We prepare metal blanks for subsequent machining, welding and heat treatment. TRUMPF laser cutting, ESAB plasma cutting, band saw equipment and press forming allow us to produce blanks of the required shape and dimensions without involving external subco
WE SELECT THE PROCESS ACCORDING TO MATERIAL & GEOMETRY
We perform:
laser cutting of sheet metal;
plasma cutting;
straight and contour cutting;
cutting of round and profiled stock;
band saw cutting to size;
preparation of blanks for turning;
preparation of blanks for milling;
cutting of flanges, rings and plates;
stamping;
press forming;
preparation of parts for welding;
production of blanks for subsequent complete metal machining.
BLANK PREPARATION EQUIPMENT From Precision Laser Cutting to Heavy Pressing
Industrial Laser Cutting System TRUMPF TruLaser L3030
Industrial laser cutting system for high-precision sheet metal cutting. The working area of the L3030-class machine is approximately: 3000 × 1500 mm This allows us to process standard-format sheets and efficiently nest a large number of parts within a single cutting layout. Main advantages include:
narrow cutting kerf;
good repeatability;
complex contours;
minimal need for subsequent mechanical edge finishing.
3000 × 1500 mm • CNC • precision contours • serial cutting
ESAB Cutting System SGX2500 Plasma Cutting System
We use plasma cutting for workpieces where the main factors are material thickness, productivity and overall dimensions, while ultra-high laser-cutting accuracy is not critical. The process is suitable for:
structural steel;
large plates;
flanges;
housing blanks;
parts intended for subsequent turning;
milling;
welding.
Plasma cutting • thick metal • large blanks • ESAB
Band Saw Equipment
Cutting of round, square and profiled metal stock to the required length before machining. We prepare blanks for:
shafts;
bushings;
flanges;
housing components;
other parts made from bar stock, forgings or profiles.
Band sawing allows us to leave the required machining allowance without unnecessary material loss. Round stock • profiles • bars • cutting to size
Hydraulic Presses up to 630 t
Our press equipment is used for stamping, forming and other force-based operations with metal blanks. Maximum force: up to 630 tonnes This allows us to work with massive components and industrial-grade tooling. up to 630 t • stamping • forming • heavy blanks
TRUMPF LASER CUTTING
Precision Sheet Metal Cutting We use laser cutting for components requiring:
complex external contours;
internal holes and cut-outs;
repeatability across production batches;
narrow cutting kerf;
efficient nesting on the sheet;
minimal mechanical finishing after cutting.
The TRUMPF L3030 has a working area of approximately: 3000 × 1500 mm This allows us to manufacture:
When the thickness or nature of the workpiece makes laser cutting economically inefficient, we use plasma cutting. Plasma cutting is particularly effective for producing:
large flanges;
heavy plates;
housing blanks;
structural steel components;
technological plates;
components that will undergo subsequent machining.
We select the cutting process not according to which machine is available, but according to:
Preparation of Bars & Profiles Turning and milling production often does not require a complex contour — the key task is to correctly cut the blank from stock material. Using band saw equipment, we prepare:
Force up to 630 tonnes Hydraulic presses complement our laser and plasma cutting capabilities. After producing a flat blank, depending on the manufacturing process, we can perform a press operation using the appropriate tooling. This makes it possible to combine: cutting → forming → machining within one manufacturing route.
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PARTS & BLANKS WE PRODUCE
BLANKS FOR TURNING
shafts;
axles;
bushings;
flanges;
discs;
rollers;
gear shafts;
other rotational components.
BLANKS FOR MILLING
From sheet or plate to a blank ready for subsequent milling.
BLANKS FOR LARGE GEARS
Complete manufacturing route within our facility.
BLANKS FOR WELDED STRUCTURES
Accurate preliminary cutting simplifies assembly and reduces the amount of subsequent machining required.
PROFILE BLANKS
With both complex and simple contours.
FRAMES, TECHNOLOGICAL ASSEMBLIES & BRACKETS
COMPLETE METAL MACHINING
The blank preparation department is directly connected with our other production capabilities:
CNC Turning
Preparation and machining of rotational components.
CNC Milling
Machining of plates, housings and complex components.
Vertical Turning
Large discs, flanges and gear rims.
CNC Boring
Large housing blanks.
Gear Manufacturing
Preparation of blanks for gears and gear components.
Welding & Restoration
Sheet-metal parts and welded assemblies.
MATERIAL SAVINGS
A Blank as Close as Possible to the Finished Part The correct cutting method reduces the amount of material that subsequently has to be converted into chips.
This is particularly noticeable for:
serial laser cutting;
ring-shaped parts;
flanges;
complex external contours;
large milled components
Optimising the blank reduces not only material consumption, but also the machining time required in subsequent operations.
Send us a drawing, 3D model, photographs or a description of the part. If necessary, our specialists will clarify the material, tolerances, required quantity and other technical requirements.
We Develop the Manufacturing Process and Quotation
We review the documentation, determine the required operations and agree on the production time, price and order conditions.
Manufacturing
We perform all required blank preparation, machining, heat-treatment and finishing operations. For complex projects, we can keep the customer informed about the key stages of production.
Final Inspection & Shipping
We perform final inspection, prepare the parts for shipment and agree on a suitable delivery method
Need a Blank or a Finished Component?
Send us a drawing, 3D model or the main dimensions. We will select the optimal blank preparation method:
laser cutting;
plasma cutting;
band saw cutting;
press forming;
and, if required, perform subsequent machining through to the finished component.
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