DBL1-B Portable Laser Marking Machine

Versatility

  • Marking on many kinds of materials
  • Contour marking/ hatching marking
  • 1D or 2D codes (data matrix) marking
  • HD Images or logos marking.

 

Reliability and robust

  • Long-life components(≥100 000h) free from maintenance
  • Laser source power 20W/30W
  • Designed for industrial environment.

 

User-friendly

  • Compact and light weight
  • Portable for mobile use
  • Click to start, easy operation
  • Work piece contact detection, safe and reliable.

 

Great value for money

  • Fiber laser source
  • High speed and high quality laser marking
  • Proven laser marking technology

Mechanical Specs

DBL1-B

Marking window
60mm*30mm (please contact HUAPU if any special needs)
Weight
Controller: 15kg- Marking head: 5.5kg
Consumption
750W
Security
Class 4 laser to secure(EN60825-1 standard)
Software
HUAPU LASER PC

DBP1-T Column Dot Peen Marking Machine

Powerful

  • Hard alloy material of needle
  • Marking material hardness reach to HRC60
  • Strong anti-interference and radiation resistance
  • Adapt to harsh work environment.

 

Robust and reliability

  • Adopted reliable linear guide structure
  • High positioning precision, Long service life, great cost-effective
  • Low failure rate, convenient maintenance.

 

Excellent performance

  • High precision orientation
  • All types of content marking
  • Marking dot clear and uniform
  • Marking deep: 0.2~0.3 mm (according to the material).

 

Intuitive operation

  • User friendly interface
  • Easy to learn and operate.

 

Dot peen marking technology

  • Mature technology
  • High speed, continuous and uninterrupted marking
  • Equipped with Pneumatic or electromagnetic marking assembly (according to customer requirements).

Mechanical features

DBP1-T1180

Marking window
110x80mm
Dimension
Marking head 268x195x257mm / Machine Pack 322x452x747mm
Weight
Marking head 5.6kg / Machine Pack 42.1kg
Machine/controller cable length
3m
Air supply(when in Pneumatic option)
0.3~0.5 mpa

DBP1-J Integrated Dot Peen Marking Machine

Qualified

  • Hard alloy marking pin
  • Marking part hardness up to HRC60
  • Anti-interference and radiation resistance
  • Adapt to harsh work environment.

 

Robust and reliability

  • Adopted reliable linear guide structure
  • Long service life, great cost-effective
  • Low failure rate, convenient maintenance.

 

Easy operation

  • Compact and small
  • Multi data interface transmission
  • Compatible with various graphic
  • formats (AutoCAD, CorelDraw etc.)
  • Flexible software, support customization.

 

Excellent performance

  • High precision orientation
  • All types of content marking
  • Marking dot clear and even
  • Marking deep: 0.2~0.3 mm (according to the material)

 

Dot peen marking technology

  • Validated technology;
  • High speed, continuous and uninterrupted marking
  • Equipped with Pneumatic or electromagnetic stylus assembly (according to customer requirements).

Mechanical spec

DBP1-J520 DBP1-J840 DBP1-J1180
Marking window
50x20mm
80x40mm
110x80mm
Size
222x130x86mm
220x174x162mm
256x268x195mm
Weight
3kg
6.7kg
8kg
Machine/controller cable length
5m (10m optional)
5m (10m optional)
5m (10m optional)
Compressed air supply
(when in Pneumatic option)
0.3~0.5 mpa
0.3~0.5 mpa
0.3~0.5 mpa

Eddy current Testing

What is eddy current testing?

An eddy current tester is intended to detect the presence of foreign substances in a test object and inspect the condition and materials of the test object by a magnetic field produced by applying a high-frequency electric current to a coil.

Eddy current testing can be performed without physical contact with test objects and thus quality control can be achieved without destroying/breaking the products.

As shown on the left, applying a high-frequency electric current to a coiled copper wire causes an alternating-current magnetic field.

By placing a conductive material near the field, current flows in proximity to the surface of the material. This current is called an eddy current.

The eddy current causes a new magnetic field to repel the magnetic field produced by the high-frequency electric current. The repelling force differs according to current frequency, material permeability, conductivity, geometry and distance from the coil. By performing various operations, only intended factors (scratching, breaking, material, hardening depth, interval, vibration, dimensions and film thickness) are extracted from the signal.

Technical information

Test objects for eddy current testing Eddy current testers can be used to examine the following objects.

Deformed tubes

Deformed tubes

Deformed tubes

Deformed tubes

Deformed tubes

Customized automatic measurement

By application of Tex Riken’s inspection and measurement technologies, highly accurate automatic measurement of various properties for tubes etc., including the outside diameter, thickness, length and quality of the material, can be achieved by a simple operation.

We can flexibly customize automatic measurement systems that allow for the measurement of special materials and shapes. We can also customize measurement items according to the customer’s quality requirements.

Only Tex Riken, which has both hardware and software development technologies and expertise, can offer such high-quality automatic measurement systems.

We can also customize systems that allow automatic measurement, eddy current testing, appearance inspection, inner surface inspection and other types of inspection all at once.

If your company has difficulty ensuring effective product quality control, do not hesitate to consult us. We will propose the most suitable solution.

Imaging inspection case studies

Detecting the volume and chipping of product surfaces through imaging inspection can improve productivity and quality.

The combination of inner surface inspection with an eddy current tester and visual inspection with an imaging inspection device can stabilize the quality of various products.

If your company has difficulty ensuring effective quality control for products, please consult us. We will propose the most suitable solution.

Twist Inspection(double wall tube、non-circle bar)
Inspection time for 1sample:about 1second(Conventional test takes 2 minutes)

Image inspection is highly correlated with the conventional method

L-Box Laser system

PRESENTATION VIDEO

SIC Marking’s L-Box Laser Marking System was engineered with the energetic bustle of industrial environments in mind. It is equipped with a high powered, pulsed wave ytterbium-doped fiber laser that is easy to operate, even for users with minimal training in laser technology.

Its robust and 100% solid steel construction are a clever contrast to its compact and eye-catchingly sleek design. The retractable cover is a solid steel construction that opens on all three sides, and its handle has been ergonomically designed to maximize user comfort and minimize fatigue. Its Class 1 rated security features an integrated safety loop that automatically terminates the laser when the door is opened.

The marking window is a full 100 mm x 100 mm (3.9″ x 3.9″), with an option for 170 mm x 170 mm, and will mark components with heights of up to 235 mm (9.3″), and lengths of up to 450 mm (17.7″). SIC Marking’s L-BOX is a durable, long-lasting benchtop marking machine with an extended component life expectancy of up to 100,000 operating hours.

MECHANIC FEATURES

Marking window: 60 x 60*mm / 100 x 100 mm / 170 x 170 mm  (*contact us)
Marked part dimensions: Max.height 235 mm, Max lenght 500 mm
Weight: 40kg
Security: Class 1 Configuration
Control: PC-based operation

ELECTRONIC FEATURES

Source: Pulsed Ytterbium Fiber Laser
Operation Mode: Pulsed (20 to 80kHz)
Wavelength: 1064 nm
Optical Fiber Length: 3m
Average Power: 10,20W, or 50W
Peak Power: 10kw
Positioning Focus: Built-In Laser Pointer
Cooling System: Air-Cooled Only

STEERING SOFTWARE

The L-Box marking equipment operates on a PC-based mode, using SIC Marking’s proprietary software interface, SIC Laser Advanced. Creating and editing files, and managing desired settings can be done from any PC (e.g. optimize the cycle time, improve contrast/colors, and change the main speed, frequency, and power).

OPTIONS