Moulding Industry
Hot stamping is a fundamental process for the production of high-strength structural components for sectors such as automotive, hydraulics, construction machinery and general mechanics. It all starts with precise cutting: solid bars are cut to length before being heated and deformed in moulds.
Simec sawing machines are designed to offer reliability, continuity and precision at the initial stage of the hot stamping process. The quality of the cut is crucial to ensure correct mould filling and to reduce scrap: our machines ensure clear, consistent and perfectly perpendicular cuts even on high-strength moulding steels.
With robust structures, customisable configurations and high-productivity automated systems, each line is designed to optimise cycle times and reduce downtime. Our customers in the forging sector find in Simec a reliable partner to guarantee process efficiency, consistent quality and a forging-ready cut.
Key points
High performance on special steels and alloyed materials
.
Dimensional repeatability for critical components
Integrated traceability and Industry 4.0 compatibility
Real-time quality control
Optimisation of scrap and cycle times
Why choose our Simec machines
Simax80
Industrial Bar Cutting Machine
Fully automatic sawing machine for the continuous cutting of solid bars with round and square cross-sections. Compact and robust, the SIMAX 80 processes diameters from 10 to 80 mm, ensuring high productivity, precision and cutting finish. Ideal for industrial lines requiring reliability and automation.
10-80 mm
Working diameter
2-9" sec
Cutting Time
20-1500 mm
Cutting length
Simax100
Industrial Bar Cutting Machine
Designed for industrial cutting of solid bars up to Ø110 mm, the SIMAX 100 is a high-performance disc saw, with a 5.000 kg and brushless technology to ensure clear and repeatable cuts. A versatile solution for those looking for quality and stability in cutting processes.
.15-110 mm
Working diameter
2-12" sec
Cutting Time
10-1500 mm
Cutting length
Simax150
Industrial Bar Cutting Machine
The ideal solution for cutting large section bars, from Ø25 to Ø160 mm. The SIMAX 150 is a disc saw with a 6,000 kg structure and advanced handling system, perfect for high volume production requiring resistance, precision and continuity.
25-160 mm
Working diameter
3-18" sec
Cutting Time
15-1000 mm
Cutting length
Want more information?
Contact us. We will get back to you as soon as possible.
Mechanical forging shafts
Starting from billets cut with Simec saws, shafts are forged for applications requiring maximum structural strength. The precision of the initial cut is essential to optimise heating, deformation and the final result of the part.
Flanges
Our industrial sawing machines cut solid bars into pieces of precise length, ideal for subsequent forging into mechanical flanges. The uniform cut guarantees an optimal basis for reliable components used in industrial, power and hydraulic systems.
Products that can be produced
Industry 5.0
Our machines embrace the principles of Industry 5.0, promoting perfect collaboration between man and technology. We offer advanced solutions where automation is combined with flexibility and customisation, putting the operator and the customer's specific needs at the centre. Intelligent data integration enables more sustainable, adaptive and quality-oriented production processes. Every Simec system contributes to a more advanced industry, where efficiency, responsibility and innovation are in balance.
Spare parts available in stock
Reliability also means having quality spare parts available at all times. Simec ensures fast service and spare parts that are always compatible with the specific configuration of your machine, even years after purchase.
Simec for you
In the automotive world there is no room for inaccuracy. Simec provides equipment that is reliable, fast and capable of meeting the highest production standards in the industry. We offer tailor-made cutting solutions, configurable to existing volumes, materials and layouts. Each machine is the result of continuous technical research, geared towards maximum efficiency, repeatable quality and durability.
