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Our company was founded in 2016 with a mission to bridge the gap between technology and business growth. Since then, we’ve proudly served a diverse clientele across
We stand out due to our commitment to quality, client-centric approach, and our team of experienced professionals. Unlike others, we tailor each solution to meet specific business needs — ensuring maximum results with minimal hassle.
We work with startups, SMEs, and enterprise-level companies across various industries including
Hydraulics & Pneumatics
Construction Machinery
Automotive & Aerospace
Oil & Gas Equipment
Textile, Printing & Packaging
Robotics & Automation
. Our clients choose us for our expertise, transparency, and innovative approach.
Absolutely! Every client’s need is unique. We analyze your requirements in detail and create personalized solutions that align with your goals and budget.
Tie Bar vs. Guide Bar – Is There a Difference?
In many cases, the terms tie bar and guide bar are used interchangeably. However, there is a subtle distinction based on their role:
Tie Bar: Primarily focuses on withstanding clamping forces and maintaining the structural integrity of the clamping unit.
Guide Bar: Focuses more on the movement and alignment of the moving platen, ensuring smooth, guided motion.
In most modern injection moulding machines, a single bar often serves both purposes — hence the combined reference to tie bar / guide bar.
Advantages of Our Tie Bars / Guide Bars
✅ Unmatched Strength
Engineered to handle the highest clamping forces without bending or breaking.
✅ High Wear Resistance
Induction-hardened surfaces prevent galling, scuffing, or corrosion.
✅ Dimensional Stability
Stress-relieved to maintain form even under extreme temperatures and pressures.
✅ Customization
Custom lengths, diameters, threads, and end designs available for all models.
✅ Easy Integration
Drop-in replacement for most machine models, with minimal downtime.
Why Choose Us?
🔧 Decades of Industry Experience
Backed by a team of metallurgists and engineers with decades of expertise in injection moulding systems.🌐 Global Delivery
Serving clients across India, the Middle East, Europe, and the Americas with reliable logistics support.📞 Technical Support
Our support team helps you select the right tie bar for your machine, troubleshoot installation, or arrange a site visit.💰 Competitive Pricing
Get OEM-grade quality without the premium price tag.
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Please feel free to contact us. We will get back to you with 1-2 business days. Or just call us now.
What is a Tie Bar in Injection Moulding?
A Tie Bar is a cylindrical shaft that connects the machine’s stationary and moving platens. It absorbs and withstands the clamping force during the injection process. The integrity of the tie bar ensures the correct alignment of moulds, enabling the production of defect-free plastic parts.
Key Functions:
Provides structural support for the moulding machine.
Guides the movement of the moving platen.
Withstands high clamping forces (from 50 to 5000+ tonnes).
Ensures parallelism and precision during every injection cycle.
Features of Our Injection Moulding Machine Tie Bars
Materials & Manufacturing
Our Tie Bars are manufactured using high-grade alloy steel, such as 42CrMo4 or EN24, which is heat-treated, hardened, and ground for exceptional strength, durability, and dimensional accuracy.
Manufacturing Features:
Induction hardened surface to 58–62 HRC
Stress relieved and normalized core
Precision-ground outer diameter
Surface roughness below Ra 0.4 µm
Custom lengths and diameters as per client requirements
Types of Injection Moulding Tie Bars
We provide Tie Bars / Guide Bars for a wide range of moulding machines, including:
1. Four-Tie-Bar Machines
Standard for most injection moulding setups. We offer replacement and upgraded bars for all major brands.
2. Toggle-Type Machines
Heavy-duty bars optimized for high-speed toggle mechanisms.
3. Hydraulic Clamping Machines
Designed to support high-pressure hydraulic systems, ensuring smooth and balanced movement.
Every Tie Bar is crafted under stringent quality control protocols, using CNC turning, induction hardening, cylindrical grinding, and 3D coordinate measuring to ensure:
Perfect concentricity
Minimal runout
Straightness tolerance below 0.02 mm
Long service life even under continuous 24×7 operation
