Hateng Laser, based in Bhiwandi, Maharashtra, is a leading Indian manufacturer of both laser marking machines and dot pin (dot-peen) marking machines.
By combining their laser and dot-pin technologies, Hateng can deliver a powerful, flexible, and cost-effective marking solution for Indian industrial customers.
Use Case of Dot Pin Marking
Suitable for Deep, Permanent, and Rugged Marks
Hateng’s HS107 Table Top Dot Pin Machine provides strong, permanent indentations that are reliable for industrial marking.
These marks can sustain over time, even in harsh environments – making them ideal for components that undergo finishing, stress, or surface treatment.
Best for Metals and Hard Industrial Components
Hateng’s dot pin machine is particularly well-suited for metal parts and hard surfaces. According to their product spec, it supports marking on industrial parts where durability is critical.
Such capability aligns with common industrial uses in automotive, fabrication, and heavy equipment manufacturing.
Cost-Effective for Large-Volume Serial Marking
The HS107 is competitively priced (Hateng lists it at ₹ 59,999) making it accessible for small- to mid-scale operations.
Because dot-peen marking involves minimal consumables (mainly the stylus) and relatively low maintenance, it’s suitable for high-volume serial marking where long-term cost efficiency matters.
Use of Laser Marking
Ideal for High-Precision and High-Resolution Codes
Hateng’s HLF130 Laser Marking Machine is designed for precision marking capable of handling serial numbers, QR codes, Data Matrix codes, and logos with clarity.
This makes the machine well-suited for applications requiring traceability, branding, or detailed part identification.
Works on a Wide Range of Materials
The HLF130 supports marking on metals, coated surfaces, and possibly more, according to Hateng’s product description.
This versatility ensures that Hateng’s customers across diverse industries like electronics, automotive, or tooling can use the machine on different substrates.
Non-Contact, Fast, and Aesthetic Marking
Hateng describes its laser machine as “ready to use” with EZCAD software, red-light preview, and focus tools, enabling fast setup and high repeatability.
Since it is non-contact, there is no physical stylus wear, ensuring consistent mark quality and low maintenance.
How to Use Both Together (in the Context of Hateng Laser)
Choosing the Right Mark for Each Part Requirement
- Use HS107 dot-pin marking for parts that require deep, permanent indent marks (e.g., serial numbers, part IDs) where durability is more important than aesthetics.
- Apply HLF130 laser marking for high-resolution, scannable codes (DataMatrix, QR) or for branding and logos where visual appeal and precision are key.
Because both machines come from Hateng, integrating them in your workflows is simpler; you don’t need to manage disparate vendor relationships.
Sequential Marking for Full Traceability
A smart strategy for Hateng users is to mark a part with the dot-peen first (for rugged permanence) and then apply a laser code for traceability and scanning giving you both indelible physical identity and machine-readable data.
This dual-mark strategy is consistent with industrial traceability best practices, where durability and readability are both critical.
Combining Laser and Dot Pin Marking in One Setup: Advantage
- Operational Efficiency: Even though Hateng does not (publicly) advertise a single hybrid machine that does both in a single head, you can design a hybrid workstation using existing Hateng laser + dot-pin machines. This reduces handling and increases throughput.
- Cost & ROI Balance: With a dot-pin machine (relatively low cost + low maintenance) and a laser marker, you can optimize ROI. Expensive high-precision marks go where needed; durable indent marks go where strength matters.
- Flexibility Across Materials: You can mark both very hard metal parts (with dot-pin) and delicate or coated surfaces (with laser), reducing the need for external marking vendors or multiple specialized machines.
- Quality & Traceability: The combination gives permanent indent marks that last, plus high-contrast laser marks that are ideal for coding and scanning improving part traceability while maintaining quality.
Implementation Considerations for Hateng Laser
- System Layout & Integration
- Design your marking cell such that both the HS107 and HLF130 are accessible to parts in a single workflow.
- Use a PLC or marking controller that sequences dot-pin marking first, then laser, minimizing part reorientation.
- Use or develop fixturing to hold parts securely across both marking operations.
- Software & Quality Control
- Use EZCAD (used by Hateng’s laser) to program and preview laser marks.
- Implement a vision system or barcode reader (if not already) after laser marking to verify that the DataMatrix / QR codes are readable.
- Maintain a log of dot-peen stylus force cycles and replacement times for predictable maintenance.
- Operator Training & Maintenance
- Train operators on how to use both machines in tandem: how to align part, run dot-peen, then shift to laser marking.
- For the dot-pin machine, schedule stylus inspections and replacements as needed to avoid fading indentations.
- For the laser, maintain the optical surfaces, clean mirrors / lens, and check focus periodically (use the red-light preview focus tool that Hateng provides).
- Cost Optimization & ROI
- Since HS107 is relatively low-cost, use it heavily for simple part IDs and serial numbers.
- Reserve the laser for parts where high-quality codes or logos add value or are required for traceability.
- Monitor cycle times: plan your production such that the dual-mark process does not become a bottleneck; balance batch sizes to maximize throughput.
Why Hateng Laser is Well-Positioned for Hybrid Marking Solutions
- Made in India: Hateng Laser’s manufacturing base in Maharashtra ensures local support, faster service, and lower import dependency.
- Affordable Pricing: Their HS107 dot-pin machine costs ₹ 59,999.
- Complete Expertise: They already produce both types of machines (laser + dot pin), enabling synergy in design, integration, and after-sales service.
- Scalability: Customers can start with one technology (say, dot-peen) and later add a laser marking setup as their traceability / quality needs evolve – all with a single vendor.
FAQs:1. What is a hybrid marking setup?
A hybrid marking setup combines two marking technologies-dot-pin (dot-peen) and laser within the same workflow or workstation. This allows manufacturers to use deep, durable marks (dot-pin) and high-precision codes or logos (laser) on the same part.
2. Does Hateng Laser offer a single hybrid machine with both technologies?
As of now, Hateng Laser does not publicly offer a single head that combines both technologies in one machine. However, they manufacture both systems (HS107 Dot Pin + HLF130 Laser), allowing users to build a hybrid workstation using both in one setup.
3. Why combine dot-pin and laser marking together?
Combining both gives you the strengths of each technology:
- Dot-pin: Deep, permanent, rugged marks that survive harsh industrial conditions.
- Laser: High-resolution, scannable marks like QR/DataMatrix codes and branding.
Together, they enhance traceability, durability, and visual clarity.
4. What type of parts need dot-pin marking?
Dot-pin marking is preferred for parts requiring heavy, permanent indentation typically metals, castings, heavy equipment parts, automotive components, and any part that undergoes machining, shot-blasting, or rough handling.
5. When should I use laser marking instead of dot-pin?
Use laser marking for:
- High-precision barcodes and QR/DataMatrix codes
- Logos, branding, and aesthetic marks
- Parts that cannot be physically indented
- Coated or delicate surfaces where contact marking is unsuitable
6. Can both marks be placed on the same part?
Yes. Many manufacturers first apply a deep dot-pin ID number and then laser-mark a scannable code or branding next to it. This ensures both physical permanence and electronic traceability.