From idea to profitable product - ANYTEK will stay with you
- Share Your IdeaTell us what you want to create — a new product, part, or process.
We’ll analyze your vision and define technical requirements. - Design & LayoutOur engineers create layouts, 3D models, and technical drawings.
You’ll see how your idea becomes a real, manufacturable concept. - Production & Machines & automatisationWe calculate full production cost, design or supply custom machines,
and prepare your facility for efficient manufacturing. - Training & LaunchWe train your team, test the process, and support the first production runs until your idea becomes a working, profitable product.
Samples of industrial automated solutions
MIG WELDING ROBOT ON RAIL
The MIG Welding Robot on Rail is an automated welding solution designed for long, continuous, and high-precision welds on large or complex components.
By integrating a robotic arm with a servo-driven linear rail, the system extends the robot’s working range — enabling it to weld structures much larger than a fixed-station setup.
Key Benefits:
Extended Range: Welds components up to several meters long.
High Precision: Robotic accuracy ensures uniform penetration and bead quality.
Increased Productivity: Automated sequences reduce cycle times.
Flexible Application: Suitable for structural steel, automotive frames, pressure vessels, and machinery fabrication.
Lower Labor Dependency: Reduces need for manual welders and rework.
By integrating a robotic arm with a servo-driven linear rail, the system extends the robot’s working range — enabling it to weld structures much larger than a fixed-station setup.
Key Benefits:
Extended Range: Welds components up to several meters long.
High Precision: Robotic accuracy ensures uniform penetration and bead quality.
Increased Productivity: Automated sequences reduce cycle times.
Flexible Application: Suitable for structural steel, automotive frames, pressure vessels, and machinery fabrication.
Lower Labor Dependency: Reduces need for manual welders and rework.
LASER WELDING ROBOT WITH PNEUMATIC FIXATION STATION
An integrated laser welding cell combining a 6-axis robot, a fiber laser source, and a precision fixture table. Designed for repeatable, high-speed, low-distortion welding of stainless, carbon steel, and aluminum assemblies. Ideal for batch and continuous production with fast changeovers.
Key Benefits:
Low distortion & cosmetic seams → less rework and faster assembly
High speed & automation → better OEE and throughput
Programmable & repeatable → quality consistency across shifts
Lower consumables → no filler (if autogenous), low gas, minimal grinding
Compact footprint → enclosed, clean, and safe cell
Key Benefits:
Low distortion & cosmetic seams → less rework and faster assembly
High speed & automation → better OEE and throughput
Programmable & repeatable → quality consistency across shifts
Lower consumables → no filler (if autogenous), low gas, minimal grinding
Compact footprint → enclosed, clean, and safe cell
COLLABORATIVE ROBOT LASER WELDING
The Cobot Laser Welding System is a flexible, easy-to-use robotic workstation designed for precision metal welding using fiber laser technology.
It combines a collaborative robot (cobot) with a handheld or fixed laser welding head, allowing safe, fast, and repeatable welding — without the need for full fencing or complex programming.
This system is ideal for small-to-medium workshops, custom fabrication, and on-demand production, where flexibility and high-quality welding are key.
Key Benefits:
Flexible & Safe: Can work next to humans — no fence required
Easy Programming: Teach by hand, no CNC or code required
High-Quality Welds: Smooth, spatter-free, low distortion
Portable Setup: Can be moved between workstations
Fast ROI: Minimal training, low maintenance, and high throughput
Quiet & Clean: No sparks or fumes like traditional MIG/TIG processes
It combines a collaborative robot (cobot) with a handheld or fixed laser welding head, allowing safe, fast, and repeatable welding — without the need for full fencing or complex programming.
This system is ideal for small-to-medium workshops, custom fabrication, and on-demand production, where flexibility and high-quality welding are key.
Key Benefits:
Flexible & Safe: Can work next to humans — no fence required
Easy Programming: Teach by hand, no CNC or code required
High-Quality Welds: Smooth, spatter-free, low distortion
Portable Setup: Can be moved between workstations
Fast ROI: Minimal training, low maintenance, and high throughput
Quiet & Clean: No sparks or fumes like traditional MIG/TIG processes
AUTOMATIC LASER CLEANING MACHINE ON RAIL
The Rail-Type Laser Cleaning Machine is an automated surface treatment system designed for high-speed, high-precision cleaning of large or linear workpieces.
Mounted on a motorized linear rail, the system enables the laser head to travel along long parts — such as beams, molds, pipelines, or vehicle frames — ensuring consistent cleaning quality and full automation.
Key Benefits:
Large Cleaning Area: Extended range via linear motion (up to 10m or more).
Non-contact Process: No chemicals, no consumables, no surface damage.
Precision Control: Adjustable power, focus, and speed for different materials.
Modular Design: Easy to integrate into production lines or robotic systems.
Eco-Friendly: No waste, no dust (with optional vacuum extraction).
Low Maintenance: No consumables, minimal service requirements.
Mounted on a motorized linear rail, the system enables the laser head to travel along long parts — such as beams, molds, pipelines, or vehicle frames — ensuring consistent cleaning quality and full automation.
Key Benefits:
Large Cleaning Area: Extended range via linear motion (up to 10m or more).
Non-contact Process: No chemicals, no consumables, no surface damage.
Precision Control: Adjustable power, focus, and speed for different materials.
Modular Design: Easy to integrate into production lines or robotic systems.
Eco-Friendly: No waste, no dust (with optional vacuum extraction).
Low Maintenance: No consumables, minimal service requirements.
WATERJET CUTTING STATION IN SPYDER-CRANE FOR AIRCRAFT INDUSTRY
The Waterjet Cutting Station in Spyder-Crane configuration combines a high-pressure waterjet cutting system with a compact, mobile lifting platform (Spyder-Crane).
This hybrid system enables on-site precision cutting, trimming, and surface removal directly on large aircraft assemblies or structures — eliminating the need to move heavy components to a stationary cutting area.
In the aerospace environment, where accuracy, mobility, and safety are critical, this system provides a flexible, modular, and controllable cutting tool suitable for repair stations, hangars, and production lines.
Key Benefits:
On-Site Precision Cutting: No need to disassemble or transport large structures.
Cold Process: No heat distortion, oxidation, or material warping.
Clean & Safe: Minimal dust, no fumes, no thermal hazards.
Versatile Material Range: Cuts aluminum, titanium, carbon fiber, and composite sandwich panels.
High Mobility: Fits through standard hangar doors, deployable on ramps, docks, or shipyards.
Controlled Accuracy: ±0.1 mm precision using CNC or servo-guided heads.
Reduced Downtime: Ideal for MRO and retrofit operations on aircraft, UAVs, and large parts.
This hybrid system enables on-site precision cutting, trimming, and surface removal directly on large aircraft assemblies or structures — eliminating the need to move heavy components to a stationary cutting area.
In the aerospace environment, where accuracy, mobility, and safety are critical, this system provides a flexible, modular, and controllable cutting tool suitable for repair stations, hangars, and production lines.
Key Benefits:
On-Site Precision Cutting: No need to disassemble or transport large structures.
Cold Process: No heat distortion, oxidation, or material warping.
Clean & Safe: Minimal dust, no fumes, no thermal hazards.
Versatile Material Range: Cuts aluminum, titanium, carbon fiber, and composite sandwich panels.
High Mobility: Fits through standard hangar doors, deployable on ramps, docks, or shipyards.
Controlled Accuracy: ±0.1 mm precision using CNC or servo-guided heads.
Reduced Downtime: Ideal for MRO and retrofit operations on aircraft, UAVs, and large parts.
SMART ADDITIVE FACTORY (ALL PROCESSES IN 1 UNIT)
Technology: FFF / Fused Filament Fabrication adapted for metal/ceramic feedstock (filament mixed with metal/ceramic particles + binder) rather than powder‐bed fusion.
Workflow: Print → Debind → Sinter. For example, the “Compact” version supports sintering up to ~ 1550 °C and a working volume (for sintering chamber) of ~150 × 150 × 150 mm.
Open system: allows use of filaments from other suppliers, giving flexibility.
Densities: The parts can reach densities of ~98-99% of full metal, rivaling some metal injection moulding (MIM) levels.
Multiple versions: There are “Compact”, “Extended”, “XS” versions for different size/scales (e.g., “XS” for portable/field applications)
Workflow: Print → Debind → Sinter. For example, the “Compact” version supports sintering up to ~ 1550 °C and a working volume (for sintering chamber) of ~150 × 150 × 150 mm.
Open system: allows use of filaments from other suppliers, giving flexibility.
Densities: The parts can reach densities of ~98-99% of full metal, rivaling some metal injection moulding (MIM) levels.
Multiple versions: There are “Compact”, “Extended”, “XS” versions for different size/scales (e.g., “XS” for portable/field applications)
ROBOTIC LASER CUTTING MACHINE FOR AUTOMOTIVE INDUSTRY
The Robotic Laser Cutting Machine is a high-precision, multi-axis system designed for cutting complex 2D and 3D metal components using fiber laser technology integrated with an industrial robot.
This system combines robotic flexibility with laser accuracy, enabling precise and fast cutting of tubes, formed parts, frames, automotive components, and stainless structures — all without mechanical contact or tool wear.
This system combines robotic flexibility with laser accuracy, enabling precise and fast cutting of tubes, formed parts, frames, automotive components, and stainless structures — all without mechanical contact or tool wear.
