Welding constructions - Import export

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.

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.

Creating an optimal bond between a metal plate and the silicone: that was the challenge Enbi Plastics was given by Océ Technologies, a major player in printing and copying equipment. They needed a new wiper assy; a part on the print head that prevents streaks on the paper. Because this part needs to be somewhat flexible, silicone needed to be added to a small, punched metal plate, to which screw thread is welded. This construction did not allow for a mechanical bond between the metal and silicone, which meant chemical bonding was the only option. Together with the client, the mould supplier, the silicone supplier and others, we did extensive research into the best way to achieve this bond. It showed that preparing the small metal plates was the key. After several tests, we discovered the optimal way to do this. A number of factors play a role: from how to clean and sand the plate to humidity, temperature and the time in between the steps of the process. Every detail counts!