Lead times: from just 4 days Minimum tolerances: down to ±0.005 mm 3-, 4- and 5-axis state-of-the-art machines: DMG MORI, HSC machining, AI optimisation Large dimensions: up to 2,200 x 1,050 x 750 mm Scalability from single units to low-volume production: bespoke CNC milling All types of metals and plastics Finishes & surface treatments on request

STANDARD CNC TURNING Lead times: from just 3 days Maximum quantity: up to 500 units Minimum tolerances: down to ±0.005 mm Machine fleet: 2- and 3-axis CNC lathes Large dimensions: Ø 330 mm or 460 mm x 495 mm Scalability from single units to low-volume production:bespoke CNC turning Wide range of plastics and metals Finishes & surface treatments on request AUTOMATIC CNC TURNING Lead times: from just 3 days Maximum quantity: up to 120,000 units Minimum tolerances: down to ±0.005 mm State-of-the-art machine fleet: Swiss-type 6-axis TSUGAMI CNC lathes, AI-optimised Large dimensions: up to Ø 26 mm x 495 mm Wide range of plastics and metals Finishes & surface treatments on request

Framun Techno's CO2 series has a reinforced structure, long-lasting turbo laser, optimized window design for maximum visibility, and cross-positioning pointer. In addition, it has infinite applications: advertising and signage industry, lighting, exhibitors, fair stands, decoration, interior design, crafts, gifts ...

Mechanical engineering components frequently operate under extreme conditions: high loads, high sliding speeds and/or poor lubricating conditions can lead to wear or excessive friction and, thereby, to reduced service lifetime and/or efficiency. Carbon based PVD and DLC coatings are today considered the most effective surface solutions for gears, roller bearings, pumps, compressors, linear guides, ball screw drives, collet chucks, worm gears, and weaving and spinning machines.

Non-Contact, Portable Thickness Gauge Measurement capabilities: On powder coating before and after curing On liquid paint before and after drying On moving parts Fast response: 20 ms Measuring distance: 2 to 15 cm from the part Angle range: Between 20° and 160° relative to the surface

Gripping jaws for screwing F-connectors on the cable Space-saving mounting or dismounting of F-connectors by integrated open hexagon with 11 mm wrench size (SW 11) Stripping without adjusting the blades with length stop for all common F-connectors (6/4 mm) Optional: knife inserts for stripping to other defined clearances available (e.g. compression connectors: 6.5/ 6.5mm)

Built around a high-performance ESAB synergic and pulse MIG welding system, Cobots offer intuitive operation and fast deployment, and are ideally suited to high-mix and low- to medium-volume welding applications. Our years of welding expertise allow us to offer a range of Cobot packages tailored to your needs – whether you need a just a power-source, wire feeder and torch, or a complete turnkey Cobot solution. ESAB’s Cobot solutions reduce programming times, increase productivity and offer the consistent, high-quality welds you expect from our proven welding platform.

We can manufacture profiles with coextrusion of different materials, which is very useful for technical and functional aspects as well as for further aesthetic finishes. Thanks to our technology, profiles can be manufactured by coextrusion with 4 different materials at the same time.

A Complete Range Our hot- and cold-rolled stainless coils and sheets are available up to 2 meters wide and in a number of grades: austenitics (S300), austenitics containing manganese (S200), duplex, KARA ferritics (S400) and martensitics. Each of our solutions provides the technical performance, safety in service and economic competitiveness demanded by such industries as automotive, household appliances, food processing, catering, heating, architecture, building and construction, desalination, oil & gas, nuclear, chemical processing and transportation.

Cutting saw with capacity for 1600x1600mm

JG Automotive is a supplier and manufacturer of metal parts and components developed in cold forging is possible, we reduce substantially the costs comparing to other technologies like: turning, gear carving or hot forging plus mechaning. Cold forging technology is especially recommended for long production series and low weight parts. Customers can choose this technology for a number of reasons: Cold forged parts require little or no finishing work which saves manufacturing costs. It is also less susceptible to contamination problems and the final component has a better overall surface finish. Other benefits of cold forging include: Easier to impart directional properties, improved interchangeability, better reproducibility, greater dimensional control, handle high stresses and high loads and produce net shape or parts of net shape.

Product in coil form, cold rolled, annealed and pickled, bright annealed