DN SOLUTIONS (DOOSAN) VERTICAL MACHINING CENTERS
SPIDERCOOL manufactures complete single and dual programmable coolant nozzle kits with Plug & Play Interface for most DN Solutions/Doosan machines.
All hardware for mounting, plumbing, and interfacing are included enabling you to complete the installation in about 4-6 hours.
Most DN Solutions/Doosan VMC’s use manually adjusted coolant lines to aim the coolant at 24 -40 different tools. What’s the point in an automatic tool changer if you have to be the human coolant aimer?
Manual coolant nozzles are cumbersome, time consuming, pose a safety hazard, and they never hit all the tools perfectly like SPIDERCOOL does.
For all these reasons and then some, DN Solutions/Doosan machines are another perfect candidate for SPIDERCOOL.
Equip your DN Solutions/Doosan with SPIDERCOOL and start enjoying faster setups, hands-free machining, faster cycle time, better tool life, and a more safe and efficient machine tool in general.
Most Doosan VMC’s qualify for our FREE 30-DAY TRIAL program for first time customers
SPIDERCOOL Introductory Video
POSITIVELY IMPACT YOUR DN SOLUTIONS/DOOSAN CNC MACHINING CENTERS TODAY!
COMPLETE SPIDERCOOL KITS FOR MOST DN SOLUTIONS/DOOSAN VMC’S
SPIDERCOOL takes great care in preparing our kits so that your installation is as simple and efficient as possible. Right down to Teflon tape and wire ties, a wide variety of mounting, plumbing and electrical hardware are included. When you open the box all components are separated by category, bagged, clearly labeled and organized for you.
Professional on-site installation is also available and quoted upon request.
(Contents vary per machine. Photo represents a typical complete kit)
The base pricing below is typical for many DN Solutions/Doosan verticals but may be higher depending on specific kit content required to suit your machine tool.
$3,790
Single Nozzle Kit
$5,685
Dual Nozzle Kit
Kit Includes:
Servo Nozzle Assembly
(single or dual)
Control Unit
Plug & Play Interface Kit
Mounting Hardware
Plumbing Hardware
Electrical Hardware
Step by step instructions
Free Tech Support by Phone
DN SOLUTIONS/DOOSAN SPIDERCOOL SINGLE NOZZLE SYSTEMS
The SPIDERCOOL servo nozzle assembly is mounted to the machine head and usually oriented to the front, right side, or rear of the spindle. The most common location is on the right, with the coolant aiming to the left. Front mounting is often preferred when 4th axis devices are used because it avoids interference with the rotary device.
DNM400 Single Nozzle Side Mount
DNM500 Single Nozzle Side Mount
DNM500 Single Nozzle Front Mount
DN SOLUTIONS/DOOSAN SPIDERCOOL DUAL NOZZLE SYSTEMS
Dual Nozzles deliver ultimate performance by targeting each tool from multiple directions. Especially important in 4 and 5 axis machining where cutters are continuously engaging on opposing sides of the workpiece. Servo nozzles are mounted to the machine’s head and typically oriented to the front and right side, or front and rear of the spindle.
DNM500 Dual Front & Rear at 300 P.S.I.
DNM400 Dual Nozzle Front & Rear
DNM500 Dual Nozzle Front & Rear
THOSE 1900’s ERA MANUAL COOLANT NOZZLES
JUST DON’T CUT IT ANYMORE
These photos taken from actual customer machines
immediately before the SPIDERCOOL was installed show why
Typical manual coolant lines. One is aimed high for short tools, one is aimed low for long tools. Neither of them can hit all the tools. One jet is hitting the chuck which means half of the coolant does not hit the tool.
Three coolant lines and less than 1/3 of the coolant hits the tool. The rest hits the tool holder, whips away by centrifugal force, blasts down against the coolant that’s supposed to be hitting the tool, creates a huge mess, a lot of mist, and reduces tool life in the process.
RELYING ON ANTIQUATED COOLANT NOZZLES IS LIKE GAMBLING WITH YOUR MACHINING PROCESS
Equals
CNC machining, on one part or a thousand, should be an accurate, repeatable, and automated process, not a game of chance. But manually adjusting coolant nozzles is exactly that. A game of chance. Gambling with your machining process.
Think about it. Your entire machining investment culminates at the precise point where cutters are removing metal. That’s the sweet spot. The only spot that counts. And it’s the only spot where you need coolant. The life of each tool and performance of every cut, literally depend on it. It’s the difference between a good part and a piece of scrap.
Your tool changer holds 20, 30, 40 or more tools that vary in length several inches. You try to set up jobs so they can run without constantly stopping for coolant line adjustments. You have no choice but to aim one nozzle at short tools, one at long tools, one in the middle, and hope for the best. If you’re lucky, at least some of the coolant hits each tool. If you’re doubly lucky you won’t have to stop the machine, or be tempted to reach inside while it’s cutting to adjust a coolant line. If so, you’ll be lucky not to mutilate a finger. But that’s of course only possible if you override the door safety interlocks which is a huge safety risk, and an enormous OSHA violation.
Furthermore, in the process of setting up those coolant lines, you’re wasting valuable setup time, and you can never get it perfect. You can also never predict when those coolant lines will get bumped, or drift out of position as they usually do. If you’re lucky they won’t because a coolant line moving even a small amount can mean a tool runs too dry, a part gets scrapped, your day comes to a halt, and you miss a customer delivery.
Lean Manufacturing, Continuous Improvement, Six Sigma, 5S, you name it. All of these initiatives strive to standardize work, eliminate process variables, boost efficiencies, and improve quality. None of them suggest depending on luck. But relying on manual coolant lines, a major machining variable, right at the heart of your CNC machine tool, does rely on luck. It’s a glaring deficiency. A process gamble. Right where it counts. Where cutters meet metal.
SPIDERCOOL on the other hand, will immediately eliminate that process variable. It will perfectly aim the coolant. At each and every tool. Each and every time. Automatically. No luck required. And no other single improvement will have such a dramatic, positive, impact on your machining process, and improve safety at the same time. Talk about hitting the jackpot!