TECHNOLOGIES
LASER CUTTING AND PUNCHING
The department guarantees a working range of up to 3000 x 1500 mm for sheets from 0.4 mm to 25 mm in automatic mode and of 4500 x 1500 mm for sheets from 0.4 mm to 8 mm in manual mode.
The Amada line, consisting of a ENSIS 3015 AJ 6 kW fibre laser, a TK-EU workpiece separation robot and a CS II 300 80-pallet automatic magazine, can cut all types of materials, from pickled, aluminised or galvanised iron, aluminium and stainless steel to reflective materials such as copper, titanium and brass.
The Amada EML 3610 NT combined electric punching machine with 4 kW CO2 source allows carrying out deformations, threads or large series of holes, combining the flexibility of a laser for cutting complex geometries.
An Amada LC 2415 ALFA IV NTCO2 2.5 kW laser with 8-pallet loading and unloading tower completes the department.
The high degree of automation allows the department to work 24 hours a day, 7 days a week, even when unmanned.
Programming is done using Amada’s VPSS3i software suite. The VPSS 3i Blank cutting CAM is interconnected to the ERP via AOM, Amada Order Manager, which allows any production order to be nested instantly thanks to the interconnection and continuous data exchange, without any manual data entry.
The department guarantees a working range of up to 3000 x 1500 mm for sheets from 0.4 mm to 25 mm in automatic mode and of 4500 x 1500 mm for sheets from 0.4 mm to 8 mm in manual mode.
The Amada line, consisting of a ENSIS 3015 AJ 6 kW fibre laser, a TK-EU workpiece separation robot and a CS II 300 80-pallet automatic magazine, can cut all types of materials, from pickled, aluminised or galvanised iron, aluminium and stainless steel to reflective materials such as copper, titanium and brass.
The Amada EML 3610 NT combined electric punching machine with 4 kW CO2 source allows carrying out deformations, threads or large series of holes, combining the flexibility of a laser for cutting complex geometries.
An Amada LC 2415 ALFA IV NTCO2 2.5 kW laser with 8-pallet loading and unloading tower completes the department.
The high degree of automation allows the department to work 24 hours a day, 7 days a week, even when unmanned.
Programming is done using Amada’s VPSS3i software suite. The VPSS 3i Blank cutting CAM is interconnected to the ERP via AOM, Amada Order Manager, which allows any production order to be nested instantly thanks to the interconnection and continuous data exchange, without any manual data entry.
| SYSTEM | BRAND | WORKING RANGE [mm] | POWER [W] | MAX THICKNESS [mm] |
| Fiber laser ENSIS 3015 AJ | Amada | 3000x1500 | 6000 | 25 |
| Combination machine CO2 EML 3610 NT | Amada | 3000x1500 automatico 4000x1500 manuale | 4000 | 6 |
| CO2 laser LC 2415 ALFA IV NT | Amada | 3000x1500 automatico 4500x1500 manuale | 2500 | 8 |
BENDING
The bending department consists of 1 fully-automated robotic cell (gripper change, machine set-up, tool cleaning) and 11 manual bending machines, including 1 with automatic die change, which allow a working range of up to 4m and 220 tonnes.
The large number of dies acquired over the years, together with the availability of various options for controlling the bending angle, guarantee the production of very complex sheet metal items and allow high quality bending of all types of materials, including protected AISI and aluminium.
CAD/CAM software is used to virtualise the bending processes, highlighting critical issues in advance and reducing programming time on the machine. Automation, which enables unmanned production for larger batches or reduces machine set-up times for small, non-recurring batches, also plays an important role in this department.
The bending department consists of 1 fully-automated robotic cell (gripper change, machine set-up, tool cleaning) and 11 manual bending machines, including 1 with automatic die change, which allow a working range of up to 4m and 220 tonnes.
The large number of dies acquired over the years, together with the availability of various options for controlling the bending angle, guarantee the production of very complex sheet metal items and allow high quality bending of all types of materials, including protected AISI and aluminium.
CAD/CAM software is used to virtualise the bending processes, highlighting critical issues in advance and reducing programming time on the machine. Automation, which enables unmanned production for larger batches or reduces machine set-up times for small, non-recurring batches, also plays an important role in this department.
| SYSTEM | BRAND | WORKING RANGE [mm] | TONS |
| Bending robot system FBS 045 RAIL | Starmatik + LVD | 3000 | 135 |
| Press brake with Automatic Tool Changer HG 1003 ATC | Amada | 3000 | 100 |
| Press brake HFE 3i 2204L + accompagnatori SF75 | Amada | 4000 | 220 |
| Press brake HFB 220-4 | Schiavi | 4000 | 220 |
| Press brake HFP 1704L | Amada | 4000 | 170 |
| Press brake HFB 170-3 | Schiavi | 3000 | 170 |
| Press brake HFP 1003 | Amada | 3000 | 100 |
| Press brake RG 80-30 | Schiavi | 3000 | 80 |
| Press brake HFB 80-20 | Schiavi | 2000 | 80 |
| Press brake HFT 5020 | Amada | 2000 | 50 |
| Press brake HFE 3i 5020 | Amada | 2000 | 50 |
| Press brake MEDA 35-200 | Mecos | 2000 | 35 |
| Mechanical press | Ross | 60 |
| SYSTEM | BRAND | WORKING RANGE [mm] | TONS |
| Bending robot system FBS 045 RAIL | Starmatik + LVD | 3000 | 135 |
| Press brake with Automatic Tool Changer HG 1003 ATC | Amada | 3000 | 100 |
| Press brake HFE 3i 2204L + accompagnatori SF75 | Amada | 4000 | 220 |
| Press brake HFB 220-4 | Schiavi | 4000 | 220 |
| Press brake HFP 1704L | Amada | 4000 | 170 |
| Press brake HFB 170-3 | Schiavi | 3000 | 170 |
| Press brake HFP 1003 | Amada | 3000 | 100 |
| Press brake RG 80-30 | Schiavi | 3000 | 80 |
| Press brake HFB 80-20 | Schiavi | 2000 | 80 |
| Press brake HFT 5020 | Amada | 2000 | 50 |
| Press brake HFE 3i 5020 | Amada | 2000 | 50 |
| Press brake MEDA 35-200 | Mecos | 2000 | 35 |
| Mechanical press | Ross | 60 |
WELDING
Siver has several MIG/MAG and TIG tack and welding stations for both stainless steel and aluminium.
Typical production is extremely varied and ranges from the welding of complex assemblies, such as kneading machines, road barriers or electrical cabinets, to simpler parts that require an excellent aesthetic finish, such as industrial oven doors with a Scotch Brite finish or parts in aluminium.
Siver has several MIG/MAG and TIG tack and welding stations for both stainless steel and aluminium.
Typical production is extremely varied and ranges from the welding of complex assemblies, such as kneading machines, road barriers or electrical cabinets, to simpler parts that require an excellent aesthetic finish, such as industrial oven doors with a Scotch Brite finish or parts in aluminium.
ASSEMBLY
The assembly department makes it possible to complete the offer and provide our customers with a finished and correctly assembled product.
Assembly takes place in-line or in-bay, depending on the type of product required, ranging from items such as cabinets or district heating kits, to doors, insulated industrial oven bases and tops. In this case, Siver acts as ‘main contractor’, procuring all the components needed to produce finished functional units (gaskets, locks, windows, handles, insulation, etc.).
High quality and reliability in the assembly of kits ready for sale to the end user has enabled Siver to become a supplier to major multinational companies on a free-pass basis.
The assembly department makes it possible to complete the offer and provide our customers with a finished and correctly assembled product.
Assembly takes place in-line or in-bay, depending on the type of product required, ranging from items such as cabinets or district heating kits, to doors, insulated industrial oven bases and tops. In this case, Siver acts as ‘main contractor’, procuring all the components needed to produce finished functional units (gaskets, locks, windows, handles, insulation, etc.).
High quality and reliability in the assembly of kits ready for sale to the end user has enabled Siver to become a supplier to major multinational companies on a free-pass basis.
