Throughfeed drilling machine

BIESSE BREMA EKO 2.2

Condition: like new (used), Year of construction: 2021, Machining centre, drilling centre Biesse Brema Eko 2.1 Year of manufacture: 2021 Redpfxoya Eice Aglsn X: 200 – 2600 mm Y: 35 – 900 mm Z: 8 – 60 mm Tool magazine: 8 positions Traverse speeds: X/Y-axis: up to 65 m/min Z-axis: up to 20 m/min

Condition: used, machine/vehicle number: 008337, X axis working area: 3060 mm Y axis working area: 1260 mm Working Table: Pod and Rail Main Electrospindle power: 12 KW Rjdpfxjx A Tlpj Aglen Number of controlled axes: 4 axes Total number of drilling spindles: 21 Total number of tool changer positions: 10

Condition: as good as new (ex-display), Year of construction: 2023, functionality: fully functional, Brema EKO 2.2 is the new compact and versatile vertical boring machine that supports the processing of different thickness and size formats within a reduced footprint. It is the ideal solution for “just in time” production also for more complex routing processing. Maximum machine customization depending on production requirements Maximum manufacturing efficiency thanks to the elimination of set-up times Wide range of processable panels Brema EKO 2.2 – CNC panel machining centre X working field: 3200 mm Y working field: 1250 mm Workable panels (dimensions min. - max.) Dimension MIN (mm) MAX (mm) Length (X) 200 3200 Height (Y) 35 1250 Thickness (Z) 8 60 Max. workable panel weight: 50 kg (*) Panel Height (Y) / Length (X) ratio ≤ 0.75 for panel up to L = 320 mm (°°) Panel Height (Y) / Length (X) ratio ≤ 1.5 for panel L > 320 mm On minimum panels managed with only one gripper clamping, all types of processing can be realized — except those in the gripper interference zone. In case of processing at gripper height, piece tilting may be necessary. All operations must be verified case by case depending on: panel dimensions (especially minimum values), material type, covering, and machining requirements. Working field of the tools (dimensions min. - max., referring to tool axis) X Axis Operation MIN (mm) MAX (mm) Boring 0 3200 Routing (with electro spindle) 0 3200 (^) Grooving (with saw blade in X) 0 3200 (^) Y Axis Operation MIN (mm) MAX (mm) Boring 0 1250 Routing (with electro spindle) 0 1250 Rf Grooving (with saw blade in X) 25 1250 Rodpjwnx Ivjfx Aglen Z Axis Operation MIN (mm) MAX (mm) Horizontal holes 0 35° Ru (^) With grippers automatic repositioning (°) Max. dimension may be reduced depending on the panel size and gripper positioning

Condition: ready for operation (used), Year of construction: 2021, functionality: fully functional, workpiece weight (max.): 50 kg, workpiece height (max.): 900 mm, workpiece length (max.): 2,600 mm, drilling depth: 25 mm, spindle speed (max.): 24,000 rpm, TECHNICAL DETAILS Workpiece dimensions Length min: 200 mm Length max: 2,600 mm Height min: 35 mm Height max: 900 mm Thickness min: 8 mm Thickness max: 60 mm Maximum panel weight: 50 kg Length with extension: max. 3,200 mm Drilling Head Unit BH17 Vertical chucks: 10 Horizontal double chucks: 3 Circular saw blade diameter: 120 mm Max. working depth: 25 mm Saw blade thickness: 4 mm Rotation: clockwise Electrospindle Power at speed 12,000 – 15,000 rpm (S1): 5.5 kW Speed range: 1,000 – 24,000 rpm Redpfow Hqrksx Aglon Rotation: clockwise EQUIPMENT BSolid Software – 3D CAD-CAM design program (Simulation and management of processes for machining and drilling centers; option to select additional modules for extended functionality according to production needs) Note: Dismantling and loading can be offered by a Biesse service partner for €2,000.

Condition: used, machine/vehicle number: 006370, Type of edging: Thin edge, Thick edge Gluing System: EVA Hotmelt Rjdpel Txw Hofx Aglon Premilling Unit: yes Corner Rounding Unit: yes Grooving Unit: yes Max feed speed: 25 m/min Maximum panel thickness: 60 mm Operating Units: 12 nr

Condition: excellent (used), C.N.C. WORKING CENTER with 3 axes (X-Y-Z) - Goose-neck type Movable panel (workpiece), static working head, Horizontal position of the panel (workpiece) Numerical Control with Software BiesseWorks (Separate electric and command cabinet) Safety cabin (enclosure) of the working head, Front emergency carpets In-feeding working table (panel support) No. 2 Workpieces fixing clamps (for the panels introduction in the working area) Out-feeding table (with motorized belts) Minimum workpieces dimensions (X - Y - Z) mm 90 x 70 x 8 (ca.) Rodpfswb Allex Aglsn Maximum workpieces dimensions (X - Y - Z) mm 3000 x 1300 x 60 (ca.) Total installed power (Kw) 24 BOTTOM WORKING UNITS: Independent vertical boring spindles (No.) 29 Independent horizontal boring spindles (No.) 10 (8 X + 2 Y) Circular Grooving Saw (on X axis) dia. (mm) 160 (1 x kw 3,5 ca.) Vertical electro-spindle (No.) ISO 30 (1 x kw 4,5 ca.) TOP WORKING UNITS: Indipendent vertical drilling spindles (No.) 29 Indipendent horizontal drilling spindles (No.) 10 (8 X + 2 Y) Circular Grooving Saw (on X axis) dia. (mm) 160 (1 x kw 3,5 ca.) Vertical electro-spindle (No.) ISO 30 (1 x kw 4,5 ca.)

Condition: used, Rolling machine Max. Saw blade width 220mm Rodpfxocq Nhce Aglsn

Condition: excellent (used), 5-axis Year of production: 2018 Redpoun Rqgjfx Aglen Machine working area dimensions for the X and Y axes: X 2100 mm Y 3100 mm Head stroke in the Z axis: 1250 mm Machine travel speed X, Y. Z: X: 80 m/min Y: 80 m/min Z: 12 m/min Vacuum table BECKER pump HITECO spindle in the HSK 63F standard Price of a new machine: approx. 135.000 €

Condition: used, machine/vehicle number: 007361, X axis working area: 3050 mm Y axis working area: 850 mm Main Electrospindle power: 9 KW Number of controlled axes: 3 axes Total number of drilling spindles: 19 Total number of tool changer positions: 3 Rsdjx A Tibepfx Agljn

Condition: new, Year of construction: 2026, The ATC series of plotters has been developed for professional use in large industrial plants and factories for the production of complex large-size components. Thanks to its special design, the machine is adapted to the production of casting models and yachts, among others, significantly reducing processing times. ATC machines use an additional reinforced structure and stronger AC servo drives on each axis. The presence of five axes provides support in the machining process of even the most demanding elements. The plotters in this series come standard with automatic tool change, a six-position linear magazine and a tool height sensor. The applied solutions significantly accelerate the machining process requiring the use of several milling cutters. Processed materials: -wood - wood-based materials (chipboard, MDF, OSB, etc.) -plastics -Composites -PVC - non-ferrous metals (aluminum, brass, copper, etc.) CONSTRUCTION: The plotter is made entirely of high quality steel. During the production process, all elements undergo a special heat treatment. WORK AREA: The usable area of our machine tool is 3000 x 6000 [mm] AXIS RANGE AND GATE CLEARANCE: Customised parameters DRIVES: Our machine tools were powered by digital motors with high resolution and high power, which ensures appropriate acceleration and speed in particular directions. Classic and proven helical blades work in the X and Y axes, which ensure high durability and precision, and the Z axis is driven by a high-quality ball screw. All axes run on rail guides. SPINDLE: TOOL MAGAZINE: The standard equipment of the machine is a linear tool magazine equipped with 6 HSK cones. Additional tool magazine positions can be provided. Rsdpfx Ageiq U Tqsljn SOFTWARE: The machine is equipped with appropriate CAD / CAM software in the latest version. The software enables quick and easy design of elements, which the program then converts into the so-called G-code. It is also possible to import finished files from other programs. CONTROL: The machine is operated by the controller, which has its own processor and operating memory, which ensures stable and reliable operation. The machine controller has the function of active vector analysis, thanks to which the operation of the device is smooth and the error in processing is small. The controller has the function of returning to further work after the loss of power, so there is no need to initialize the program from a scratch. The memory built into the controller allows the machine to work without having to load the program each time.