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Introducing the RUD TECDOS TM: The Smartest Way to Handle Your Heaviest Molds

In the high-stakes world of plastics manufacturing, every minute your injection molding machine sits idle for maintenance or mold changeovers translates directly to lost revenue. If you manage heavy tooling: especially massive multi-cavity injection molds weighing tens of thousands of pounds: you already know the logistical nightmare involved in turning, inspecting, and servicing them.

Traditional methods relying on overhead cranes, rigging straps, and makeshift turning setups are slow, labor-intensive, and fraught with safety hazards. One slip during a crane turnover can result in catastrophic mold damage, costing tens of thousands of dollars in repairs and weeks of costly downtime.

At Hirate America, we are committed to bringing game-changing innovations to our manufacturing partners. That is why we are proud to introduce our newest flagship offering: the RUD TECDOS TM Mold Flipper and Turning Device. Engineered in Germany for uncompromising reliability, the TECDOS TM is designed to turn, rotate, and tilt your heaviest injection molds up to 64 tons (140,000 lbs) at the touch of a button.

In this post, we’ll break down why your plant needs this revolutionary tool mover, how it drastically outperforms traditional competitors, and why savvy plant managers are seeing a full return on investment in under a year.


The Hidden Cost of Traditional Mold Handling

Before exploring what makes the RUD TECDOS TM an absolute industry game-changer, let’s look at the operational bottlenecks plaguing modern toolrooms.

When servicing an injection mold: whether you’re cleaning hot runner systems, inspecting parting lines, or replacing ejector pins: technicians frequently need access to both halves of the tool. Doing this safely requires flipping the mold 90 or 180 degrees.

Historically, plants have relied on:

  • Overhead Cranes: Requiring certified riggers, slings, and complex balancing acts in mid-air. It is slow, ties up vital crane capacity, and poses severe crushing and dropping risks.
  • Pit-Mounted Hydraulic Flippers: Requiring permanent civil engineering work, concrete excavation, and fixed floor installations that limit plant layout flexibility.

These legacy methods drain your labor budget, slow down your overall cycle times, and expose your team to unnecessary risks. You need a solution that brings speed, safety, and ultimate flexibility to your shop floor.


Why You Need the RUD TECDOS TM: 4 Key Advantages That Beat the Competition

The mold-flipping market features several legacy and niche alternatives, including the Mepac Engineering KCE (floor-integrated, hydraulic, maxing out around 40 tons, and pit-mounted) and the Nonnenmann NoWMove-MSB (limited to smaller 2.5-ton loads), alongside various generic electric and hydraulic turners.

However, when evaluated on capacity, portability, operational flexibility, and total cost of ownership, the RUD TECDOS TM stands head and shoulders above the competition. Here are four key reasons why your facility needs it:

TECDOS TM industrial mold-flipping device securely holding a heavy metal injection mold

1. Unmatched Capacity: Up to 64 Tons (vs. 40-Ton Competitors)

When your tooling program scales up to massive automotive, packaging, or large-format industrial parts, standard equipment falls short.

  • The Competition: Many traditional heavy-duty flippers, such as the Mepac Engineering KCE line, top out at roughly 40 tons.
  • The RUD Advantage: The RUD TECDOS TM series scales all the way up to 64 tons (140,000 lbs) with robust table dimensions, easily accommodating your largest, most complex multi-ton injection molds without breaking a sweat.

2. Zero Floor Anchoring Required (True Portability)

Permanent installations restrict your plant layout and require expensive civil work.

  • The Competition: Pit-mounted hydraulic flippers and floor-integrated systems require cutting concrete, pouring foundations, and locking your equipment into a single, unchangeable spot in the facility.
  • The RUD Advantage: The TECDOS TM is a compact, free-standing unit that requires zero floor anchoring. Because it is completely mobile, your maintenance crew can easily relocate it using a forklift, pallet truck, or crane whenever your plant layout demands a workflow reorganization.

3. Full 3-in-1 Flexibility: Turns, Rotates, and Tilts

Many generic flippers are one-trick ponies capable of only a single 90-degree tilt.

  • The RUD Advantage: The TECDOS TM provides full multi-directional versatility. It can smoothly turn, rotate, and tilt workpieces with precise control. This ensures your technicians can achieve the exact ergonomic working angle needed for delicate hot-runner maintenance or deep cavity inspection.

RUD Internal motor gears

4. Ergonomic Single-Operator Safety via Remote Control

Safety is non-negotiable in modern manufacturing.

  • The Competition: Crane turnovers require multiple operators communicating via hand signals, keeping everyone on edge.
  • The RUD Advantage: The TECDOS TM is operated entirely by a single employee via intuitive remote control. At the touch of a button, the robust chain-drive mechanism executes smooth, vibration-free rotations. This eliminates hazardous multi-person rigging operations, protects expensive tooling from accidental impact, and provides a comfortable ergonomic working height that reduces worker fatigue.

Problem-Solution-ROI: The Business Case for Your Bottom Line

As a plant manager or business owner, capital expenditures must justify themselves quickly. Let’s look at the numbers through a standard Problem-Solution-ROI framework:

  • The Problem: Your shop loses 4 to 6 hours per mold maintenance cycle coordinating crane lifts, re-rigging, and handling delicate components manually. Multiply that across dozens of mold changes a year, plus the lingering risk of a dropped mold costing $50,000+ in damages.
  • The Solution: Implementing the RUD TECDOS TM reduces mold turning and setup times by more than half, turning a complex multi-person operation into a quick, single-operator routine completed in minutes.
  • Typical ROI Calculation: By eliminating crane bottlenecks, drastically cutting direct labor hours, and preventing costly tooling accidents, the amortization period for a RUD TECDOS TM is less than one year.

Close-up view of the bright green RUD TECDOS TM conveyor system module


Your Personal Partner in Plastics Manufacturing Excellence

At Hirate America, we don’t just sell equipment: we act as your personal technical partners. Whether you are building a completely new facility from the ground up with our comprehensive turn-key solutions, upgrading your auxiliary processing equipment, or looking to eliminate bottlenecks with industry-leading machinery, our team has the deep engineering knowledge to guide you every step of the way.

We invite you to experience the difference that German engineering and dedicated personal support can make for your bottom line.

Ready to Optimize Your Toolroom?

If you are tired of wrestling with overhead cranes and risking your valuable molds, don’t hesitate to reach out to our team today. Let’s discuss your specific mold sizes and weights, and find the perfect RUD TECDOS TM configuration for your facility.

Get in touch with Hirate America today to request your customized quote and start saving time, labor, and money on your shop floor!

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5 Reasons Why You Want to Upgrade To A Hybrid Injection Molding Machine

Hybrid injection molding machines have been on the market for a couple of decades now, and have proven themselves to be the standard choice in many facilities.
Hybrid injection molding machines are different compared to standard hydraulic injection molding machines in that they use a servo motor coupled to a hydraulic pump to circulate the oil used to provide the hydraulic pressure which actuates the components of the machine. The use of a servo pump allows for continuous adjustments to the actual power requirements, low emissions, less noise, and energy savings.

1. Energy Savings.

Compared to standard hydraulic machines, hybrid injection molding machines typically provide 40% to 60% in energy savings. This is because the servo pump only runs when hydraulic pressure is needed, where as a standard hydraulic machine runs the pump continuously. Because there is no need for movement during the cooling stage of the process, the longer the cooling time, the more energy savings you will see.

Hybrid machines that utilize toggle clamping mechanisms are more energy efficient than the direct ram style clamping units that many manufacturers use. Toggle mechanisms are more energy efficient in creating the clamping tonnage, and locking the mold halves together to maintain pressure.

2. Longer Hydraulic Oil and Machine Life.

Hybrid machines also run the hydraulic oil at a lower temperature because there is less circulation required. This leads to an extended lifespan of the oil, servo pump, and other mechanical components involved. Less maintenance means less downtime and more production with the hybrid injection molding machines.

3. Less Demand for Process Cooling Equipment.

When hydraulic oil runs at a lower temperature, it requires less cooling from your chiller or cooling tower. Today most injection molding machines come equipped with a water saver valve that adjusts the amount of water that flows through the heat exchanger to provide just the right amount of cooling so that you are not wasting money on excessive cooling. There are machines without a water saver valve so make sure your machine manufacturer adds this feature. Using less water from your tower or chiller reduces the heat load on your water system which will end up saving you money in the long run.

4. Faster Response and Closed Loop Process.

Servo motors have a faster response time than standard hydraulic pumps, which leads to faster cycles and decreased cycle times. They also offer more precise controls and a more consistent process due to the encoders that track each turn to the exact rotation position. This means higher quality parts and less scrap..

5. Faster ROI.

Although hybrid injection molding machines are slightly more expensive than standard hydraulic molding machines, all of the above benefits provide a very fast return on investment. Hybrid machines are also typically faster than standard hydraulic machines, so you will be able to make more parts in the same amount of time.

The case study below showcases an old Mitsubishi hydraulic injection molding machine that was retrofitted with a hybrid servo system.

Conclusion

Many of our customers have switched over to hybrid injection molding machines, or replaced their old standard hydraulic machines based on the benefits we talked about above, and all of our customers have noticed significant energy savings and increased production efficiencies. Hirate America is partnered with Hyundai Injection Molding Machines and LS Mtron Injection Molding Machines who manufactures hybrid injection molding machines in South Korea ranging from 80 to 6,000+ tons.

If you have a project that you would like to discuss, feel free to contact us below to schedule a free consultation.