© 2023 | l. terzago
ADVANCED INDUSTRIAL ROBOTIC SYSTEMS
ABOUT US
OUR STORY
A story that begins a long time ago....
Fratelli Terzago was founded in Verbania (VB) Italy in 1905, since that date the Terzago family has always been active in the world of technology development for engineering and art.
At the end of 2021, Terzago Robotics America Co. was founded in New York to guarantee and make available to our Customers in the United States and throughout North America our many years of experience, production and adequate technical service.
We are partner and robot integrator of ABB, COMAU, KUKA and YASKAWA
"Being curious about learning, not being afraid to make mistakes, and never giving up…
allow you to achieve any goal."
Luca Terzago
THE EXPERIENCE IN INDUSTRIAL ROBOTICS
In 1996 Matteo and Luca Terzago filed the first patent for the use of robots in the stone industry (marble and natural stone processing); from there their adventure began, always in close contact with the most prestigious architectural and sculptural firms in the world. This involved taking part in projects of reproved prestige on every continent of the world.
These experiences have led to other robotic applications in multiple fields such as: wood, marine, reinforced concrete, foundry, model and mold making, glass, automotive, aeronautics, ceramics and solid surfaces.
INNOVATIVE TECHNOLOGIES TO BOOST YOUR PRODUCTION
ROBOT4INDUSTRY
Robots and robotic lines for multiple fields of application, from foundries to shipyards, from automobiles to aircraft, from reinforced concrete construction to wooden furniture components. Solutions for milling plastics, glass or carbon fibers, polyurethane foams, medium- or high-density resins, deburring ferrous and nonferrous metals, sanding solid surfaces products, cutting, milling and sanding architectural concrete elements, and machining glass.
EXAMPLES OF ROBOTIC PROCESSING
CARBON FIBER CUTTING AND TRIMMING
MILLING OF HIGH-DENSITY PLASTIC RESINS
MILLING AND DRILLING OF SOLID SURFACES
Robotic system suitable for carbon fiber components for sportswear, components for motorcycles, cars, airplanes and boats. Special electro spindles with rotation up to 40000 rpm and pressurized are used for this specific application. These robotic systems are equipped with appropriate protective cabins
Robot4industry can be used for resin models for footwear, small molds, components for motorcycles, cars, airplanes and boats, or models for foundries in general. Electro spindle power 12 kW
Our robotic system can be applied for bathroom or kitchen countertops and architectural cladding in general. Electro spindle 12 kW
MILLING OF POLYURETHANE FOAMS
ALUMINUM TRIMMING
WJ CUTTING
Our robot can be used for cutting sprues and perform general deburring in ferrous and nonferrous metal foundries. Robot4industry, equipped with appropriate tools, can also be used for sanding or polishing.
Can be used for cutting all materials We have solutions with systems on fixed base or with robots installed on portals with dimensions up to 48x16 ft Used pumps with pressure up to 90000 PSI/6200 bar made in collaboration of KMT
Can be used for models and molds in the motorcycle, automobile, truck, train, airplane, and sail or motor boat industries. Electrospindle power 8 kW.
SEMI-FINISHING OF POLYSTYRENE MOLDS FOR THE MARINE INDUSTRY
ROUGHING OF MOLDS FOR THE AVIATION INDUSTRY
MILLING OF BIG MOLDS FOR THE TRANSPORTATION AND FOUNDRY INDUSTRIES
Robot4industry be used for making molds or models for all applications where precision machining and with low to medium density foams or resin-coated models are involved. These systems can also be used for sanding models and molds when equipped with the provided sanding KIT. Dimensions up to 30x8x10(h) ft.
The robotic system can be applied for making molds or models for all applications where processing with low or medium density foams or resin-coated models is involved. These plants can also be used for sanding models and molds if equipped with the provided sanding KIT. Dimensions up to 60x9x14(h) ft
Our robotic plant can be used for making large molds or models for all applications where processing with low or medium density foams or resin-coated models is involved. These systems can also be used for sanding models and molds when equipped with the provided sanding KIT. Dimensions up to 133x33x17(h) ft.
PROCESSING OF SMALL WOOD PRODUCTS
FINISHING OF WOODEN DECORATION ELEMENTS
ROUGHING OF WOODEN CONSTRUCTION ELEMENTS
This system can be used in any joinery workshop due to its compactness and particularly favorable ratio of work area to required installation space. It comes complete with a protective enclosure that does not require floor fastening. Maximum power of the electrospindle 2 kW.
Robotic application useful in any joinery workshop due to its compactness and particularly favorable ratio of work area to required installation space. Maximum power of the electro spindle 12 kW
Our robot can be used in any joinery workshop due to its compactness and particularly favorable ratio of work area to required installation space. Maximum power of the electro spindle 12 kW. To increase the working range in the photo you can see a robot equipped with a motorized and interpolated linear guide.
DRILLING AND FINISHING OF WOODEN FURNITURE ELEMENTS
CUTTING AND MILLING OF REINFORCED CONCRETE CONSTRUCTION ELEMENTS
MILLING AND SANDING REINFORCED CONCRETE CONSTRUCTION ELEMENTS
This application can be used in any joinery workshop due to its compactness and particularly favorable ratio of work area to required installation space. Maximum power of the electro spindle 12 kW. To increase the working range in the photo you can see a robot equipped with a motorized, interpolated linear guide (33 ft) and fitted with a vacuum suction table.
Robotic plant made for the cutting and milling of architectural or construction components in reinforced concrete. The photo shows machining with an 18-kW electron spindle and equipped with an automatic head changer and cutting motor with a 25,5 inch disk. The robot is installed on a gantry with dimensions of 133x33x10(h) ft.
Robotized system for milling and grinding of architectural components (stairs) in reinforced concrete. Sanding is performed with an electro-plated diamond tool.
SANDING OF FURNITURE COMPONENTS IN SOLID SURFACES
EXTERNAL SANDING OF SOLID SURFACES BATHROOM COMPONENTS
INTERNAL SANDING OF SOLID SURFACES BATHROOM COMPONENTS
Example of our orbital head sanding of a solid surface furniture element installed on a medium size robot. This technology is also applicable for other materials (fiberglass, carbon, abs, wood and similar components)
Example of sanding bathroom furniture element, this technology is also applicable for other materials (fiberglass, carbon, abs, wood and similar components)
Sanding and polishing the inside of bathtubs or sinks is no problem thanks to the use of our robots and appropriate purpose-built equipment.
EXAMPLE OF POSSIBLE CONFIGURATIONS OF OUR ROBOTICS SYSTEMS FOR INDUSTRY
INNOVATIVE TECHNOLOGIES TO BOOST YOUR PRODUCTION
ROBOT4STONE
Robots and automated robotic lines for processing natural (marble and granite) and synthetic stone. Solutions for sculpture, parametric architecture and design.
Robotic factories for the production of kitchen countertops.
Robotic plants for reinforcing and resin-coating slabs.
EXAMPLES OF ROBOTIC PROCESSING
ROUGHING ARCHITECTURAL STONEWORK
SEMI-FINISHING PROCESSING OF NATURAL STONE ARTISTIC ELEMENT
FINISHING OF NATURAL STONE ARTWORK
Example of marble architectural element roughing with robot equipped with automatic rotary table with 33000 lbs capacity, electro spindle 18 kW. Maximum machining dimensions 110x60x90(h) in.
Example of milling to finish an artistic marble element with a Robot4stone.
Example of semi-finishing an artistic marble element with one of our robots equipped with an electro spindle with 22 kW power. Maximum workable dimensions 118x75x120(h) in.
CUTTING STONE KITCHEN COUNTERTOPS
CUTTING WITH WJ AND DISC OF SYNTHETIC STONE KITCHEN COUNTERTOP
CUTTING 45°WITH WJ AND DISC OF SYNTHETIC STONE KITCHEN COUNTERTOP
Cutting bathroom or kitchen countertops of natural or synthetic stone is easily done with one of our robots. The photo shows a system equipped with a motorized linear guide that allows maximum cutting dimensions of 150x80 in.
Cutting of bathroom or kitchen countertops of natural or synthetic stone is done with a combination head equipped with a disc motor and waterjet cutting head with 4200-bar abrasive. The photo shows a system mounted on a fixed metal base that allows maximum cutting dimensions: 115x78 in.
Our robotic cutting systems can perform vertical and inclined cuts up to 47° automatically and with simple and fast programming. With our SW you can also import cad drawings (DWG or DXF) or take photographs of the sheets of material to be cut to perform vein matching with ease.
DISC SHAPING MACHINING OF A GRANITE ELEMENT
SHAPING WORK WITH A DISC OF A MARBLE ELEMENT
DIAMOND WIRE SHAPING WORK ON A GRANITE ELEMENT
Thanks to the use of specific electric motors and the possibility of having no limits on tool positioning, the Root4stone can perform all shaping operations with the disc, even on particularly hard material such as granite.
The use of disc shaping can also be used for roughing architectural elements instead of the more expensive grinding wheels. All with one positioning of the workpiece.
Performing diamond wire shaping without shape limitations is possible with Robot4stone, which also performs 5-axis cutting with a useful length of up to 125 in.
MILLING CUT AND FINISHING WORK ON A GRANITE KITCHEN COUNTERTOP
MACHINING AND FINISHING OF A CURVED ARCHITECTURAL ELEMENT (STAIR RAILING) MADE OF MARBLE
FINISHING MACHINING WITH SHAPED GRINDING WHEEL
Our robotic natural stone systems perform accurate finishes with all types of tools.
Our robots can replace traditional Cartesian systems because of their ability to perform cutter cuts or edge polishing and all the machining required to make bathroom or kitchen countertops. The machining macros set up in our SW make it easy and efficient to program the system
Robot4stone can accurately perform 5-axis interpolated machinin allowing you to have no limits in the production of any architectural element and place no limitations on your imagination.
DIAMOND WIRE SHAPING MACHINING OF A CURVED NATURAL STONE CLADDING ELEMENT
CHAMFERING AND SANDING PAD POLISHING PROCESSING OF A SYNTHETIC STONE TOP
RESIN PROCESSING AND REINFORCEMENT OF A NATURAL STONE SLAB
If you need to reinforce your natural stone slabs, Robot4Stone allow you to place reinforcing mesh (where provided) and spread resin or mastic in a fully automated manner.
Robot4stone makes even complex machining simple. Using customized operating heads.
Our system can use polishing pads to perform all. Rib polishing and beveling processes on all natural and synthetic materials.
EXAMPLE OF POSSIBLE CONFIGURATIONS OF OUR ROBOTIC SYSTEMS FOR STONE
INNOVATIVE TECHNOLOGIES TO BOOST YOUR PRODUCTION
ROBOT4MOVE
Robotic solutions designed for handling finished products, semi-finished goods and raw materials, whether for storage or packing or for feeding automatic production lines and CNC machine tools.They are mainly used for wood, metal, glass, polymers, natural stone, synthetic stone and ceramics.
EXAMPLES OF ROBOTIC PROCESSING
PALLETISING NATURAL STONE TILES
LOADING AND UNLOADING OF MECHANICAL COMPONENTS ON CNC MACHINES
HANDLING OF SYNTHETIC STONE AND CERAMIC SLABS
Robotic palletizing system for marble and ceramic tiles with gripping device equipped with vacuum cups, with maximum size 35"1/2x24" and maximum weight of 120 lbs.
Automatic loading and unloading system for slabs and semi-finished products in natural stone, synthetic stone, and ceramics with a maximum load capacity of 990 lbs. The system can be equipped with a motorized linear guide up to 100 ft and a maximum load capacity up to 1800 lbs.
Automatic system for loading and unloading mechanical components automotive sector complete with double pneumatic gripper with maximum part weight of 30 lbs.
EXAMPLE OF POSSIBLE CONFIGURATIONS OF OUR ROBOTIC SYSTEMS FOR HANDLING
ACCESSORIES AND ADD-ON COMPONENTS
Our robotic systems can be of countless accessories that allow you to build a system "tailor-made" and according to your needs.
Different types of work tables are available, rotary tables both positioning and for machining interpolated to the robot with load up to 77200 lbs.
Motorizzed linear guides to increase the reachable area of the robot arm with lengths up to 114ft. Gantry systems with dimensions up to 132x33x17(h) ft.
Electrospindles with power from 2 to 30kW and rotation up to 40,000 rpm. equipped with manual or automatic tool changers for all machining requirements. Water jet system complete with pumps up to 90000 PSI/6200 bar made in collaboration of KMT.
OUR SOFTWARE
Our operator interface evolved over years of experience enables an easy operator approach to robot operation. No expensive dedicated training courses are needed to learn the typical functions of anthropomorphic robots; our technicians will train your workers.
SW also allows the plant to be connected remotely to facilitate maintenance and prevent breakdowns.
Less downtime, more productivity.
OUR MISSION STATEMENT
Our team is composed of engineers with proven experience who believe in innovation and product quality
WE USE THE WORLD'S BEST MANUFACTURERS OF ROBOTS AND AUTOMATION COMPONENTS TO PRODUCE INCREASINGLY ADVANCED SYSTEMS
WE WANT TO EXPAND OUR KNOWLEDGE BY LENDING OUR TECHNOLOGY TO ALL FIELDS OF APPLICATION IN ORDER TO INCREASE SAFETY IN THE WORKPLACE AND ELIMINATE REPETITIVE MANUAL TASKS
WE BELIEVE IN THE GLOBAL DIFFUSION OF TECHNOLOGIES AND RESPECT NATURE BY TRYING TO PRODUCE ENERGY-EFFICIENT AUTOMATION.
CONTACT US
SALES OFFICE
PHONE
10075 Davisburg Rd.
Davisburg MI 48350
Terzago Robotics America Corp. 200 Liberty Street 27 fl. New York NY - 10282
is an associated company of Terzago Robotics
