Find assembly machinery including factory automation, automated systems, assembly systems and more. From assembly machines and robotic systems integrators to machine automation, you will find the assembly machinery you need. Use the time-saving Request for Quote tool to submit your inquiry to all the assembly machinery manufacturers and suppliers you select.
More than three decades equals impeccable design & engineering skills to tackle assembly machinery challenges, developing automation, process & packaging equipment customized for your proprietary needs. We seamlessly integrate new machinery into your assembly lines. Updating machinery is a forte.
CyberTech International is a leading manufacturer of assembly machinery, assembly equipment and systems, robotic and automated systems, assembly robotics, etc.—serving many industries including automotive, medical, electronics and various others. Visit our website for full production possibilities.
Bay Products designs and fabricates precision automation piercing systems to improve performance of the assembly process. Our specialty pierce units include the pivot, pinch, 4 hole, nail pierce and dual pivot machines—used for precise and accurate precision hole placement. ISO 9001 Quality System.
ACS is an ISO 9001:2000 systems manufacturer of various machines including: Continuous Product Equipment: payouts, accumulators, pullers, etc; Custom Machinery: automated assembly systems, croppers, label applicators, Product Testers: vision inspection system, function testers, etc.
At Carlson Engineering & Manufacturing, we provide automated systems, assembly machinery and assembly systems. We have a variety of products and operator controlled systems including screw feeders, step feeders, hand pieces, tool stands, testers, spindle systems and robotic assembly machines.
AES offers complete custom automated systems to various industries including auto, consumer product, food, welding and assembly, electronic, medical and more. Our capabilities consist of high speed automation, system integration, product development, prototypes and contract manufacturing.
Assembly machinery is crucial to any manufacturing
process. Industries that produce mass quantities of products rely on
assembly machinery extensively as part of daily operations in their factories
and production plants. Assembly systems include conveyors, lifts, pick
and place equipment, palletizers, testing equipment, marking equipment,
pallet transfer systems, etc. Flexible assembly systems are modular,
allowing for expansion and process refinement. These systems can all
be manually loaded. Much of the machinery used in assembly is custom-designed
for the product to be manufactured.
Automated assembly machines are capable of performing a wide variety
of tasks, including welding, eyeleting, metal injecting, riveting, brazing,
screw driving, nut driving and soldering. Automated assembly systems
may incorporate control, CAD/CAM or turnkey systems. Various movement
technologies, such as carousels or other rotary-style systems, continuous
motion, inline indexing, walking beam transfer, etc., are also utilized
in assembly machinery. Conveyer and palletized machine systems are used
in production processes that need continuous in-line motion. High-speed
assembly systems typically operate at speeds ranging from 200 to 1000
parts per minute and are used for high-volume production. Automated assembly
systems can also be designed to apply secondary marking
(e.g. bar-codes, labels) or package
the product directly from the assembly machine.
Robotic technology is now becoming a standard part of most assembly
equipment.
This emergence is making the human component of assembly less of a requirement,
at least at the hands-on assembly level. Humans are still needed to program,
create and monitor the productivity of fully automated robotic assembly
systems. Robots have low maintenance requirements, as they have few electrical
and mechanical components. They provide simple, flexible and extremely
reliable results. Robots are capable of handling more than just one type
of product, provide rapid or automatic changeover and are programmable.
They are also easy to integrate into existing assembly systems.
Assembly machinery manufacturers primarily custom-design the equipment
based on client needs. Their goal is to design cost-effective, labor-saving
systems that provide consistent production. Assembly machinery manufacturers
are often capable of designing semi-automated, as well as fully automated
systems. In semi-automation, the operator can intervene during various
stages of assembly, depending on the design. Services offered by assembly
machinery manufacturers may include equipment and control system design,
CAD/CAM support, systems integration and on-site support and training.
Industries that benefit from these custom-designed assembly systems include
the aerospace/aeronautics, agriculture, computer, electrical, medical,
semiconductor and food and beverage industries.
Automation equipment is the group of computerized machines used in manufacturing and packaging processes.
Automation systems
can include assembly, laser marking, bulk feeder, material handling
and injection molding systems, plastics processors, radial and axial
inserters, component sequencers, chip component mounters, etc. Automation
systems are used in a wide variety of industries, such as the manufacturing,
pharmaceutical and consumer products industries.
Control systems
guide or manipulate various elements in order to achieve a prescribed
result.
Factory automation
consists of different technologies, philosophies and disciplines, the
combination of which varies from process to process and plant to plant.
Factory automation systems can include controllers, SCADA software,
operator interfaces, I/O, drives and communications networks.
Fastening systems
include blind, threaded, non-threaded, concrete and general construction
fastening systems. Fasteners,
such as screws, nails, bolts and concrete anchors, connect two pieces
together that would otherwise have been separate.
Hydraulic lifts
(http://www.hydraulic-lifts.net)
are work platforms used to raise and lower material, personnel and work
pieces for loading and assembly positioning. Hydraulic lifts are crucial
pieces of assembly machinery.
Machine automation refers to the computer-operated machines used in an assembly line.
Palletized conveyers
are modular systems that use pallets, or trays, to move parts from one
station to the next for machining or assembly processes.
Pneumatic grippers
are parts of assembly machinery that are often lightweight and capable
of handling and moving pieces along in the assembly process.
Robotic systems
are often used in conjunction with automated assembly machinery. Robotic
systems, whose benefits include re-programmability, handle more detailed
assembly jobs and are designed to move material, parts, tools or specified
devices through variable programmed motions for the performance of a
variety of tasks.
Silk screen machines
are a type of assembly machinery that produce a desired image
onto various fabrics and textiles.
Synchronous chassis
machines are often custom built machines for the assembly of
pieces that include three or more parts. A rotating table, which rotates
parts into position, is typically a part of the main machine.
Vibratory bowl feeders
(http://www.vibratory-feeders.com),the
most common type of parts feeder , has a vibrating and turning
bowl with a helical track that climbs the inside wall of
the bowl into which parts are dumped. As the parts climb the track,
they encounter barriers that adjust the parts in a certain way, making
subsequent assembly easier.
Assembly Machinery Terms
Actuator –
A device in a closed-loop control system that translates the control signal
of the final control element into action by the control device.
Adjustable Speed – The concept
of varying the speed of a motor, either manually or automatically. The
desired operating speed (set speed) is relatively constant regardless
of load.
Assembler – A program that translates
assembly language into machine instructions.
Automation – Automatic, as opposed
to human, operation or control of a process, equipment or a system. Automation
also refers to the techniques and equipment used to achieve this automatic
control.
Axis – Any movable part of a
machine or system that requires controlled motion. Several axes of motion
can be combined in a coordinated multi-axis system.
Bill of Material – A list of
all the subassemblies, parts and raw materials of which a parent assembly
consists.
CAD (Computer Aided Design) –
Also called “CADD (computer aided design and drafting),” it
is a system that can be integrated with a CAM system.
CAM (Computer-Aided Manufacturing)
– The use of computer technology to generate data to control part
or all of a manufacturing process.
Calibration – The process of
determining the capacity or scale graduations of a measuring instrument.
CIM (Computer-Integrated Manufacturing)
– The use of computers in all facets of manufacturing.
Dark Factory – An entirely automated
plant floor in which there is no labor.
FMC (Flexible Machine Centre) –
Typically, an automated system comprised of CNC machines in which robots
load and unload parts that are conveyed through the system.
JIT (Just-in-Time) – An approach
to manufacturing in which each operation is closely synchronized with
subsequent operations.
Load Cell (http://www.iqsdirectory.com/load-cells/)
– A transducer for the measurement of force or weight. Action is
based on strain gages mounted within the cell on a force beam.
Network – Any system of computers
and peripherals.
Proximity Switch – A device
that senses the presence or absence of an object without physical contact
and, in response, closes or opens circuit contacts.
RP (Rapid Prototyping) – An
early step in the design process of assembly systems in which a small-scale
prototype is developed to test out certain key features of the design.
RP, which can include sketches, low-fidelity physical prototypes, CAD
visualization, rapid application development or video prototyping, is
extremely useful for large-scale projects, as it speeds up the entire
development process.
Robotics – The study of the
design and use of robots, particularly for their use in manufacturing
and related processes.
Sensor – A device that measures
the motion of, or forces/torques acting on, a body or joint.
