Profile machining - Import export

Jung JF520 surface and profile grinding machine in very good condition. Machine No. 1569. Year of construction 1981 - Grinding length max. 600 mm - Sliding width: 200mm - Magnet size: 500x175mm - Grinding wheel dimensions: 250x25x50.8mm Bcspaqsayd8 - Spindle speed: stepless 4200 omw./min. - 380V 4kW - Weight about 2000kg Equipment: - 1 axis digital display, - Flanges - Infinitely adjustable spindle speed - Infinitely variable hydraulic supply in transverse direction - auto lubrication system, - Automatic height feed with rapid traverse - machine books

WATTSAN М1 1313 has a grid type working table of 1300×1300×200 mm, but additionally we can install a vacuum table, that holds the sheet material in place and significantly ease the process. The construction includes a spindle ER-25 with collet and power of 2.2 kW, water cooling system. The portal moved by step engine driver Leadshine 860. Operator controls the machine with control system NC-Studio. Frame of the machine is welded from steel profiles construction; weight of the machine is 700kg. Max speed of spindle movement along axis is up to 25 000mm/min, max working speed is 15 000mm/min. Spindle rotation speed can reach 24 000 rpm. We can modernize the machine with the following: vacuum table, DSP controller, chip removal system, automatic lubrication, more powerful spindle or additional cutting heads, rotator for cylinder shaped parts, tool sensor.

WATTSAN M1 6090 machine has a working field of 600×900×200 mm with a slatted table cover. A spindle with an ER-20 collet chuck and a power of 1.5 kW, together with a water cooling system (for stable operation of the machine) are included in the basic package. The body of the machine is a welded structure made of steel profile, the weight of the machine is 500 kg. The maximum movement speed along the axes is 25000 mm/min, the maximum speed in operation is 15000 mm/min. Spindle speed can reach 25000 rpm. The machine is controlled by NcStudio software. To upgrade this machine, we can install: DSP controller.

WATTSAN A1 1313 machine has a working field of 1300×1300×200 mm, an ER-20 spindle with a power of 2.2 kW, and a water cooling system. A stepper motor controlled by the Yako 2405 driver is responsible for moving the portal. The body of the machine is a welded structure made of steel profile, the weight of the machine is 500 kg. The maximum travel speed along the axes is 25,000 mm/min, the maximum speed in operation is 15 000 mm/min. Spindle speed can reach 24000 rpm. The table has a slatted T-slot cover. The machine is controlled by NcStudio software. To upgrade this machine, we can install: vacuum table. DSP controller. Chip removal system. Manual auto lubrication. More powerful spindle or additional cutting heads. Rotary device for processing cylindrical products. Tool sensor.

CNC milling and engraving machine WATTSAN A1 1616 is a cost efficient, easy-to-use and multi-purpose equipment. The machine performs a cutting and engraving, also WATTSAN A1 1616 can perform a 3D milling. WATTSAN A1 1616 has working area of 1600×1600×200 mm, spindle ER-25 with power of 2.2 kW, water cooling system. The portal is moved by step engine controlled by driver Yako 2405. Operator controls the machine with control system NC-Studio. Frame of the machine is welded from steel profiles construction; weight of the machine is 500kg. Max speed of spindle movement along axis is up to 25 000 mm/min, max working speed is 15 000 mm/min. Spindle rotation speed can reach 24 000 rpm. The working table has a T-slot grid plate. We can modernize the machine with the following: vacuum table, DSP controller, chip removal system, automatic lubrication, more powerful spindle or additional cutting heads, rotator for cylinder shaped parts, tool sensor.

CNC milling and engraving machine WATTSAN A1 1325 is a multi-purpose equipment for engraving, cutting and 3D milling sheets of materials. WATTSAN A1 1325 has a grid type working table of 1300×2500×200 mm, but additionally we can install a vacuum table, that holds the sheet material in place and significantly ease the process. A spindle ER-25 with collet has power of 3 kW, water cooling system. The portal moved by step engine controlled by driver Yako 2405. Frame of the machine is welded from steel profiles construction; weight of the machine is 800 kg. Max speed of movement along axis is up to 25 000 mm/min, max working speed is 15 000 mm/min. Spindle rotation speed can reach 24 000 rpm. The machine controlled by NC-Studio control system. We can modernize the machine with the following: vacuum table, DSP controller, Syntec control system; chip removal system, automatic lubrication, more powerful spindle or additional cutting heads, rotator for cylinder shaped parts, tool sensor.

WATTSAN М9 1325 has a working area of 2500х1300х200 mm and a T-slot slatted table. The complete set of the machine includes a water-cooled spindle with the power of 7.5 kW and ER-32 collet chuck. The portal is driven by YASKAWA servomotor and steppers. The milling machine is controlled by an operator through Weihong NCStudio control system. Unlike the junior model, this machine supports the automatic tool change option. The machine body is a welded structure made of steel profile; the weight of the machine is 1500 kg. The maximum travel speed along the axes is 50 000 mm/min; the maximum travel speed during operation is 20 000 mm/min. The spindle speed reaches 24 000 rpm. The machine is controlled by NCStudio software. On request, the machine can be equipped with a vacuum table, a DSP-controller, a Syntec control system, an aspiration system, a more powerful spindle or an additional spindle, a rotary device to process cylindrical objects, and a tool sensor.

Mifa has an extensive range of modern CNC-controlled machinery. Nevertheless, we prefer to use machining work as little as possible. Thanks to the combination of precision extrusion, CNC machining, and surface treatment, we can shorten the total production time for machining and improve the quality of the product. We write the software ourselves and make our own moulds for the CNC machining. Every profile is different and often demands a specific processing method, particularly if it is a visible surface. To this end, we use CAD/CAM programmes such as Solid Works, Solid Edge, and Unigraphics. We also develop the clamping tool ourselves too. The right clamping method is crucial in order to achieve the desired result. The best clamping method is dependent on factors including the dimensions and thickness of the profile and the processes to be implemented. For more text and explanations about our CNC and aluminium machining possibilities, please contact us.