels on
the back side flange travelling over a defined obstacle.
• Test according specification ISO 7141, BSAU, TRIAS 43, SAE
J175, JASCO C608-750, FORD S74 EB 100 /CD, JASCO C608-
75 IJ, AK-LH08, § 30 StVO and NBR 6752
EXA – Radial and Axial Runout
MAKRA measuring machines were developed to make the simultaneous
measurement of concentricity and run-out on the outer and inner tyre
seat possible.
• Calculation of 1st to 10th harmonic and physical identification for
positioning and marking
• Measurement of the following parameters:
radial runout front and back side, axial runout front and back side,
tyre seat circumference inside and outside, wheel width, wheel
offset, centre bore diameter
MAKRA mobile and compact measuring instruments were developed
for testing the concentricity and run-out of tyre seats near the production
line.
• For testing close to production site
• For optimization of lathe process, for special adjustments of the
chucking system based on measurement results
• Clamping on the centre bore with the special MAKRA chucking
system

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PRODUCTION MACHINES
ABV - Sprue Point Drilling Machine Inline Version
The ABV machine is developed for the automatic sprue point drilling of
alloy wheels after the casting process. It’s a strong and reliable machine,
setting the standard for flexibility and efficiency.
• Inline loading with included conveyor system
• Drilling of sprue from design side of wheel
• Special cleaning system after drilling process
• Connection to standard chip conveyor
REF - Deflashing Machine for Robot Loading
ABV - Sprue Point Drilling Machine for Robot Loading
The ABV machine is developed for the automatic sprue point drilling of
alloy wheels after the casting process. It’s a strong and reliable machine,
setting the standard for flexibility and efficiency.
• Machine for sprue drilling with robot loading
• Drilling speed up to 13 mm/sec without deformation to wheel hub
• Flood or mist cooling through drilling tool
• Connection to standard chip conveyor
DHS – Valve Stem Handling System
The valve stem handling system is used for fully automatic sealing of the
valve hole prior to helium leak test.
• Gas-tight closing of valve hole with standard stems for helium leak
test machines
• No individual programming of different wheel types necessary
• Specially designed for helium leak test machines built by VDH
The REF was developed to remove the flashes for reliable X-ray and
roller table transport
• Robot loading with mixed wheel types
• Deflashing of outboard, inboard and side/split flash
• With optional laser contour measurement system

28. 28
CHUCKING TECHNOLOGY
Chucking at 1st
Operation 3 Inch Size
• Chucking of up to 3 different inch sizes without changing procedure
• Size detection system integrated into chucking system
• Chucking of all sizes at the same vertical height
• High turning speed up to 2500 rpm for fast machining
Chucking at 2nd
Operation
Chucking at 1st
Operation
• Chucking solutions with finger chucks for highest quality of wheels
in respect of runout and imbalance
• Different options for centring from inside our outside of the outboard
flange
• Construction and positioning of resting pad and chucking fingers
create the ideal chucking situation for best wheel quality
• Chucking sensors for detection of clamping errors
Workholding for Drilling
• For the workholding at CNC bolt hole and valve hole drilling, a wide
range of different types of workholding is available
• The tilting of the workholding for valve hole drilling can be done
with CNC axis or with pneumatic control
• Customized version available for machining of front- AND backside
of the wheel without unclamping
• Reduction of setup time with the use of step-jaws for 3-inch sizes
• Chucking at the machined inboard flange with 3-jaw chuck with
centrifugal force balancing for constant chucking force over the
total rpm range
• For big size wheels and/or fragile wheel designs, 4 or 6 jaw chucks
with up to 8-times higher stiffness with less chucking force available
• Different jaw designs to avoid any deformation at the chucking
process

29. 29
SAFETY SERVICES

30. 30
CIVIL AIRPORTS
Civil Aircraft Rescue & Fire Fighting Training Simulator
The range of a single or hybrid design aircraft Simulators to
meet the training needs of CAT 1-10 / Index A-E Airports.
Live fire training for real world scenarios - fully customised designed
simulators, from light aircraft to a wide-bodied, dual fuel, triple-decked
aircraft simulator
• ICAO CAT 1 to 10 Aircraft Simulators
• FAA Index A-E Aircraft Simulators
• Customer focused design
• Multi-fuel / Electronic Ignition / PLC Control
Local Authority / Civil Defence
LPG and Carbonaceous Fire Training Simulator
Simulators designed to local authority’s/ civil defense specifications for a
variety of applications, from sophisticated live fire simulators for fire and
rescue training centers for fire departments to mobile/transportable fire
training simulators. Our range covers traditional block/brick/concrete
or steel fire houses with internal LPG, Carbonaceous and Kerosene
Fire Scenarios. Demonstration, Attack and Window Carbonaceous
Compartment Fire Training Units and Drill Towers are also available.
• Domestic Dwellings
• Retail Premises
• Industrial Buildings
• High-rise
INDUSTRIAL
Multilevel Industrial Fire Training Facilities
Multi- level Industrial / Petrochemical Training complexes incorporating
vessel, split flange, pipeline, fuel spill, and gas bottle fire scenarios.
Training rigs can be configured to any size or type of unit according to
customer specification, from single level to multiple level complexes
and large scale facilities with state-of-the-art fire simulation and control
technologies.
• Vessel and Tank Fire Simulator
• Industrial Pipe and Split Flange Fire Simulator
• Fuel Spill Fire Simulator

31. 31
MARITIME
Maritime Fire Training Unit and Damage repair Simulators
Multi deck and multi-functional. They can accommodate areas for both
basic and advance fire fighter training. A damage repair unit is also
available. Live fire training for real world maritime scenarios. Configured
to any size or type of unit according to customer specification, from
small scale rigs to complex, large scale ship facilities with state-of-the-
art fire simulation and control technologies.
• Engine rooms
• Galleys
• Bridge / Deck
• Ship doors / Ladders / Access
OIL & GAS
Oil and Gas Training Simulators
Training rigs can be configured to any size or type of unit according to
customer specification, from small scale rigs to complex, large scale
facilities with state-of-the-art fire simulation and control technologies.
Platforms, accommodation areas, helidecks, helicopters, pressure
vessels, fuel spills, booster pumping stations, gathering centers, storage
tanks, pump houses, pipelines and well heads
• Oil Storage Tanks
• Industrial Vessels
Training Schools
International and Domestic Training Schools
MILITARY
Military Hybrid and Single Aircrafts
Simulators range is giving emergency and fire training crews the chance
to practice tackling realistic fire scenarios in settings which are relevant
to their needs. Full range of fire training facilities: planning, general
arrangements, detailed design: aircraft, fire house, industrial complex,
ship simulators, fire screen/vessels, compartment fire training units, drill
towers, high rise buildings, cars, road tankers etc.
• Government / Private
• Multiple Fire Scenarios
• Centralised Control and Observation
State of the art technology for hot fire training simulators specifically
designed for military applications. Fully configurable to defense customer
specification, variants can include multipurpose aircraft with large scale
simulation features - such as jet fighter, helicopter and transport aircraft
• Transport Aircrafts
• Jet Fighters
• Helicopter

32. ALPINE METAL TECH HOLDING GMBH
BUCHBERGSTRASSE 11, 4844 REGAU / AUSTRIA
TEL.: +43 / 7672 / 78134-0, FAX: +43 / 7672 / 25429
E-MAIL: office@alpinemetaltech.com
www.alpinemetaltech.com