Custom-Engineered SPMs Built for Your Unique Process and Proven Results
Over 50 machines delivered with zero failures since 2009, designed to boost efficiency and reduce labor.
What Makes Our SPMs Different
Many manufacturers struggle with generic automation that doesn’t fit their needs, causing slow cycles, quality issues, and bottlenecks. Tulja Hi-Tech, with over 21 years of experience, designs custom Special Purpose Machines precisely tailored to solve these challenges. Our solutions integrate seamlessly, come with full support and training, and deliver faster cycles, consistent quality, reduced labor, and quick ROI—helping your operations grow efficiently.
Applications
Automotive Sector
Gear assembly stations, robotic welding, leak test setups
Pharma Sector
Dosing systems, packaging lines, batch inspection
General Engineering
Multi-station CNC interfaced SPMs, hydraulic presses, custom feeding modules
Aerospace
Material prep, seal welding, component finishing
Applications
Client: Tier-1 Auto Component Manufacturer
Machine: Multi-station Rotary Oven SPM
Results:
- Manpower reduced by 45%
- Output cycle time reduced from 90 seconds to 38 seconds
- Built-in vision inspection module reduced human error
Technical Capabilities
- 3D design using SolidWorks and AutoCAD
- PLC & CNC Commissioning with Siemens, Fanuc, Delta, Hutz & Mitsubishi
- Servo motion control with integrated vision systems
- Safety interlocks, cycle counters, and remote diagnostics (optional)
- Commissioning, maintenance training, and documentation provided
- Design & Manufacturing of all types Control panels.
- Data Acquisition & Iot services
Engagement Model
- Requirement & site feasibility study
- Workflow design and approval
- Mechanical/electrical engineering and software programming
- Assembly, testing, and validation
- On-site installation and handover with operator training
- Optional AMC and support agreement
Call to Action
Plan your next SPM with confidence.
We design machines that are built around your process—not the other way around.
Special Purpose Machines
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.
The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.
The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.
The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.
The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.
The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.
The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters
Title/ Name of Machine:
Client: If we can’t disclose name then >> Global Engineering Company
Part: If any details available
Machine Supplied: Robotic laser weld fabrication system
Overview: Tulja Hitech collaborated closely with the client to design and fabricate a laser welding and fabrication system. This innovative solution automates the production of parts, significantly reducing labor intensity. Engineered to ensure quality and high throughput, the system accommodates a variety of part diameters, empowering the client’s manufacturing process.
Key Features:
- Kawasaki 6-Axis Robot
- Reel fed material
- Multiple stations and sequential operations
- Laser welding and vision measurement and other technology modules incorporated
- PLC controlled
Tulja Hitech has developed and produced a comprehensive automated manufacturing cell tailored for crafting laser-welded metal seal rings. This sophisticated system comprises multiple stations, each dedicated to specific tasks crucial for completing the manufacturing process.The process begins with reel-fed material being accurately measured and cut to the required length, with the leading end positioned for robot manipulation. Utilizing a servo-mounted gripper unit, the robot precisely shapes the strip into a circular form, securely fastening the other end. Subsequently, the part is released for indexing into a fully enclosed laser welding unit, ensuring safety. Vision inspection is employed to verify that the weld meets the predetermined parameters




