SIT-INDEVA was the first company to apply electronics to industrial manipulators. They are a world leader in intelligent devices for material handling, having developed the first servo-driven lift assist device in the 1970s. SIT-INDEVA offers electronic and pneumatic lift assist systems to improve productivity, ergonomics, safety, and reduce costs for global customers across industries such as automotive, chemicals, food, and more.
SIT-INDEVA was the first company to apply electronics to industrial manipulators. They developed the first servo-driven lift assist device in the late 1970s and have revolutionized the material handling industry. SIT-INDEVA designs and manufactures intelligent devices for handling loads up to 320 kg in an ergonomic way. Their electronic and pneumatic lift assist systems provide flexibility, reliability, safety, and increased productivity for customers around the world.
ADO - Automatic Door Opener - Kensington Labskensington labs
Kensington Laboratories, an industry leader in advanced robotic automation, offers the Automatic Door Opener™ (ADO), a 300mm Load Port designed for today’s rigorous wafer isolation and fab requirements.
Senlogic Automation Private Limited, is an ISO 9001:2008 certified firm approved by RDSO engaged in manufacturing and exporting a wide range of Weighing and Loading Systems.
Alpha Drives Ltd supplies custom-built control panels and solutions for industries like food processing, pharmaceuticals, conveying, water treatment, and pumping. They manufacture panels in materials like mild steel, stainless steel, polycarbonate, and aluminum. Alpha Drives provides variable speed drives, soft starters, motor controls, PLCs, instrumentation, and tested control panels from their workshop. They distribute Siemens drives, motors, and gearboxes along with Flender gear units and couplings to provide comprehensive drive solutions.
Dynamic ergonomics provides a more comprehensive evaluation of the man-machine interface than traditional static ergonomics. It analyzes user movements, postures, and stress levels during real interactions rather than with static dummies. This allows automakers to better optimize safety, comfort and usability. Dynamic ergonomics software captures over 230 data points on user motions, accessibility, visibility and stress to identify issues not found through static analysis alone. It also facilitates direct comparison to competitors' models for benchmarking throughout the design process. The quantitative results support evidence-based design improvements focused on the actual human experience.
The document summarizes the analysis and improvements made to the design of an engineering university's Baja racing vehicle to improve ergonomics. Three key areas were addressed: seat adjustability and comfort, steering wheel adjustment, and ergonomic analysis of body positioning during driving. Computer-aided design (CAD) software and manikins representing the 5th and 95th percentile were used. Analysis tools like RULA scores showed potential improvements. Adjustments like an adjustable steering column and seat rails were proposed and modeled in CAD.
SIT-INDEVA was the first company to apply electronics to industrial manipulators. They developed the first servo-driven lift assist device in the late 1970s and have revolutionized the material handling industry. SIT-INDEVA designs and manufactures intelligent devices for handling loads up to 320 kg in an ergonomic way. Their electronic and pneumatic lift assist systems provide flexibility, reliability, safety, and increased productivity for customers around the world.
ADO - Automatic Door Opener - Kensington Labskensington labs
Kensington Laboratories, an industry leader in advanced robotic automation, offers the Automatic Door Opener™ (ADO), a 300mm Load Port designed for today’s rigorous wafer isolation and fab requirements.
Senlogic Automation Private Limited, is an ISO 9001:2008 certified firm approved by RDSO engaged in manufacturing and exporting a wide range of Weighing and Loading Systems.
Alpha Drives Ltd supplies custom-built control panels and solutions for industries like food processing, pharmaceuticals, conveying, water treatment, and pumping. They manufacture panels in materials like mild steel, stainless steel, polycarbonate, and aluminum. Alpha Drives provides variable speed drives, soft starters, motor controls, PLCs, instrumentation, and tested control panels from their workshop. They distribute Siemens drives, motors, and gearboxes along with Flender gear units and couplings to provide comprehensive drive solutions.
Dynamic ergonomics provides a more comprehensive evaluation of the man-machine interface than traditional static ergonomics. It analyzes user movements, postures, and stress levels during real interactions rather than with static dummies. This allows automakers to better optimize safety, comfort and usability. Dynamic ergonomics software captures over 230 data points on user motions, accessibility, visibility and stress to identify issues not found through static analysis alone. It also facilitates direct comparison to competitors' models for benchmarking throughout the design process. The quantitative results support evidence-based design improvements focused on the actual human experience.
The document summarizes the analysis and improvements made to the design of an engineering university's Baja racing vehicle to improve ergonomics. Three key areas were addressed: seat adjustability and comfort, steering wheel adjustment, and ergonomic analysis of body positioning during driving. Computer-aided design (CAD) software and manikins representing the 5th and 95th percentile were used. Analysis tools like RULA scores showed potential improvements. Adjustments like an adjustable steering column and seat rails were proposed and modeled in CAD.
ANALYSIS OF SPACE FRAME OF FORMULA SAE AT HIGH SPEED WITH ERGONOMIC AND VIBRA...IAEME Publication
This paper introduces a design and analysis methodology of space frame chassis in the context of ending new and innovative design principle by means of optimization techniques. The design is according to the Formula SAE International rule book. Our paper emphasis on the driver safety, ergonomics of the driver according to the rule book in which we calculate the critical conditions of the race track, emphasis on the vehicle head on collision, rear impact test, torsional rigidity test, vibrational analysis of roll cage (space frame chassis) and side impact to make that chassis under the design limits and having the factor of safety 1-2.5 having a material of chromoly 4130 which is selected as an optimum material for design.
Notrax® is often referred to as one of the pioneers in anti-fatigue matting design and manufacturing. Anti-fatigue mats come in various types and materials for industrial or commercial applications. Most anti-fatigue matting is a combination of an ergonomic pattern and a cushioning underlay. The cushioning causes constant subconscious balance checks and micro movements that stimulate blood flow through the legs and lower extremities. This results in better circulation and less fatigue. The cushioning underlay insulates the feet from the hard surface, cold floors, vibrations, moisture and sound.
The document discusses ergonomic risk factors for musculoskeletal disorders (MSDs) such as force, repetition, and posture. It explains that over time, exposure to these risk factors can lead to MSDs. It provides information on controlling the risk factors through engineering controls that eliminate excessive force requirements, reduce repetition through job rotation, and modify tools and workstations to reduce awkward postures. Work practice controls and individual controls like proper body mechanics and stretch breaks are also recommended.
Ergonomics is the science of designing equipment and workplaces to fit the user. It focuses on making things comfortable and efficient by studying how work is done and how to improve it. There are three main types of ergonomics: physical, cognitive, and organizational. The key principles of ergonomics are to work in neutral postures, reduce excessive force/motion, keep items in easy reach, and maintain a comfortable work environment. Ergonomic injuries like repetitive stress injuries can be caused by repetitive or prolonged activities, awkward postures, vibration, and forceful exertions. Controls for ergonomic injuries include engineering solutions, administrative controls like job rotation, and promoting safe work practices.
The document discusses automotive design with respect to ergonomics. It covers five aspects of ergonomics, including safety and comfort. It describes using computer-aided design to simulate drivers and optimize cockpit ergonomics. It also discusses designing car controls and displays with symbols and aspects of automotive seat design for driver comfort.
Ergonomics is the science of designing equipment and tasks to fit human capabilities. The document discusses the history and definition of ergonomics, provides examples of ergonomic standards and applications, and concludes with questions about ergonomics in the workplace and daily life. Standards aim to ensure safety and comfort, and are applied in areas like offices, vehicles, medicine, and manufacturing. Examples demonstrate ergonomic considerations for preventing injuries from repetitive tasks like those involved in using computers.
This document describes the design and development of a sensor controlled trolley. It begins with an introduction to trolleys and their use in industry. Site visits were conducted at two factories to observe problems with current manual trolleys. The main problems identified were cleaning of tracks, limited work space, and difficult loading/unloading. Design objectives were set to increase mobility and work space for workers. A literature review covered sensor-controlled carts and robots. Components of the proposed sensor-controlled trolley include sensors, a controller, motors, and a battery. Path tracking will be achieved using IR and ultrasonic sensors. An Arduino board will serve as the controller. The trolley structure will be made of I-channel material
Load Handling Vehicle Monitoring System USA 4,757,712; 4,949,263; 5,285,020; Canada 1302566; 1304479; Australia 598,376; 605,647; Germany 38811280.0; 3887754.6; EU Countries 0293697; 035145
The document provides information about the SkidWeigh ED2 series of on-board scales for lift trucks. It summarizes that the SkidWeigh ED2 scales are designed to enhance workflow productivity by providing immediate weight data to operators as they lift loads, saving time and increasing safety and profits compared to using remote floor scales. The scales install easily on lift trucks and provide accurate weights without maintenance or ongoing calibration.
This document provides an overview of ABB's drives and motors catalogue for 2010, including:
- A product quickfinder that allows selection of drives and motors by criteria like power, voltage, enclosure type, and more.
- Brief descriptions and selection criteria for ABB's main drive and motor product families to help customers choose the appropriate product.
- Information on ABB's services including drive installation, commissioning, repair, and training.
- Contact details for ABB and its channel partners for sales and support.
AerialPlatForms provides the best Access Platform Hire in Leigh, UK. We provide Cherry Picker Hire, Elevated Platform Hire, Scissor Lift Hire, Telehandlers & more. for more information contact us.
Sackett Systems - Battery Exchange ExpertsGinny Gilbert
This document summarizes the key features and benefits of battery handling equipment from Sackett Systems. It describes their Hydra-Handler line of battery exchange systems, which include options like the Hydra-Handler Max, Elite, Select and Super. These systems are designed to efficiently and safely exchange batteries at scale. The document also briefly mentions their manual and powered transfer carts, A-frames, charging stands, and wash systems that support battery handling operations. Sackett claims their equipment is built to last with the highest quality materials and can reduce labor costs through automation.
Design and Fabrication of Automated Motorized Mechanical JackIRJET Journal
1) The document describes the design and fabrication of an automated motorized mechanical jack. A mechanical jack is commonly used to lift vehicles but requires significant manual effort.
2) The proposed motorized jack replaces the manual turning mechanism with an electric motor powered by a vehicle battery. Gears connect the motor to the screw mechanism to automatically raise and lower the jack.
3) The motorized jack is intended to reduce worker fatigue by automating lifting operations. It allows even unskilled workers to easily lift vehicles for maintenance in small automobile garages.
Very Narrow Aisle Truck which is very useful in modern warehouses where high reach and space saving is required. German made VNA Truck, One of the Unique manufacturers who are focusing only on products of VNA application.
Mitsubishi Electric has been a leader in vertical transportation since 1931. It created the world's first spiral escalator and elevator group control systems using artificial intelligence. Mitsubishi Electric products are known for their high quality, reliability, and safety, earning trust with building owners globally. The company strives to be environmentally friendly throughout the lifecycle of its elevators and escalators by introducing efficient technologies and reducing energy consumption. Mitsubishi Electric can customize high-speed elevators to meet the needs of diverse applications such as offices, hotels, and shopping centers.
This document provides information about Rotary Lift's inground vehicle lifts. It introduces the MOD30 modular inground lift and the EFX scissor inground lift, both of which have capacities from 60,000 to 90,000 pounds. Key features highlighted include environmentally friendly designs, modular components for easy maintenance, and patented universal saddle adapters for lifting a wide range of vehicles. Contact information is provided for Rotary Lift's sales, technical support, and various international locations.
Drive by-wire systems in Automobiles pptABHISHEKPUND
The drive-by-wire is one of the recently developed technologies in the automotive industry. This ensures completely new driving with new dimensions. It changes bulky and inaccurate mechanical systems with an advanced and accurate electronic system. It is used by many automobile companies all over the world to replace steering control, brake control & throttle control. It also gives designers more space because there is a reduction in mechanical linkages inside the car. Some safety issues of which the people would have to be made aware, such as this system is completely safe as it is being used successfully in civil aircraft & military for years now.
Standardized plugin ie4 drives for baggage handling systems the machine makerThe Machine Maker
The document discusses a baggage handling system installed at Victoria Airport in British Columbia, Canada. The system was designed by Glidepath to fit in a small space and uses 85 conveyors totaling 250 meters. It is powered by IE4 AC vector drives from NORD DRIVESYSTEMS. The plug-and-play drives with integrated encoders and communications simplified installation and enable remote monitoring. Glidepath appreciates the service support from NORD and that the drives require minimal spare parts. The drives perform various tasks reliably and their positioning functions were effectively used for luggage sorters.
This document describes an on-board weighing system called the SkidWeigh ED2 that can be installed on lift trucks. It eliminates extra steps in weighing processes by allowing operators to immediately see load weight information. Regardless of the application, improving weighing productivity increases revenue and safety. The SkidWeigh ED2 provides accurate weight readings, allows checking weights at the source of lifting, and gives managers peace of mind about load capacities and restrictions. It is durable, easy to use and install, and can enhance workflows for many industries that use lift trucks.
ANALYSIS OF SPACE FRAME OF FORMULA SAE AT HIGH SPEED WITH ERGONOMIC AND VIBRA...IAEME Publication
This paper introduces a design and analysis methodology of space frame chassis in the context of ending new and innovative design principle by means of optimization techniques. The design is according to the Formula SAE International rule book. Our paper emphasis on the driver safety, ergonomics of the driver according to the rule book in which we calculate the critical conditions of the race track, emphasis on the vehicle head on collision, rear impact test, torsional rigidity test, vibrational analysis of roll cage (space frame chassis) and side impact to make that chassis under the design limits and having the factor of safety 1-2.5 having a material of chromoly 4130 which is selected as an optimum material for design.
Notrax® is often referred to as one of the pioneers in anti-fatigue matting design and manufacturing. Anti-fatigue mats come in various types and materials for industrial or commercial applications. Most anti-fatigue matting is a combination of an ergonomic pattern and a cushioning underlay. The cushioning causes constant subconscious balance checks and micro movements that stimulate blood flow through the legs and lower extremities. This results in better circulation and less fatigue. The cushioning underlay insulates the feet from the hard surface, cold floors, vibrations, moisture and sound.
The document discusses ergonomic risk factors for musculoskeletal disorders (MSDs) such as force, repetition, and posture. It explains that over time, exposure to these risk factors can lead to MSDs. It provides information on controlling the risk factors through engineering controls that eliminate excessive force requirements, reduce repetition through job rotation, and modify tools and workstations to reduce awkward postures. Work practice controls and individual controls like proper body mechanics and stretch breaks are also recommended.
Ergonomics is the science of designing equipment and workplaces to fit the user. It focuses on making things comfortable and efficient by studying how work is done and how to improve it. There are three main types of ergonomics: physical, cognitive, and organizational. The key principles of ergonomics are to work in neutral postures, reduce excessive force/motion, keep items in easy reach, and maintain a comfortable work environment. Ergonomic injuries like repetitive stress injuries can be caused by repetitive or prolonged activities, awkward postures, vibration, and forceful exertions. Controls for ergonomic injuries include engineering solutions, administrative controls like job rotation, and promoting safe work practices.
The document discusses automotive design with respect to ergonomics. It covers five aspects of ergonomics, including safety and comfort. It describes using computer-aided design to simulate drivers and optimize cockpit ergonomics. It also discusses designing car controls and displays with symbols and aspects of automotive seat design for driver comfort.
Ergonomics is the science of designing equipment and tasks to fit human capabilities. The document discusses the history and definition of ergonomics, provides examples of ergonomic standards and applications, and concludes with questions about ergonomics in the workplace and daily life. Standards aim to ensure safety and comfort, and are applied in areas like offices, vehicles, medicine, and manufacturing. Examples demonstrate ergonomic considerations for preventing injuries from repetitive tasks like those involved in using computers.
This document describes the design and development of a sensor controlled trolley. It begins with an introduction to trolleys and their use in industry. Site visits were conducted at two factories to observe problems with current manual trolleys. The main problems identified were cleaning of tracks, limited work space, and difficult loading/unloading. Design objectives were set to increase mobility and work space for workers. A literature review covered sensor-controlled carts and robots. Components of the proposed sensor-controlled trolley include sensors, a controller, motors, and a battery. Path tracking will be achieved using IR and ultrasonic sensors. An Arduino board will serve as the controller. The trolley structure will be made of I-channel material
Load Handling Vehicle Monitoring System USA 4,757,712; 4,949,263; 5,285,020; Canada 1302566; 1304479; Australia 598,376; 605,647; Germany 38811280.0; 3887754.6; EU Countries 0293697; 035145
The document provides information about the SkidWeigh ED2 series of on-board scales for lift trucks. It summarizes that the SkidWeigh ED2 scales are designed to enhance workflow productivity by providing immediate weight data to operators as they lift loads, saving time and increasing safety and profits compared to using remote floor scales. The scales install easily on lift trucks and provide accurate weights without maintenance or ongoing calibration.
This document provides an overview of ABB's drives and motors catalogue for 2010, including:
- A product quickfinder that allows selection of drives and motors by criteria like power, voltage, enclosure type, and more.
- Brief descriptions and selection criteria for ABB's main drive and motor product families to help customers choose the appropriate product.
- Information on ABB's services including drive installation, commissioning, repair, and training.
- Contact details for ABB and its channel partners for sales and support.
AerialPlatForms provides the best Access Platform Hire in Leigh, UK. We provide Cherry Picker Hire, Elevated Platform Hire, Scissor Lift Hire, Telehandlers & more. for more information contact us.
Sackett Systems - Battery Exchange ExpertsGinny Gilbert
This document summarizes the key features and benefits of battery handling equipment from Sackett Systems. It describes their Hydra-Handler line of battery exchange systems, which include options like the Hydra-Handler Max, Elite, Select and Super. These systems are designed to efficiently and safely exchange batteries at scale. The document also briefly mentions their manual and powered transfer carts, A-frames, charging stands, and wash systems that support battery handling operations. Sackett claims their equipment is built to last with the highest quality materials and can reduce labor costs through automation.
Design and Fabrication of Automated Motorized Mechanical JackIRJET Journal
1) The document describes the design and fabrication of an automated motorized mechanical jack. A mechanical jack is commonly used to lift vehicles but requires significant manual effort.
2) The proposed motorized jack replaces the manual turning mechanism with an electric motor powered by a vehicle battery. Gears connect the motor to the screw mechanism to automatically raise and lower the jack.
3) The motorized jack is intended to reduce worker fatigue by automating lifting operations. It allows even unskilled workers to easily lift vehicles for maintenance in small automobile garages.
Very Narrow Aisle Truck which is very useful in modern warehouses where high reach and space saving is required. German made VNA Truck, One of the Unique manufacturers who are focusing only on products of VNA application.
Mitsubishi Electric has been a leader in vertical transportation since 1931. It created the world's first spiral escalator and elevator group control systems using artificial intelligence. Mitsubishi Electric products are known for their high quality, reliability, and safety, earning trust with building owners globally. The company strives to be environmentally friendly throughout the lifecycle of its elevators and escalators by introducing efficient technologies and reducing energy consumption. Mitsubishi Electric can customize high-speed elevators to meet the needs of diverse applications such as offices, hotels, and shopping centers.
This document provides information about Rotary Lift's inground vehicle lifts. It introduces the MOD30 modular inground lift and the EFX scissor inground lift, both of which have capacities from 60,000 to 90,000 pounds. Key features highlighted include environmentally friendly designs, modular components for easy maintenance, and patented universal saddle adapters for lifting a wide range of vehicles. Contact information is provided for Rotary Lift's sales, technical support, and various international locations.
Drive by-wire systems in Automobiles pptABHISHEKPUND
The drive-by-wire is one of the recently developed technologies in the automotive industry. This ensures completely new driving with new dimensions. It changes bulky and inaccurate mechanical systems with an advanced and accurate electronic system. It is used by many automobile companies all over the world to replace steering control, brake control & throttle control. It also gives designers more space because there is a reduction in mechanical linkages inside the car. Some safety issues of which the people would have to be made aware, such as this system is completely safe as it is being used successfully in civil aircraft & military for years now.
Standardized plugin ie4 drives for baggage handling systems the machine makerThe Machine Maker
The document discusses a baggage handling system installed at Victoria Airport in British Columbia, Canada. The system was designed by Glidepath to fit in a small space and uses 85 conveyors totaling 250 meters. It is powered by IE4 AC vector drives from NORD DRIVESYSTEMS. The plug-and-play drives with integrated encoders and communications simplified installation and enable remote monitoring. Glidepath appreciates the service support from NORD and that the drives require minimal spare parts. The drives perform various tasks reliably and their positioning functions were effectively used for luggage sorters.
This document describes an on-board weighing system called the SkidWeigh ED2 that can be installed on lift trucks. It eliminates extra steps in weighing processes by allowing operators to immediately see load weight information. Regardless of the application, improving weighing productivity increases revenue and safety. The SkidWeigh ED2 provides accurate weight readings, allows checking weights at the source of lifting, and gives managers peace of mind about load capacities and restrictions. It is durable, easy to use and install, and can enhance workflows for many industries that use lift trucks.
This document describes an on-board weighing system called the SkidWeigh ED2 that can be installed on lift trucks. It eliminates extra steps in weighing processes by allowing operators to immediately see load weight information. Regardless of the application, improving weighing productivity increases revenue and safety. The SkidWeigh ED2 provides accurate weight readings, allows checking weights at the source of lifting, and gives managers peace of mind about load capacities and restrictions. It is durable, easy to use and install, and can enhance workflows for many industries that use lift trucks.
Lenze is a key driver of Industry 4.0 – and your machine as well.
Lenze has been a key driver of Industry 4.0 for a long time now. Thanks to open standards and interfaces, we enable an outstanding interplay of machine and machine modules beyond the boundaries of your system, as well as supplying intelligent products that make decentralised processing of information possible for more efficiency and flexibility.
Your benefits at a glance:-
Simple engineering
• Construction plan with complete, coordinated information
• Optimised functions in accordance with applicable industrial standards
• Drive function optimised for greater energy efficiency, precisely tailored to meet current
and future requirements
• Easy integration into the tried-and-tested safety concept with two mains contactors
• Wide mains voltage range for use worldwide
Easy commissioning
• Integrated motor and equipment contactor without complicated wiring
• Integrated brake resistor without complicated wiring
• Connection to mains supply without tools
• Connection and parameterisation with the housing closed
• Standardised control inputs
• Excellent for retrofits & refurbs: small range of products displaces a wide range of existing units
Long service life
• Design process is based on many years of experience in the area of materials-handling
systems and leads to robust and long-lasting solutions
• Low-wear brake control at a standstill
• Versions for optimum maintenance options and minimal interfering contours
For more information, please contact:-
Derek Jones / Lenze UK
+44 1234 753216 / +44 777 599 0976
derek.jones@lenze.com
The document describes an on-board weighing system called the SkidWeigh ED2 that can be installed on lift trucks. It provides real-time weight data to operators to improve efficiency and safety. Using the system eliminates extra steps compared to remote floor scales and provides weight information during lifting. The system is accurate, durable, and easy to install. It benefits various industries by increasing productivity and profits through better weighing productivity.
This document discusses the Segway, a two-wheeled balancing vehicle powered by batteries and motors. It provides details on the components, construction, and working mechanism of the Segway. Some key points include:
- The Segway uses two 250W brushless DC hub motors powered by a 24-48V lithium-ion battery. Sensors and computers control the motors to balance the vehicle.
- It has applications for law enforcement patrols, personal transportation, and commercial uses due to its maneuverability, zero emissions, and ability to travel up to 24 miles on a charge.
- The Segway is used worldwide by over 1,000 security firms and law enforcement agencies for patrols due to
The document discusses igus engineered solutions for managing cranes' power, control and media lines while in motion. It describes igus Ready-Chain systems which allow cranes to operate safely over long distances and high accelerations without additional drives or complex control systems. It also outlines the benefits of igus solutions including media management, weather resistance, and easy reconfiguration.
2. SIT-INDEVA is the FIRST company in the WORLD
to apply
electronics to industrial manipulators.
SIT-INDEVA is the WORLD LEADER
in the design and manufacturing
of
INtelligent DEVices for hAndling
3. INDEVA - DEVELOPED
the Servo Driven Lift Assist Device
in the late 1970’s
INDEVA – REVOLUTIONIZED
the material handling list assist industry
for loads of up to 320 kg (705 lbs.)
INDEVA - 1st COMPANY
to achieve UNI EN ISO 9001:1994
Quality System Certification
for the design, production and
sale of material handling systems.
4.
5. GLOBAL CUSTOMERS
3M ABB Akzo Fibers
Amoco Fibers Audi BMW
BP Chemicals Bridgestone/Firestone Caterpillar
CIBA Geigy Coca Cola Chrysler
Dunlop DuPont Ferrari
Fiat Ford GE Aviation
General Motors Glaxo SmithKline Goodyear
Hewlett Packard Hoechst / Hoechst Celanese IBM
Johnson & Johnson Kellogg’s Kimberly Clark
Kodak Kraft General Foods Michelin
Monsanto Nestle Nissan
PPG Philip Morris Pirelli
Proctor & Gamble Reynolds Tobacco Rolls Royce
Sara Lee Shell Oil Still
Thyssen UNIFI Volvo
6. INDEVA allows operators to lift and handle loads up to 320 kg /
705 lbs as naturally as if the equipment were an extension of the
operators arm.
INDEVA helps:
• Improve Productivity
• Enhance Ergonomic Work Conditions
• Minimize Handling Related Injuries
• Reduce Costly Lost Time Injuries
• Reduce Costly Product Damage
INDEVA is the safest and most productive handling system
available by providing the responsiveness and flexibility of a
human operator PLUS the power of a machine.
INDEVA is perfect for quick, repetitive movement and slow,
precision positioning.
8. Two Categories of Electronic Lift Assist Devices
EASY & LIFTRONIC
ERGONOMIC – Fingertip control mode by means of an in-line force sensing handle
provides immediate response to the operator’s movement, drastically reducing inertia, allowing
the system to operate as an extension of the operator’s arm.
SELF-BALANCING – Microprocessor logic allows for INSTANT & AUTOMATIC
compensation of changes in the load weight.
VERSATILE – Countless types of lifting tools (mechanical, magnetic, vacuum, driven
manually, electrically or pneumatically)
FAST – Latest technology in motor drive & electronic control allow for greater speeds than
achievable with traditional manipulators
LIGHT – Weighing ONLY 88 lbs
SAFE – Failsafe mechanical lock is triggered in case of a power failure and a brake limits
the lowering speed of the motor
10. INDEVA EASY
• Simple Applications
• Non-Complex Mechanical Tooling
• Hooks
• Pantograph Jaws
• Pantograph Clamps
• Rapid Work Cycles
• Advanced Pre-Programmed
Logic for Unique Performance
• Load Capacities up to 528 lbs
• Various Mounting Configurations
• Freestanding Column
• Overhead Rail
• Ceiling
• Simple Installation
• Simple Maintenance
• High ROI
11. The UNIVERSAL TOOL HEAD
contains the microprocessor
controlled system logic that
automatically and continuously
detects and compensates for the
load weight – even if it changes.
The SENSITIVE HANDLE
provides extremely fine control of
up/down speeds –
drastically reducing inertia.
The FLOAT MODE allows
operators to perform precision
tasks effortlessly with their
hands on the load for maximum
control & positioning.
12. The LINEAR PANTOGRAPH allows INDEVA to handle
loads of different sizes & configurations by a simple & quick
jaw change or replacement.
15. INDEVA EASY
equipped with
Linear Pantogragh
gripping tool for
cardboard boxes.
The photo shows
Float Mode Handling,
that is
“Hands on the Load”
handling.
16. INDEVA LIFTRONIC
• Multi-Function Automated Tooling
• Vacuum
• Magnet
• Expanding Mandrel
•Grip & Rotate
• Auto Center of Gravity
• Repetitive Work Cycles
• Advanced Pre-Programmed
Logic for Unique Performance
• Load Capacities up to 528 lbs
• Various Mounting Configurations
• Freestanding Column
• Overhead Rail
• Ceiling
• Simple Installation
• Simple Maintenance
17. INDEVA “MODULO” TECHNOLOGY
More Flexibility
More Reliability
Easier To Modify
Easier To Maintain
Less Maintenance
Less Design Time
Less Lead Time
18. INDEVA Liftronic ®
with a Vacu-U-Grip
-Vacuum system
-Vacuum pads for handling
cardboard boxes
-Long SENSITIVE Handle
-Telescopic vertical arm
for allowing load picking
and release up to 3m
height in an ergonomic
way.
24. INDEVA PN SERIES
• ERGONOMIC – specially designed
cylinder position enables consistent
load balancing along the entire
vertical travel
• RELIABLE – complete pneumatic
logic guarantees long-term reliability
& very simple maintenance
• SAFE – safety devices retain the
load in case of air supply lose. Brakes
maintain arm & tooling position when
not in use
• VERSATILE – countless tooling
applications from mechanical to
vacuum – standard to custom
25. INDEVA PN ERGO
Traditional Pneumatic
Manipulator
-Column mounted
-Grip & Rotate tooling
for hydraulic handling
cylinders