THE FUTURE OF ON SITE MACHINING TU Series Portable Lathe and Boring Machines The SERCO TU machines all work on the same principle. They are set up and clamped by a column/arm system, which is connected to the machining area. The optional chain clamping system FC, secures the TU machine to allow complete machining of sealing faces and studs. Rugged design and easy transport of the machine for integration of the machine into a production line SERCO machines have been designed for use under extremely difficult and restrictive conditions. SERCO TU machines can be set up easily in extremely confined spaces and in all positions. Their light weight also means that they can be installed and used by a single operator. The TU machine set-up is fast and easy. A parallel orientation toward the machining surface is aligned by adjusting the height of the columns. A second step, completely independent of the first, adjusts the concentricity with positioning screws. A dial gauge controls both adjustments to an accuracy of 1/100 mm. The surface finish reaches up to Ra 1.6 (depending on the material to be machined). Conical machining operations can be performed with the optional AC38 or the RTJ device where the radial and axial velocities are interconnected. Pictures, drawings and technical information are not contractual

ERGOTU Series Portable Lathe and Boring Machines The Serco TU machines all work on the same principle. They are set up and clamped by a column/arm system, which is connected to the machining area. The optional chain clamping system FC, secures the TU machine to allow complete machining of sealing faces and studs. This versatile machine is equipped with manually controlled axial and radial feeds. It can be used in very confined spaces, but still performs to an accuracy of 0.01 mm. • Powerful Machining Equipment • Easy and Safe use for the Operators • No Heat Affected Zone • High Accuracy • Fast...

ERGOTU 200 Portable Lathe and Boring Machine Standard Capacity: 0 - 200 mm (0” - 7.87”) The SERCO TU 200 machine is the smallest model in the SERCO TU series. This versatile machine is equipped with manually controlled axial and radial feeds. With its compact size and light weight (15 kg (33 LB)), it can be used in very confined spaces, but still performs to an accuracy of 0.01 mm. The machine can be used with the FC 300 chain system for clamping it securely onto the outside of the part to be machined. • Weight: machine and accessories: = 41 kg (90.38 LB) OD Mounted Use On-Site or in Workshop:...

ERGOTU 400 Portable Lathe and Boring Machine The SERCO TU 400 is perfectly suitable for machining operations that need to be done by a single operator in a confined space. While maintaining its precision of 0.01 mm, the TU 400 is fitted with automatic or manual axial and radial feed movements. This feature, compared with the TU 200, enables it to work with a regular autonomous movement. The TU 400 can also be used with the RTJ system to perform conical machining functions. In order to machine a maximum surface, the TU 400 can be held on an outside surface using the FC745 chain clamp. • Weight:...

ERGOTU 600 Portable Lathe and Boring Machine Standard Capacity: 0 - 600 mm (0” - 23.62”) The TU 600 is undoubtedly the most versatile machine in the SERCO range. Its reduced weight 65 kg (143 LB), large capacity 0 0 - 600 mm (23.62”) and high-precision machining (0.01 mm) mean that the machine is an uncontested leader in the world of onsite machining. Moreover it provides the same advantages as the TU 400, i.e. automatic or manual axial and radial feed movements and, therefore, it can be used with the “RTJ” system. The TU 600 can also be used with the FC 745 and does not require a special hoisting...

OD Mounted ERGOTU 1100 Portable Lathe and Boring Machine Standard Capacity: 0 - 1100 mm (0” - 43.3”) The SERCO TU 1100 is designed for machining surfaces up to 1,100 mm (43.3”) in diameter. Specially designed support arms increase its capacity. The rigidity of its design also enables it to machine valve seats down to depths of 500 mm (19.7”). Like the TU 400 and 600, it is equipped with automatic feed systems and can be fitted with an RTJ system. The FC 1150 option, a chain clamping system specially designed for these machines, is also available. • Weight: Columns and accessories: = 134 kg (295...

ERGOTU 1200 Portable Lathe and Boring Machine Standard Capacity: 0 - 1200 mm (0” - 47.2”) The SERCO TU 1200 is designed for machining surfaces up to 1200 mm (47.2”) in diameter. It is equipped with the same features as the TU 1100, i.e. power, durability and versatility, but with a larger maximum diameter facing capacity. The SERCO TU 1200 can also be equipped with the “RTJ” combined feed system for machining grooves or valve seats up to a depth of 50 mm (1.97”). With the optional FC 1150 chain clamp, the machine can be attached to a maximum diameter of 1150 mm (45”). • Weight: Columns and accessories:...

OD Mounted ERGOTU 1400 Portable Lathe and Boring Machine Standard Capacity: 0 - 1400 mm (0” - 55.1”) The SERCO TU 1400 is designed for machining surfaces up to 1400 mm (55.1”) in diameter. Especially designed support arms increase its capacity even further. It is the largest machine within the standard TU range. With its facing and boring capacities to a depth of 500 mm (20”), it is the most versatile machine on the market. Just like the TU1100 and the TU1200, the SERCO TU1400 can be attached to the outside of the part to be machined using the FC 1150 chain clamping device maximum diameter of...

ERGOTU-CNC Series Portable Lathe and Boring Machines Standard Capacity: 0 - 1100 mm (0” - 43.3”) Designed on the basis of a standard TU 600, the machine is fully automatic and power-driven by brushless motors (rotation and axial and radial feed movements). Its design enables all mechanical play to be eliminated and it performs at high levels of accuracy. The machine is remote-controlled by an axis interpolation technique in order to carry out highly complex and varied machining operations in addition to normal boring and facing functions: • Conical machining (infinitely variable angles) • Threading...