Wittmann Group is a leading supplier of injection molding machines and peripheral equipment. They offer a complete portfolio of injection molding solutions including machines, robots, temperature control units, and other auxiliary equipment. Their product range spans small micro machines to large macro machines. Key products include the EcoPower all-electric machines, which have the lowest energy consumption, and the MacroPower large machines, which offer high precision and speed. Wittmann aims to provide innovative technology and global customer support.
Thermoforming is a process where a plastic sheet is heated and formed into a desired shape using pressure, vacuum, or mechanical presses. There are three main types of thermoforming: vacuum forming uses vacuum pressure to draw the heated sheet onto a mold; pressure forming uses compressed air to force the sheet onto the mold more quickly; and mechanical forming uses matching male and female molds to shape the sheet. Common materials thermoformed include ABS, polyethylene, and PVC. Thermoforming is used to make food packaging, automotive parts, and other products requiring shaped plastic components.
This document discusses various plastic processing techniques. It begins by defining polymers and plastics, noting that polymers are composed of repeating monomer units and occur naturally or can be synthetic. Plastics are typically organic polymers that can be molded. The document then discusses two main types of plastics - thermoplastics, which can be remelted and reshaped, and thermosetting plastics, which permanently set their shape after heating. It proceeds to describe several plastic processing methods like injection molding, compression molding, and extrusion.
Turning, grinding, drilling, and milling are some basic machine shop processes. Turning is done on a lathe to cut and shape rotating materials. Grinding improves surfaces and ensures part uniformity. Drilling makes holes using drill presses, and milling cuts materials using rotating cutters on horizontal or vertical machines. These fundamental machining processes were important for the industrial revolution and remain crucial today for modern manufacturing.
Seminar on all electrical injection moulding machine mainanymona1991
油
This document provides information about the study and operation of all electric injection molding machines. It discusses the history of injection molding machines, describes the key components and operation of all electric machines, and compares them to hydraulic injection molding machines. All electric injection molding machines use servomotors to control each function, providing greater precision and accuracy than hydraulic machines while using 40-80% less energy. Maintenance of all electric machines focuses on preventative maintenance of components like sensors and motors.
1 a. Introduction design of machine elementDr.R. SELVAM
油
The document discusses machine design and standardization. It defines machine design as designing machine elements and arranging them optimally to perform useful work. It categorizes machine design into adaptive, development, and new design. Standardization is defined as obligatory norms for product characteristics like materials and dimensions to reduce variety. Standards include company, national, and international standards for materials, shapes, fits, tolerances, surface finish, and testing. Benefits of standardization include inventory control, interchangeability, improved quality, and safety.
This document discusses different types of couplings used to connect shafts together for transmitting power or motion. It describes rigid couplings like sleeve and flanged couplings that do not allow misalignment. It also covers flexible couplings that can accommodate some misalignment like constant velocity joints, universal joints, Oldham couplings, and beam couplings. Finally, it mentions hydrodynamic or fluid couplings that use fluid to transmit motion and double cardan joints that eliminate the need to correctly phase universal joints.
Blow molding is a plastic processing technique where a heated plastic material is extruded into a hollow shape called a parison, which is then placed inside a mold and inflated with air until it takes the shape of the mold cavity. There are different types of blow molding depending on how the parison is formed, such as extrusion blow molding where plastic is continuously extruded and cut into parisons. Common materials used for blow molding include HDPE, LDPE, PP, PVC, and PET. Key factors that affect blow molding include the parison characteristics, inflation pressure, mold design, and blow ratio.
Milling cutters are cutting tools used to remove material from workpieces in milling machines. They have cutting edges and flutes to remove chips of material. Common milling cutter types include end mills, face mills, and inserted tooth cutters. Milling cutters come in various geometries and are made of materials like high-speed steel or carbide depending on the application. Cutting parameters like spindle speed, feed rate, depth of cut, and surface cutting speed determine how efficiently a milling cutter removes material from a workpiece.
Injection moulding is a manufacturing technique for making parts from both thermoplastic and thermosetting. Plastic material in production molten plastic is injected at high pressure into a mould.
This document provides information about grinding machines and abrasives. It begins with an introduction to grinding and its advantages over other machining processes for hard materials. It then describes the basic principles of grinding and classifies different types of grinding machines such as cylindrical grinders, surface grinders, internal grinders, and special purpose grinders. The document also discusses construction and types of grinding wheels as well as factors involved in grinding such as grinding ratios, speeds, depths of cut, wheel selection, dressing, and work holding devices.
Aragaw manufacturing engineering ii lecture note-chapter-iAragaw Gebremedhin
油
My Name is Aragaw G/Medhin and Born in Ethiopia Gonder the town of all wisdom and this document is helpful for students of Mechanical engineering students and it is my first gift and i will proceed if you need
This document provides an overview of CNC (computer numerical control) programming. It begins with a brief history of CNC machines and then describes the basic components and functions of CNC machines like VMC and turning centers. The document explains how CNC machines work through programmed G and M codes and discusses CNC programming basics like common code formats and important programming letters. Tables are provided listing important G codes like for motion and tool functions and M codes like for coolant control. Advantages of CNC like precision and challenges like costs are outlined before concluding on CNC's role in modern manufacturing.
This document summarizes a presentation given by Nilrajsinh Vasandia on introduction to NC, CNC, and DNC machine tools. The presentation included definitions and components of NC, CNC, and DNC systems. It discussed the differences between NC, CNC, and DNC, covering topics like part program input/storage, program modification, the inclusion of feedback systems, and ability to import CAD files. Motion control systems and programming methods for NC and CNC machines were also outlined.
Synthesis of Mechanism
Theory of Machine
Introduction of synthesis
Types of synthesis
Synthesis of a four bar chain
Freudensteins equation for four bar mechanism
Precision point for function generator
(Chebychev spacing method)
Bloch method
This document provides an overview of injection molding. It describes the different types of injection molding machines and their key components. The complete injection molding process and cycle is explained, including plasticization, injection, packing, cooling, and ejection. Process parameters that affect quality are identified. Common defects are defined and potential causes are listed. Applications and advantages/disadvantages of injection molding are also summarized.
Presentation given at SPE section meeting held at Hennepin Technical College March 29, 2016. Covers why injection molding training is so important, best practices for injection molding training and case studies from Paulson injection molding customers and scientific molding training
The document discusses different types of brakes and dynamometers. It describes various braking systems including frictional brakes, hydraulic brakes, and mechanical brakes. It also explains different types of dynamometers such as absorption dynamometers and transmission dynamometers. Absorption dynamometers completely absorb the engine's power through friction, while transmission dynamometers transmit power for measurement. Specific braking devices covered include band brakes, shoe brakes, and dynamometers like the Prony brake and rope brake. Formulas are provided for calculating braking torque and power measurements.
This document discusses key terminology related to limits, fits, and tolerances in manufacturing. It defines terms like basic size, actual size, limits of size, tolerance, and deviations. It describes three main types of fits - clearance fit, interference fit, and transition fit. Mass production is defined as manufacturing a part in large numbers, which reduces time and costs but requires special tools and machines. Interchangeability is important for mass production so identical parts can be assembled without issues. The document also explains hole basis and shaft basis systems for specifying fits.
A lecture delivered by our group project on Injection Moulding.
If there are any contents that has violated any intellectual rights, please let me know and I will try my best to correct it wherever I can.
Compression molding is a process that molds material into a confined shape by applying pressure and usually heat. The process involves placing a charge in a mold cavity, closing the mold, applying pressure to squeeze the material and fill the cavity, and heating under pressure to cure the material. There are two main stages - plastication where the material is compressed and heated, and flow once the yield stress is exceeded allowing the mold to fill. Parameters like material quantity, pressure, temperature and cure time must be controlled. Common applications include dinnerware, buttons, and automotive parts.
Automation in manufacturing five unit vtu, mechanical engineering notes pdf d...kiran555555
油
This document provides an overview of automation in manufacturing systems. It discusses production systems, facilities, manufacturing support systems, and the three categories of manufacturing systems: manual work systems, worker-machine systems, and automated systems. It then covers the four functions of manufacturing support: business functions, product design, manufacturing planning, and manufacturing control. Finally, it describes the three types of automated manufacturing systems: fixed automation, programmable automation, and flexible automation.
This document discusses trade unions, including their purpose, principles, functions, and formation under Bangladeshi law. It outlines some problems faced by trade unions such as political influence, division, and lack of consciousness or unity among members. However, trade unions also provide prospects like ensuring fair wages and working conditions, job security, and upward communication. The conclusion states that trade unions could be an asset if driven positively, and the government should play a role in stopping unlawful activities. Recommendations include building more member awareness, unifying industrial unions, employing paid officials, and imposing stricter rules.
This document describes the key components and geometry of a single point cutting tool. A single point cutting tool has a shank that fits into the tool holder, a face along which chips slide upwards, and two cutting edges - a side cutting edge and an end cutting edge where material is removed. It also has flank surfaces below the cutting edges and a nose or cutting point where the edges intersect. The document outlines the various angles of a single point cutting tool, including the end cutting edge angle, side cutting edge angle, back rake angle, and relief angles, which are important for tool function. Tool shape is specified using a signature that lists the numerical values of these angles and the nose radius.
Blow molding is a plastic processing technique where a heated plastic material is extruded into a hollow shape called a parison, which is then placed inside a mold and inflated with air until it takes the shape of the mold cavity. There are different types of blow molding depending on how the parison is formed, such as extrusion blow molding where plastic is continuously extruded and cut into parisons. Common materials used for blow molding include HDPE, LDPE, PP, PVC, and PET. Key factors that affect blow molding include the parison characteristics, inflation pressure, mold design, and blow ratio.
Milling cutters are cutting tools used to remove material from workpieces in milling machines. They have cutting edges and flutes to remove chips of material. Common milling cutter types include end mills, face mills, and inserted tooth cutters. Milling cutters come in various geometries and are made of materials like high-speed steel or carbide depending on the application. Cutting parameters like spindle speed, feed rate, depth of cut, and surface cutting speed determine how efficiently a milling cutter removes material from a workpiece.
Injection moulding is a manufacturing technique for making parts from both thermoplastic and thermosetting. Plastic material in production molten plastic is injected at high pressure into a mould.
This document provides information about grinding machines and abrasives. It begins with an introduction to grinding and its advantages over other machining processes for hard materials. It then describes the basic principles of grinding and classifies different types of grinding machines such as cylindrical grinders, surface grinders, internal grinders, and special purpose grinders. The document also discusses construction and types of grinding wheels as well as factors involved in grinding such as grinding ratios, speeds, depths of cut, wheel selection, dressing, and work holding devices.
Aragaw manufacturing engineering ii lecture note-chapter-iAragaw Gebremedhin
油
My Name is Aragaw G/Medhin and Born in Ethiopia Gonder the town of all wisdom and this document is helpful for students of Mechanical engineering students and it is my first gift and i will proceed if you need
This document provides an overview of CNC (computer numerical control) programming. It begins with a brief history of CNC machines and then describes the basic components and functions of CNC machines like VMC and turning centers. The document explains how CNC machines work through programmed G and M codes and discusses CNC programming basics like common code formats and important programming letters. Tables are provided listing important G codes like for motion and tool functions and M codes like for coolant control. Advantages of CNC like precision and challenges like costs are outlined before concluding on CNC's role in modern manufacturing.
This document summarizes a presentation given by Nilrajsinh Vasandia on introduction to NC, CNC, and DNC machine tools. The presentation included definitions and components of NC, CNC, and DNC systems. It discussed the differences between NC, CNC, and DNC, covering topics like part program input/storage, program modification, the inclusion of feedback systems, and ability to import CAD files. Motion control systems and programming methods for NC and CNC machines were also outlined.
Synthesis of Mechanism
Theory of Machine
Introduction of synthesis
Types of synthesis
Synthesis of a four bar chain
Freudensteins equation for four bar mechanism
Precision point for function generator
(Chebychev spacing method)
Bloch method
This document provides an overview of injection molding. It describes the different types of injection molding machines and their key components. The complete injection molding process and cycle is explained, including plasticization, injection, packing, cooling, and ejection. Process parameters that affect quality are identified. Common defects are defined and potential causes are listed. Applications and advantages/disadvantages of injection molding are also summarized.
Presentation given at SPE section meeting held at Hennepin Technical College March 29, 2016. Covers why injection molding training is so important, best practices for injection molding training and case studies from Paulson injection molding customers and scientific molding training
The document discusses different types of brakes and dynamometers. It describes various braking systems including frictional brakes, hydraulic brakes, and mechanical brakes. It also explains different types of dynamometers such as absorption dynamometers and transmission dynamometers. Absorption dynamometers completely absorb the engine's power through friction, while transmission dynamometers transmit power for measurement. Specific braking devices covered include band brakes, shoe brakes, and dynamometers like the Prony brake and rope brake. Formulas are provided for calculating braking torque and power measurements.
This document discusses key terminology related to limits, fits, and tolerances in manufacturing. It defines terms like basic size, actual size, limits of size, tolerance, and deviations. It describes three main types of fits - clearance fit, interference fit, and transition fit. Mass production is defined as manufacturing a part in large numbers, which reduces time and costs but requires special tools and machines. Interchangeability is important for mass production so identical parts can be assembled without issues. The document also explains hole basis and shaft basis systems for specifying fits.
A lecture delivered by our group project on Injection Moulding.
If there are any contents that has violated any intellectual rights, please let me know and I will try my best to correct it wherever I can.
Compression molding is a process that molds material into a confined shape by applying pressure and usually heat. The process involves placing a charge in a mold cavity, closing the mold, applying pressure to squeeze the material and fill the cavity, and heating under pressure to cure the material. There are two main stages - plastication where the material is compressed and heated, and flow once the yield stress is exceeded allowing the mold to fill. Parameters like material quantity, pressure, temperature and cure time must be controlled. Common applications include dinnerware, buttons, and automotive parts.
Automation in manufacturing five unit vtu, mechanical engineering notes pdf d...kiran555555
油
This document provides an overview of automation in manufacturing systems. It discusses production systems, facilities, manufacturing support systems, and the three categories of manufacturing systems: manual work systems, worker-machine systems, and automated systems. It then covers the four functions of manufacturing support: business functions, product design, manufacturing planning, and manufacturing control. Finally, it describes the three types of automated manufacturing systems: fixed automation, programmable automation, and flexible automation.
This document discusses trade unions, including their purpose, principles, functions, and formation under Bangladeshi law. It outlines some problems faced by trade unions such as political influence, division, and lack of consciousness or unity among members. However, trade unions also provide prospects like ensuring fair wages and working conditions, job security, and upward communication. The conclusion states that trade unions could be an asset if driven positively, and the government should play a role in stopping unlawful activities. Recommendations include building more member awareness, unifying industrial unions, employing paid officials, and imposing stricter rules.
This document describes the key components and geometry of a single point cutting tool. A single point cutting tool has a shank that fits into the tool holder, a face along which chips slide upwards, and two cutting edges - a side cutting edge and an end cutting edge where material is removed. It also has flank surfaces below the cutting edges and a nose or cutting point where the edges intersect. The document outlines the various angles of a single point cutting tool, including the end cutting edge angle, side cutting edge angle, back rake angle, and relief angles, which are important for tool function. Tool shape is specified using a signature that lists the numerical values of these angles and the nose radius.
This document summarizes the ProQuick hydraulic coupler system from Prodem Attachments. It highlights the system's quick coupling abilities, durable German construction, optimized oil flow up to 830 liters per minute, and fully automatic dirt protection. The system provides a complete hydraulic coupler solution that is compatible with all major quick coupler brands and increases productivity through faster attachment changes from the operator cabin.
The document provides an overview of Siemens' products for automation and drives. It introduces their Totally Integrated Automation and Totally Integrated Power platforms which integrate planning, configuration, products, systems, and communication across industrial automation and building technology. The catalog then summarizes some of their key products, including the LOGO! logic module for simple control tasks, the SIMATIC S7-200 Micro PLC, and the SIMATIC S7-300 modular and expandable PLC system.
- KraussMaffei is a 170-year-old German engineering company specializing in plastics and rubber processing machinery.
- It is the world's largest producer of plastics machinery and offers injection molding, reaction processing, and extrusion technologies.
- The company has a global presence with 12 production plants, 38 sales offices, and over 100 partner agencies worldwide.
This document provides information on Kaltenbach's shotblast and painting systems. It highlights the Sprint, Marathon, and Triathlon series for shotblasting plates, profiles, tubes, and welded constructions. The Sprint is suited for annual shotblasting requirements up to 20,000 tonnes. The Marathon is for higher conveyor speeds, heavier loads, and multiple shifts. The Triathlon is for shotblasting and cleaning welded constructions. The document also briefly outlines painting systems and technical services available from Kaltenbach.
In the National and International market place, Enrico Molteni S.r.l., offers its experience and skills in the design and production of machines and industrial plants to assist the production processes of the chemical, food and cosmetic industries.
More particularly, these production processes are: agitation, dispersion, mixing, refining and washing.
The VLC 100 GT vertical fine finishing machine provides highly productive automated finishing of chucked parts up to 100 mm in diameter. It can be combined with EMAG turning machines into compact production systems adjustable to machining needs. The machine allows complete machining in a single clamping for maximum precision and features integrated automation for short chip-to-chip times.
The document summarizes a business proposal to establish a PVC window production company in Saudi Arabia called Fenstera. It discusses Hammpton's experience in construction, the quality of materials and technology that will be used from German partners Aluplast and Gretsch-Unitas GmbH. It provides market analysis of the housing and window market in Saudi Arabia, outlines the production process, projected sales figures under optimistic, realistic and pessimistic scenarios, and total investment costs.
Universal Transformers (UT) is an Indian company that has over 30 years of experience providing electrical installations, automation solutions, and electrical/automation products to various industries. It has over 150 employees including 50 engineers. UT works with world-class companies to provide cost-effective automation and electrical solutions using technologies from partners like Siemens. It offers turnkey electrical installations, factory and process automation solutions, upgrades to existing systems, and supply of electrical products to industries like plastic, wire, food, steel, and more. UT prides itself on its people, processes, and adherence to safety norms.
CNC machining plays an essential role in manufacturing the many everyday consumer products that we rely on. Without machine tools, we would not have modern cars, airplanes, medical implants, or appliances. Sinumerik CNC systems can precisely machine complex components for automotive, aerospace, medical, energy production, and general consumer industries. They provide high productivity, flexibility, and quality needed to cost-effectively produce parts for a variety of applications.
R笛pniecisk automatizcija ar WAGO risinjumiemElektrumlv
油
WAGO provides automation solutions including I/O modules, controllers, and energy data management products. The document discusses WAGO's spring connection technology history and its applications in building installation, industrial electronics, and automation. It also describes WAGO I/O modules for digital/analog inputs and outputs, special modules, and system combinations. Examples show using I/O modules to collect sensor signals and the controller converting them for control or sending to SCADA. The energy data management section explains measuring energy consumption with one system using I/O modules, configuring data acquisition and display, and an example connection of power measurement modules.
Incorporated in 1995, SMC India is a 100% Subsidiary of SMC Corporation Japan, the WORLD'S LARGEST manufacturer of Pneumatics, Electro-pneumatics, Vacuum and Instrumentation components.
Industry 4.0 & the next generation: Towards a smart factoryBluecrux
油
Client carousel during our 'Phygital' even (24/10/2019), where Tim Polleunis (Manager Smart Factory VCST) & Jan Coekaerts (Business Consultant bluecrux) showed how VCST is moving towards the next generation, towards a smart factory.
Numatics, Inc. is a leading manufacturer of pneumatic products and motion control products. Their broad spectrum of standard, custom developed products and application components have made a significant impact on pneumatic innovation as well as pneumatic and motion control technology.
Numatics Express Shipping Program guarantees product
shipment in two, three or five business days. Unlike most traditional quick ship programs, the Numatics Express Shipping Program includes the most comprehensive offering
in the industry. This program encompasses the range and options that you require!
The document introduces the GF Machining Solutions CUT P 350, 550, 800, and 1250 wire EDM machines. It discusses their positioning and contour accuracy of 賊2 亮m, which provides repeatability for applications in electronics, automotive, and medical industries. The CUT P series offers productivity increases through automation capabilities, speed improvements up to 20% compared to earlier models, and reduced running costs of up to 20%. It is presented as a solution for optimizing workflows and flexibility while improving accuracy and reducing time to market.
Tronrud Engineering Presentation are 28.01.16Robert Head
油
Tronrud Engineering is a supplier of customized machinery and parts founded in 1977 that has completed thousands of projects globally. It offers innovative automation solutions for production lines and has expertise in commissioning industrial systems. Tronrud Engineering has locations in Norway and Singapore and core competencies in CNC machining, waterjet cutting, welding, and assembly. It provides factory automation solutions across conceptualization, design, installation, and maintenance.
2. Wittmann Group 2013-10
The WITTMANN Group
First supplier worldwide with a complete product portfolio for injection molding
application needs, consisting of:
Injection Molding machines
Robots and Automation systems
Temperature control units
Material handling systems and dryers
Dosing units
Granulators
Flow control units
Inmould Labeling equipment and Molds
3. Wittmann Group 2013-10
PRODUCTION
Vienna
(2)
Kottingbrunn Hungary France USA Canada China
WB WITTMANN GROUP
HOLDING GMBH
WITTMANN
Kunststoffger辰te GMBH
(Headquarters Vienna)
WITTMANN
BATTENFELD
(Headquarters
Kottingbrunn)
SUBSIDIARIES
Austria Germany Hungary Turkey France UK Benelux Italy Spain
Switzerland Russia Romania Bulgaria
Czech
Republic
USA Canada Mexico
Brazil China Taiwan Singapore Indonesia Malaysia Thailand India Australia
5. Wittmann Group 2013-10
WITTMANN BATTENFELD Injection Molding
WITTMANN BATTTENFELD develops, manufactures and supplies Injection Molding
machines, Automation solutions and robot systems for the production of plastics parts.
With a comprehensive, diversified range of machinery, including
all equipped with the latest technology optimized for customers needs in horizontal
or vertical design WITTMANN BATTENFELD stands ready to meet any future
demands of the market. State-of-the-art process technology to solve a variety of tasks
are at the disposal of our customers.
Thanks to WITTMANN BATTENFELDs global presence, we are in a position to offer
our customers in a quick and competent way the necessary support and service
anywhere in the world.
modular Toggle machines
hydraulic machines
all electric machines
6. Wittmann Group 2013-10
MISSION STATEMENT
We want to offer our customers an advantage when they work with us in
mastering their jobs.
HOW ?
With our products and technologies,
through innovation power, flexibility, reliability.
With our services,
fast, uncomplicated, globally close to customers.
With the sustainability and long-term commitment of
a family company with international business
orientation and quick decisions.
All from a single source:
from machines, robots, periphery, moulds,
up to complete plants.
7. Wittmann Group 2013-10
Milestones of the WITTMANN BATTENFELD History
Founded in 1876 by Ernst Battenfeld
First injection molding machine built in 1949; since then more than
80,000 IMMs built and delivered
BATTENFELD expands on a global scale in the 1960s
Acquisition by Schloemann Siemag AG (SMS) in 1977
Today worldwide more than 25,000 machines in operation
In 2005, the production is concentrated at the facility in
Kottingbrunn / Austria
In 2008, BATTENFELD is taken over by the WITTMANN Group.
2008-2012 development and market launch of the PowerSeries
2013 opening of the new assembly hall for the large machines
8. Wittmann Group 2013-10
The WITTMANN BATTENFELD Support Network
Worldwide activity
with 31
subsidiaries and
26 agencies
9. Wittmann Group 2013-10
Quality Products for the Plastics Processing Industry
WITTMANN is a Leading Supplier of Molding Machines & Peripheral Equipment:
Total Employees: 1750
2012 turn-over: 275M / $360M
11. Wittmann Group 2013-10
Production of Injection Molding Machines
Production of precision parts such as plasticizing
units, tie bars, toggles, locking systems, flat jack
barrels
Gas nitrating equipment for screw barrels and
plunger units
Total Manufacturing Space of around 18,000 m族
DIN EN ISO 9001:2008 certified company
WITTMANN BATTENFELD Production
Assembly at WITTMANN BATTENFELD
in Kottingbrunn
MacroPower locking
system
Screws Platen production
12. Wittmann Group 2013-10
New assembly hall for large machines
Opening April 2013
Assembly of machines of the MacroPower series
Increase of the existing production and stock
space of 15,000 m族 to 18,000 m族
WITTMANN BATTENFELD Production
13. Wittmann Group 2013-10
Machine Product Portfolio - Overview
Hydraulic models
35 - 300 t
Vertical models
40 270 t
t
Toggle line
180 500 t
EcoPower
55 300 t
Fast runner
160 450 t
MicroPower
5 15 t
MacroPower
400 1.600 t
14. Wittmann Group 2013-10
MicroPower 5 t, 15 t
for the production of highly precise micro parts
designed for smallest part down to the single digit
milligram range
highly economical
two-step screw and plunger injection unit
extendable to complete production cell
specialized peripheral equipment and robots for
small and micro parts
Power Series
Machine Product Portfolio
15. Wittmann Group 2013-10
MicroPower 5 t, 15 t
Machine Product Portfolio
Design-Concept
without
rotary table
with
rotary table
Injection Process
2-step plunger injection
16. Wittmann Group 2013-10
MicroPower 5 t, 15 t
Machine Product Porfolio
basic version
tempering unit
material feeder
monitoring
camera
handling
device
rotary
plate
more modules to follow
material dryerclean
room
stacking
module
17. Wittmann Group 2013-10
EcoPower 55 300 t
all-electric machine
lowest energy consumption through use of
breaking energy within the machine
clean machine, suited for clean room
ultimate repeatability
low noise level
small footprint
open design
integration of peripheral equipment
fast barrel and screw change
integrated servo-hydraulic for ejector,
core pull and nozzle
Power Series
Machine Product Portfolio
18. Wittmann Group 2013-10
EcoPower 55 300 t servo-electric machines in 2 versions
Machine Product Portfolio
Injection unit
Standard:
servo-electric closing, injection and metering
integrated servo-hydraulics for ejector, nozzle movements and core pulls (optional)
All-electric:
servo-electric closing, injection and metering
servo-electric direct drive for ejector
servo-electric twin drive for nozzle movements
Clamping unit Injection unit
to 70 130 350 750 1330
55
110
180
240
300
19. Wittmann Group 2013-10
Power Series
MacroPower 400 1,600 t
2-platen technology, small dimensions
highest precision
shortest locking build-up time through QUICKLOCK速
easy lateral mold insertion
modular design
energy saving servo drive technology (optional)
Machine Product Portfolio
20. Wittmann Group 2013-10
Machine Product Portfolio
Hydraulic machines (also in Multicomponent technology)
HM 35 300 t
central hydraulic clamping system up to 300 t
3-platen technology
highest precision
powerful injection unit
energy saving hydraulic system
HM ServoPower
low energy consumption and excellent ecologic
balance through servo drive technology
easy accessable open injection unit
compact, room-saving design
21. Wittmann Group 2013-10
Variety of configurations
Complete range of clamping force
from 35 1,600 t
For all multicomponent technologies
The BATTENFELD COMBIMOULD is
compact
flexible
multipurpose
Machine Product Portfolio
Multi-Component Machines
22. Wittmann Group 2013-10
Combimould Technology
Long-term experience
Various models in 2- and 3 color design
Rotary table with servo-electric drive for
quick and precise movements
Application technology consulting for the
selection of the best process
Integrated operation via highly efficient
UNILOG B6P control system
23. Wittmann Group 2013-10
Machine Product Portfolio
Toggle machines
TM 180 500 t
5-point toggle system
high precision
TM Xpress 160 450 t
highest performance fast runner
for high speed Inmould labeling
applications
for closures, boxes and thin wall
25. Wittmann Group 2013-10
VM R 40 270 t
VM 60 200 t
CM 40 t
open design for good access
hybrid version with servo injection unit and
servo rotary table
parallel function of ejector/core pull
modular concept machine for 2 and 3 c
modular concept peripheral equipment
Machine Product Portfolio
Vertical Series
3-colour
application
26. Wittmann Group 2013-10
B6P One superior control for all machines
universal operating system Windows Embedded
high user comfort and functionality
easy connectivity to IT- and customer networks
BATTENFELD K4 process data capturing
WEB Service remote diagnosis, service and training
15 Color-TFT-Touchscreen
freely configurable
comprehensive event protocols quality recordings
online help system online language switch over
access control via USB online user manuals
hull curve monitoring cycle time analysis user page
functionality
29. Wittmann Group 2013-10
AIRMOULD速/AQUAMOULD速
High quality.
Avoidance of sink marks.
Reduction of frozen stresses.
Reduction/avoidance of warpage.
Reduction of required clamping force.
Reduction of cycle time.
Weight reduction.
Fluid injection process:
Gas or liquid is injected in a way
that cavities are formed in the
molded part.
30. Wittmann Group 2013-10
BFMOLD速 New Variotherm Process
Technology
perfect High gloss parts
reduction of sink marks
no weld lines
increase of product quality
reduction of cycle times
BF = Ball Filled
31. Wittmann Group 2013-10
BFMOLD速 New Variotherm Process
Technology
Function
BFMOLD速 combines multi-functional
properties
ball filling takes over mechanical
support function
ball filling allows high flow rate of
temperature control medium
temperature control medium comes
very close to the surface
application for straight parts and
parts with contours
TEMPRO plus C 2/160 VARIO
32. Wittmann Group 2013-10
Physical blowing agent
Very fine cell structure
CELLMOULD速:
The new WITTMANN BATTENFELD direct gassing technology
33. Wittmann Group 2013-10
Advantages: Weight reduction 15 %; Cycle time reduction 18 %
Conventional injection moulding:
Sink marks opposite to ribs
CELLMOULD速:
No sink marks
Foam structure
CELLMOULD速:
The new WITTMANN BATTENFELD direct gassing technology
34. Wittmann Group 2013-10
Example: Support, PP TV 20
CELLMOULD速:
The new WITTMANN BATTENFELD direct gassing technology
Very fine cell structureCompact
Weight: 94,0 g
Cycle time: 36,0 s
CELLMOULD速
Weight: 88,9 g:
Cycle time: 30 s
35. Wittmann Group 2013-10
Machines of series TM, HM,
EcoPower and MacroPower
Chemical blowing agents:
needle type shut-off nozzle
special software
Physical blowing agents:
needle type shut-off nozzle
accumulator, quick injection
special screw and barrel
CELLMOULD速 box
gas injector(s)
pressure generating unit
software
Equipment for CELLMOULD速
36. Wittmann Group 2013-10
Inline-Thermography
Permanently optimized cycle times by having a constant mold temperature control.
Easy start-up, reduction of start-up scrap.
Quality improvement through constant temperature distribution.
Improvement in quality by having a constant temperature distribution.
Immediate detection of scrap.
Statistic process control inform in time about necessary maintenance of the cooling
channels.
Traceable finger print of relevant process parameters.
Advantages
37. Wittmann Group 2013-10
SKZ-Software for Inline - Thermography
Reference
picture done
during
approval run
Actual
picture
shows the
current
temperature
distribution in
the mold
Online visualization of the difference Input
parameter for control of the TCU
38. Wittmann Group 2013-10
Up to 6 views are shown in each
injection molding cycle In each view, the temperature
deviations are assigned to the
temperature control circuits.
The software generates the variables
for the control of the magnet valves.
WFC systems which are directly
attached to the tool reduce the effort
for adjustment.
Control active
39. Wittmann Group 2013-10
Integrated Molding Work Cells
Production Monitoring
Kistler CoMo Injection visualization by UNILOG B6P
System with
Kistler Monitor
CoMo Injection System to Switchover,
process monitoring and scrap separation
with B6P control, no
external Monitor needed
40. Wittmann Group 2013-10
Integrated Molding Work Cells
Production Monitoring
Detection of surface failures by integrated vision system
sink marks
weld lines
good part
bad part
41. Wittmann Group 2013-10
Energy consumption in plastics processing
Machine concepts (2) electric machines
recovered energy 400 W
production hours 6000 Std.
price / kWh 0,13 EUR
savings / machine 312,00 EUR
recovery of braking energy
hydraulic vs. electric driven machine
connector 4-cav., shot weight 27,48g, cycle time 13,2s.
2,237
4,032
0,000
0,500
1,000
1,500
2,000
2,500
3,000
3,500
4,000
4,500
HM 65 Eco Power 55
energyconsumption[kWh]
cycle time 30,09 s
shot weight 109 g
active power 3,684 kW
material throughp 13,04 kg/h
energy / kg 0,282 kW/kg
energy / kg > 0,85 kW/kg
Eco Power 110
hydraulic machine
42. Wittmann Group 2013-10
Drive systems of the benchmark machines
Hydraulic machine HM 240 DFEE:
Standard hydraulic
drive system with energy saving Hydraulic
electronical adjustable pump
Hydraulic machine HM 240 ServoPower:
Servo electric driven drive with constant pump
Servo electrical machine EcoPower 240:
Servo drive for all movements
Machine benchmark clamping force 240 t
43. Wittmann Group 2013-10
Specific Energy consumption, power, cos phy
0,65
0,44
0,27
0,00
0,10
0,20
0,30
0,40
0,50
0,60
0,70
[kWh/kg]
HM 240/750 DFEE HM 240/750
ServoPower
EcoPower 240/750
specific energy consumption
12,30
8,31
5,267
0,00
2,00
4,00
6,00
8,00
10,00
12,00
14,00
[kW]
HM 240/750 DFEE HM 240/750
ServoPower
EcoPower 240/750
power consumption
0,49
0,80
0,766
0,00
0,10
0,20
0,30
0,40
0,50
0,60
0,70
0,80
0,90
HM 240/750 DFEE HM 240/750
ServoPower
EcoPower 240/750
cosphy
mould VTA 208
shot weight 106g
cycle time 20sec.
Machine benchmark clamping force 240 t
44. Wittmann Group 2013-10
0,65
0,44
0,27
0,00
0,10
0,20
0,30
0,40
0,50
0,60
0,70
[kWh/kg]
HM 240/750 DFEE HM 240/750
ServoPower
EcoPower 240/750
specific energy consumption
Cycle time 20sec., shot weight 106g
HM 240
DFEE
HM 240
ServoPower
EcoPower
240
100,00% -32,44% -57,19%
- 2,94 Jahre 2,31 Jahre
- 7,06 Jahre 7,69 Jahre
- 23.720 45.600 amount of coverage with lower energy costs (10 years)
remaining live time after ROI (basis 10 years)
ROI (higher investment costs)
effective energy costs - difference
Specific energy consumption economic comparison
Machine benchmark clamping force 240 t
45. Wittmann Group 2013-10
Servo Robots Customized solutions
W 823 D
for stack molds up to 2* 10kg of
payload
W 828
for long kick reach and easy
mounting of sub-arms
Clean Room Kit
Special execution for lowest particle
emission and easiest cleaning
W 821-831
Universal servo robot for a great
variety of applications
W 837
Side entry robot for shortest
overall cycle times
Insider
Highly compact solution, free
access to the mold
46. Wittmann Group 2013-10
IML In-Mold Labeling Systems
Top entry robots
for flexible solutions
W827 F/W
side-entry system for up
to 300t machines
W837 F/W
side-entry system for up
to 800t machines
W837 FLEX
Dual production for flat
and wrap-around labels
on unique frame
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Service Portfolio
Battenfeld offers its customers a comprehensive, highly efficient service portfolio
WEB SERVICES: leading in online service on internet basis
Inspection & maintenance packages:
- Preventive service
- Calibration service
- Full service
Service Help Desk: available from
7:00 am to 10:00 pm, 7 d/week
Processing Technology counseling to optimize processes
Wide range of (individual) training seminars
Web-Service 24/7 around the clock and worldwide
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With almost 60 years
experience in building injection
molding machinery, we offer
efficient, innovative solutions for
all applications.