LICO LNDD Series – 12-Axis Twin Spindle Multi-Slide CNC Mill/Turn Centers
Use up to 5 tools in the cut simultaneously!
The LICO LNDD series are extremely productive twin spindle multi-slide mill/turn centers. LNDD machines feature overlapping slides for maximized productivity and excellent size control. These machines are offered in 4 spindle sizes: 51mm, 65mm, 80mm, and 100mm.
The base machines are delivered with three (3) 2-axis cross-slides around the main spindle, an 8-position 3-axis VDI-30 turret that is double-tooled for working both main and counter spindles, and a full-tilt independent counter-spindle. Outfitted with live tooling on the turret (up to 16 live tools) this machine changes from turning center to a machine that can handle cross drilling, tapping, slotting, and basic milling.
With the Y-axis on the live turret you have a double spindle turning and milling machine (both C-axis capable) with the capability of overlapping five (5) tools at once (3 cross slides and 2 turrets). The live turret uses VDI-30 holders and can use live tooling in any position.
The LNDD comes standard with a 1,000 PSI high pressure oil/water coolant pump and weighs in at 10,000 lbs.
Specifications
Item / Model 41232_463529-cd> |
LND51D
Request a Quote |
41232_68b12c-2e>
LND65D
Request a Quote |
41232_caaae8-56>
LND80D
Request a Quote |
41232_0a01c7-7a>
LND100D
Request a Quote |
41232_754628-86>
---|---|---|---|---|
Bar Capacity ∅ Thru Bore 41232_20a306-1b> |
51 mm (2.00″) 41232_f274c2-4b> |
65 mm (2.56″) 41232_f9ba51-34> |
80 mm (3.15″) 41232_03d699-01> |
100 mm (3.94″) 41232_a26883-45> |
Max Turning Length 41232_c5a70b-50> |
450 mm (17.7″) 41232_1eaab2-b8> |
450 mm (17.7″) 41232_4cb267-bb> |
450 mm (17.7″) 41232_407a79-1c> |
450 mm (17.7″) 41232_f8e2f9-59> |
Main Spindle 41232_a61102-da> | 41232_d3db60-84> | 41232_cde04a-25> | 41232_dd592a-09> | 41232_3cf032-40> |
Collet Chuck Type 41232_206f1a-aa> |
Hainbuch 52 41232_b6771f-70> |
B65 41232_ff44e2-03> |
F90 41232_2c6be5-f4> |
F112 41232_c9e2dc-90> |
Spindle Nose 41232_1e2ddb-58> |
A2-5 41232_a506a3-ec> |
A2-6 41232_6739f2-39> |
A2-8 41232_c545d8-bf> |
A2-8 41232_aa0054-af> |
Motor Power (Continuous) 41232_a8bde0-b5> |
15 kW (20 HP) 41232_7ccf2a-5c> |
15 kW (20 HP) 41232_4f3d1d-f9> |
15 kW (20 HP) 41232_eb8b5f-01> |
15 kW (20 HP) 41232_9645c3-39> |
Max. Spindle Speed 41232_0a846e-60> |
5,000 RPM 41232_5437b2-c9> |
4,000 RPM 41232_c324b6-cc> |
3,000 RPM 41232_07af38-23> |
2,500 RPM 41232_583f00-16> |
Counter Spindle 41232_df3cf8-fb> | 41232_8e200c-88> | 41232_9adc84-cc> | 41232_738fd3-8c> | 41232_f38da4-59> |
Collet Chuck Type 41232_c6ec6c-43> |
B42 (42mm thru) / B65 (65mm thru) / 6″ 3-Jaw Chuck (65mm thru) 41232_c0aecf-f2> |
B42 (42mm thru) / B65 (65mm thru) / 6″ 3-Jaw Chuck (65mm thru) 41232_51ecf8-0f> |
B42 (42mm thru) / B65 (65mm thru) / 6″ 3-Jaw Chuck (65mm thru) 41232_68da82-a2> |
B42 (42mm thru) / B65 (65mm thru) / 6″ 3-Jaw Chuck (65mm thru) 41232_60a341-59> |
Spindle Nose 41232_cfbc76-12> |
A2-5 41232_eba78d-1d> |
A2-5 41232_c4733d-60> |
A2-5 41232_9e3d6b-e4> |
A2-5 41232_9d88fe-33> |
Motor Power (Continuous/Peak) 41232_7e6075-71> |
7 kW (9.4 HP) / 10 kW (13.4 HP) 41232_cabb22-89> |
7 kW (9.4 HP) / 10 kW (13.4 HP) 41232_2a891a-19> |
7 kW (9.4 HP) / 10 kW (13.4 HP) 41232_b772d9-07> |
7 kW (9.4 HP) / 10 kW (13.4 HP) 41232_c579a5-ed> |
Max. Spindle Speed 41232_ec3db0-7b> |
5,000 RPM 41232_b16472-26> |
5,000 RPM 41232_2339ae-c2> |
5,000 RPM 41232_fb97c5-05> |
5,000 RPM 41232_18ce9d-2e> |
Z-Axis Slide Travel 41232_e5deec-03> |
450 mm (17.7″) 41232_3d19e4-3f> |
450 mm (17.7″) 41232_cd80af-28> |
450 mm (17.7″) 41232_ef7d93-38> |
450 mm (17.7″) 41232_3224e0-38> |
Slide Motor Power 41232_317e76-d4> |
2.3 kW (3.0 HP) 41232_506a1d-04> |
2.3 kW (3.0 HP) 41232_25080c-4b> |
2.3 kW (3.0 HP) 41232_0b7882-ea> |
2.3 kW (3.0 HP) 41232_968415-b1> |
Cross Slide 41232_82408e-c6> | 41232_a0fc2a-ca> | 41232_41c375-bf> | 41232_fd65c8-16> | 41232_7a5e18-22> |
X-Axis Travel (standard) 41232_78b5e3-ca> |
70 mm (2.76″) 41232_93f937-16> |
70 mm (2.76″) 41232_2c4912-57> |
70 mm (2.76″) 41232_3073e4-62> |
70 mm (2.76″) 41232_7dd5d0-55> |
X-Axis Travel (extended opt.) 41232_e8607a-f7> |
110 mm (4.33″) 41232_3aa548-cc> |
110 mm (4.33″) 41232_1dac3e-e5> |
110 mm (4.33″) 41232_71302d-33> |
110 mm (4.33″) 41232_334401-17> |
Z-Axis Travel 41232_d48263-8e> |
115 mm (4.53″) 41232_aeb707-f2> |
115 mm (4.53″) 41232_33a036-e1> |
115 mm (4.53″) 41232_75be75-c0> |
115 mm (4.53″) 41232_7ca2d5-e3> |
Motor Power 41232_584694-e1> |
0.5 kW (0.7 HP) 41232_79d654-c6> |
0.5 kW (0.7 HP) 41232_5cca46-39> |
0.5 kW (0.7 HP) 41232_6d139e-bc> |
0.5 kW (0.7 HP) 41232_50e6e7-6c> |
Rapid Traverse 41232_88788b-15> |
15 meters/min. (590″/min.) 41232_086f49-13> |
15 meters/min. (590″/min.) 41232_5c6415-bf> |
15 meters/min. (590″/min.) 41232_420334-44> |
15 meters/min. (590″/min.) 41232_edb461-ea> |
Max. Feed Rate 41232_0a2cb1-20> |
5 meters/min. (197″/min.) 41232_59b2e2-0c> |
5 meters/min. (197″/min.) 41232_05b22b-60> |
5 meters/min. (197″/min.) 41232_c82003-d0> |
5 meters/min. (197″/min.) 41232_614d51-f7> |
Turret Slide 41232_35f5eb-da> | 41232_d8a9fd-3d> | 41232_adb77b-9d> | 41232_2a6e7f-1e> | 41232_5eafe1-40> |
Tool Positions 41232_928fef-6a> |
8 41232_549d33-af> |
8 41232_6ae115-30> |
8 41232_405c0e-6f> |
8 41232_65d0f9-42> |
Tool Shank Type 41232_3c5111-4b> |
20mm (3/4″ square)/1″ (round)/VDI-30 41232_6134c0-2d> |
20mm (3/4″ square)/1″ (round)/VDI-30 41232_054da3-5a> |
20mm (3/4″ square)/1″ (round)/VDI-30 41232_c42700-ae> |
20mm (3/4″ square)/1″ (round)/VDI-30 41232_a25b80-ab> |
Indexing Time 41232_3cd2a7-13> |
0.4 sec. / 180° – 1.2 sec. 41232_b421a3-bc> |
0.4 sec. / 180° – 1.2 sec. 41232_f85a0a-3e> |
0.4 sec. / 180° – 1.2 sec. 41232_e2c5bb-56> |
0.4 sec. / 180° – 1.2 sec. 41232_7f5f64-d5> |
Live Motor Tool Power 41232_65ce6f-54> |
5 HP 41232_0d0017-69> |
5 HP 41232_0183c7-0c> |
5 HP 41232_57d06c-71> |
5 HP 41232_0d6ce6-32> |
Live Tool Max. Speed 41232_642919-74> |
3,000 RPM 41232_97f546-42> |
3,000 RPM 41232_e22ed2-04> |
3,000 RPM 41232_0e1a17-e4> |
3,000 RPM 41232_ba6374-e2> |
X-Axis Travel 41232_4bee4f-cd> |
175 mm (6.9″) 41232_001f8d-a7> |
175 mm (6.9″) 41232_cdbd89-2b> |
175 mm (6.9″) 41232_d3b664-94> |
175 mm (6.9″) 41232_584ec3-9f> |
Z-Axis Travel 41232_11c1a2-76> |
475 mm (18.7″) 41232_e849fc-01> |
475 mm (18.7″) 41232_f26952-64> |
475 mm (18.7″) 41232_e21d3f-4e> |
475 mm (18.7″) 41232_0c97d2-59> |
X/Z Axis Motor Power 41232_833eef-fc> |
2.3 kW (3.0 HP) 41232_e35fff-b4> |
2.3 kW (3.0 HP) 41232_9b5a95-d6> |
2.3 kW (3.0 HP) 41232_224fc6-12> |
2.3 kW (3.0 HP) 41232_abc240-27> |
Y-Axis Travel (opt.) 41232_8bcbee-82> |
±55 mm (±2.16″) 41232_390bc3-59> |
±55 mm (±2.16″) 41232_910838-07> |
±55 mm (±2.16″) 41232_41315b-8c> |
±55 mm (±2.16″) 41232_eed4bc-90> |
Y-Axis Motor Power 41232_ae3336-9a> |
1.5 kW (2.0 HP) 41232_3e1ae2-d3> |
1.5 kW (2.0 HP) 41232_81c0f0-ed> |
1.5 kW (2.0 HP) 41232_db5cf0-e8> |
1.5 kW (2.0 HP) 41232_283121-4b> |
Machine 41232_cd5edb-0e> | 41232_000884-4f> | 41232_ee832a-a2> | 41232_443d96-55> | 41232_07ddbc-81> |
Dimensions (LxWxH) 41232_1fd717-55> |
3185 x 1890 x 1875mm (125.4″ x 74.4″ x 74″) 41232_dfe5e5-95> |
3185 x 1890 x 1875mm (125.4″ x 74.4″ x 74″) 41232_d4af9d-b9> |
3185 x 1890 x 1875mm (125.4″ x 74.4″ x 74″) 41232_b307ed-55> |
3185 x 1890 x 1875mm (125.4″ x 74.4″ x 74″) 41232_d5e27e-8e> |
Weight 41232_38df73-d5> |
4,500 kg (10,000 lbs.) 41232_998ec8-c7> |
4,500 kg (10,000 lbs.) 41232_0cf47c-4a> |
4,700 kg (10,350 lbs.) 41232_39c7af-f5> |
4,700 kg (10,350 lbs.) 41232_8c3673-ec> |
Hydraulic Tank Capacity 41232_314bb9-17> |
30 L (8 gallons) 41232_2b0f3f-53> |
30 L (8 gallons) 41232_95dd1b-a1> |
30 L (8 gallons) 41232_7c2b91-fa> |
30 L (8 gallons) 41232_e1b5eb-60> |
Hydraulic Pump Motor 41232_fd03e9-39> |
1.5 kW (2.0 HP) 41232_7e5bf5-1c> |
1.5 kW (2.0 HP) 41232_cc323d-fc> |
1.5 kW (2.0 HP) 41232_0a4233-f3> |
1.5 kW (2.0 HP) 41232_f51cc5-e9> |
Coolant Tank Capacity 41232_6bded6-50> |
200 L (53 gallons) 41232_163871-3a> |
200 L (53 gallons) 41232_871b21-d2> |
200 L (53 gallons) 41232_7fda2f-8b> |
200 L (53 gallons) 41232_7f09c5-5f> |
Flood Coolant Motor 41232_f26fb5-bb> |
1.27 kW (1.7 HP) 41232_a27d11-06> |
1.27 kW (1.7 HP) 41232_0196fe-47> |
1.27 kW (1.7 HP) 41232_b2a579-c2> |
1.27 kW (1.7 HP) 41232_b44bac-b3> |
High Pressure Coolant Motor 41232_36d4e1-9c> |
2.2 kW (3 HP) 41232_656e8a-a7> |
2.2 kW (3 HP) 41232_a8eac4-0d> |
2.2 kW (3 HP) 41232_63d551-41> |
2.2 kW (3 HP) 41232_4ae934-9c> |
High Pressure Coolant Flow 41232_47ac10-44> |
18L/min. @ 70kg/cm2 (5 gal/min. @ 1,000 PSI 41232_26f289-f3> |
18L/min. @ 70kg/cm2 (5 gal/min. @ 1,000 PSI 41232_469eca-42> |
18L/min. @ 70kg/cm2 (5 gal/min. @ 1,000 PSI 41232_14a954-d8> |
18L/min. @ 70kg/cm2 (5 gal/min. @ 1,000 PSI 41232_dc5f57-3c> |
Lubrication Capacity 41232_ca39ef-3f> |
8 L Tank (15 cc / 15 sec.) 41232_c0c670-f2> |
8 L Tank (15 cc / 15 sec.) 41232_428bc7-0b> |
8 L Tank (15 cc / 15 sec.) 41232_620368-c9> |
8 L Tank (15 cc / 15 sec.) 41232_5778aa-ff> |
Total Power Used 41232_abf510-80> |
30 kVA 41232_8c7d51-f4> |
30 kVA 41232_6364e5-8c> |
38 kVA 41232_aa0065-6e> |
38 kVA 41232_51927c-f4> |
FAQs
How does screw machine speed compare to a LICO design?
The honest truth is that parts that have 0-15 second cycle times are not typically as fast with a LICO. Cycle times that are 15-30 seconds are sometimes just as fast as an Acme or Brown and Sharpe. But LICO is definitely the fastest when it comes to any part that has a 30-second or more cycle time. However, we have had reports from a few customers that tell us they have compared parts with cycle times at 0-15 seconds, and some ran faster on the LICO. So it boils down to part design and set up. That’s why a time study on the part is so very important. Absolute Machine Tools has Swiss lathes, mill/turn centers, and multi-slide CNC machines. We don’t favor one over the other, we favor the most cost-effective engineered solution because it gives the end user the best value.
What do customers say about LICO multi-slide CNC machines?
One customer in particular that has multiple LICO multi-slide CNC machines had a particular part that was running 8.5 seconds on their Acme screw machines. Absolute Machine Tools performed a time study, set the machine up in our showroom, and ran that same part. Our applications engineers were able to run the part achieving a 200-300% throughput increase resulting in 3x reduction in manpower. The savings in manpower alone afforded them multiple new machine purchases. The customer had been utilizing one operator per Acme machine, hand-deburring each part, and washing and packing them for shipment. The operators were also having to load the machines with material so frequently that it was resulting in spindle utilization time just under 50%. Today those 1.5 operators are now tending 5 LICO machines. Quantifying a savings of 3.5 operators and a 200-300% throughput rate has afforded the customer the ability to justify additional LICO machines. Throughput is putting good parts in the pan at the end of the day. It doesn’t do a shop any good to run parts it can’t sell. The ability to combine CNC quality, multiple cuts simultaneously in material, and dropping parts totally complete greatly benefits and their ROI.
Why not use a tumbler to debur?
Tumblers work as well, especially when deburring the OD of a part. But what about when a customer’s parts needed to debur the ID? Even if you use small media in the tumbler to do this, it’s not as effective, and sometimes the small media gets stuck in the parts or rolls the bur to the end of the ID. Being able to cut the ID without leaving and burrs or marks is the best solution.
Why not consider a Hydromat-style CNC machine over a CNC screw machine?
Hydromat machines are best used for parts that are under ½”. They are good machines but not inexpensive. However, if running lights out or 3 shifts, the more complex the work gets, the better chance of that making economic sense. This is when a time study makes a lot of sense because there are shops that have taken very inexpensive Swiss machines and moved some of their 00 work to them.
How do you calculate an ROI for CNC screw machines?
Being able to perform an ROI for a customer is key in making the argument to buy a new CNC machine from Absolute Machine Tools. Over the years, our production turning applications engineering team has developed in-depth spreadsheets. First, we calculate the cost of running the current job on the customer’s machine using their hours and dollars. Then, we calculate the cost of running the part in one, two, or even three operations, or however many ops it currently takes them to complete the part. We’ll calculate spindle utilization time as well. Next, we use this information to calculate the same on our production turning products in a one-and-done scenario. That way a customer can clearly see in black and white, using data they supplied, how our machine and process can return a healthy ROI. Once we present real numbers, they have the opportunity to act upon it or not. Some people reading this will say that it is easy for us to manipulate our numbers in our favor. However, it does no behoove us to manipulate the numbers just to sell one or many machines. Our job is to educate customers about the different solutions. If the current solution doesn’t pencil out, we can always go back and look at a different type of machine. Our goal is a satisfied customer who outperforms everybody else.
In Stock and Ready for Immediate Delivery
Power specifications can change without prior notice. Mitsubishi CNC Controls are standard, FANUC and Siemens CNC Controls are optional.