Escomatic machinery, the key to your peace of mind

The Escomatic is an automatic machine tool used mainly in the screw machining industry to manufacture precision parts in high-volume production, often from metal bars or wires.

The name comes from the Swiss company ESCO, which developed the technology in the 1950s. It is high-efficiency, ultra-high-performance screw machining equipment designed for turning metal parts in small-, medium- and high-volume production runs (from 100 Kpcs to 100 Mpcs per year).

Its main features include:

Unique operating mode: unlike conventional automatic lathes, where the part rotates and the tools remain fixed, the Escomatic works the other way around: the tools rotate around the part, while the part remains stationary (or moves axially). This means very small parts can be machined with exceptional precision and speed.
Applications: the Escomatic is used to produce small, often complex-shaped parts for various sectors such as watchmaking, connectors, electronics, jewellery and the automotive industry. Parts may include shafts, screws, springs and other mechanical components.
Speed and precision: this type of machine is valued for its ability to produce large quantities of parts thanks to its short cycle times. It provides extremely high precision at competitive costs, making it ideal for series production.
Materials processed: the Escomatic can machine various types of materials, including steel, brass, copper, titanium and different metal alloys.

Escomatic: the heart of MINESCO

Our fleet of machinery comprises 350 Escomatic cam-operated lathes and 30 CNCs producing 3 million parts per day.

All machines of our fleet are optimised in-house, thanks to complete technical mastery of each screw machine: we carry out maintenance and complete overhauls of our machines in-house. We have three types of machine from this brand, allowing us to meet a wide range of customer needs:

D2 cam-operated: for high-volume production of drilled, tapped and knurled shafts up to 4 mm in diameter
D6 cam-operated: for high-volume production of drilled, tapped and knurled shafts up to 10 mm in diameter
CNC: for small-, medium- and high-volume production of drilled, tapped and knurled shafts, up to 10 mm in diameter

350

Cam-Operated Escomatic Machines

Escomatic CNC

million parts per day

Escomatic D2 cam-operated

Escomatic CNC D2-D5

Escomatic D6

Machines Escomatic CNC New Mach Minesco copy

Escomatic New Mach

Advanced technical features

Escomatic machines stand out for their unique design, in which the tools rotate around the stationary part. This configuration incorporates a cross spindle that allows efficient lateral machining, especially for small parts with complex shapes. The combination of axial spindles and interchangeable tool heads supports a range of machining operations, such as drilling, tapping and knurling, while ensuring high repeatability and consistent quality.

Customer benefits

Increased productivity and reduced costs

Large-scale production: the Escomatic is specifically designed to manufacture parts in large quantities, enabling fast and efficient production. Cost reduction: the cost per part is significantly reduced thanks to the Escomatic’s automation and high production speed. This allows customers to benefit from more competitive prices on high-volume orders.

Exceptional precision

Tight tolerances: the Escomatic allows parts to be produced with extremely high precision, which is essential in sectors such as watchmaking, connectors or electronics. Customers therefore receive parts that meet quality requirements, even for complex and miniaturised applications.

Flexibility in materials

Machining for a wide range of materials: the Escomatic is capable of working with a wide variety of materials, such as steel, brass, copper, titanium and other alloys. This allows customers to meet diverse requirements while maintaining a high level of quality.

Shorter delivery times

Production speed: the Escomatic’s automation and continuous production capacity help shorten manufacturing lead times. Customers can therefore receive their parts quickly, which is a crucial advantage in sectors requiring short production cycles.

Adaptability for complex parts

Design of specific shapes: the Escomatic can produce complex shapes and parts that are difficult to machine using traditional methods. This allows customers to create specific parts tailored to their technical requirements without compromising on quality.

Less material loss

Optimisation of material: the Escomatic helps minimise waste and material loss thanks to its precise production process. Customers therefore benefit from better control over production costs.

Reliability and consistent quality

Consistent quality: thanks to its automation, the Escomatic ensures steady quality across all parts, reducing the risk of defects and errors.

In short, the main benefit to the customer of an Escomatic machine is its ability to produce complex parts quickly, in high volumes and with high precision, while keeping costs down and offering flexibility in both materials and design.