▪	Optimized for multi-cavity insert molding
▪	Machine structure optimized for specific molding requirements
▪	High-sensitivity mold protection
▪	Cycle time reduction via high-speed pressure buildup
▪	Enhanced safety by separating molding and takeout positions
▪	Hybrid configuration of vertical clamping and horizontal injection for specialized tasks
▪	Improved productivity and stability with a side-to-side slide system (CS SERIES)

Injection Unit
Model		CS25	CS45		VR60H		VR85H		VR150H		VR200H
Item	Unit
Injection Unit	type	Horizontal
Screw type	type	A	A	B	A	B	A	B	A	B	A	B
Screw diameter	mm	22	36	40	36	40	36	40	45	50	55	60
Injection Weight (PS)	g	17	111	137	111	137	111	137	317	392	540	642
Calculated Injection Vol.	cm³	19	122	150	122	150	122	150	349	431	593	706
Injection Pressure	kg/cm³	1247	1840	1491	1840	1491	1840	1491	1919	1554	1833	1540
Injection Rate	cm³/sec	57	91	112	91	112	91	112	134	165	226	269
Plasticizing Capacity	kg/hr	13.6	50	67	50	67	50	67	79	100	145	183
Screw Speed	rpm	0~300	0~231		0~231		0~231		0~198		0~213

Clamping Unit
Model		CS25	CS45	VR60H	VR85H	VR150H	VR200H
Item	Unit	Slide(Bed)	Slide(Bed)	Table	Table	Table	Table
Clamping Unit	type	Vertical
Clamping System	type	Frame	Frame	Tie bar	Tie bar	Tie bar	Tie bar
Clamping Force	ton	25	45	60	85	150	200
Opening Stroke	mm	150	185	280	250	370	370
Min. Mold Thickness	mm	190	235	235	250	250	380
Bottom Mold Thickness	mm	110	150	150	150	150	250
Max. Mold Thickness	mm	340	420	515	500	620	750
Slide Platen Stroke	mm	450	450	-	-	-	-
Slide Platen Size	mm	900ｘ260	900ｘ340	-	-	-	-
Bed Platen Size	mm	630ｘ260	630ｘ340	-	-	-	-
Ejector Stroke	mm	60	60	60	60	70	70
Table Diameter	mm	-	-	1000	1100	1170	1370

General
Model		CS25	CS45	VR60H	VR85H	VR150H	VR200H
Item	Unit
Heater Capacity	kW	2.2	5.8	5.8	6.9	7.5	11.95
Pump Motor Capacity	kW	7.5	11	11	18.5	22	30
Total Wattage	kW	10.9	18	18	26.6	30.7	43.15
Oil Tank Capacity	ℓ	200	300	300	350	350	600
Machine Size	m	1.9ｘ1.7ｘ2.0	2.6ｘ1.7ｘ2.1	3.1ｘ1.4ｘ2.0	3.3ｘ1.6ｘ2.0	3.7ｘ2.0ｘ3.1	4.1ｘ2.1ｘ3.2
Machine Weight	ton	2.8	4.1	4.2	5.0	10.5	14
Water Requirement	ℓ/min	20	30	30	38	44	60

•	Calculated Injection Volume = Cross-sectional area of screw x Screw stroke
•	Injection Weight = Calculated injection volume x Material constant
•	Total Power Capacity = Heater capacity + Motor capacity + Control power capacity
•	Cooling water consumption is for the injection molding process; mold cooling requirements are not included.
•	The figures in the above table are subject to change without prior notice due to continuous research and development.
•	Hybrid system available upon separate consultation.

▪	Optimized for multi-cavity insert molding
▪	Machine structure optimized for specific molding requirements
▪	High-sensitivity mold protection
▪	Cycle time reduction via high-speed pressure buildup
▪	Enhanced safety by separating molding and takeout positions
▪	Innovative structure with vertical clamping and injection for versatile part sizing
▪		Improved productivity and stability with a side-to-side slide system (CS SERIES)

Injection Unit
Model		VS/VB30		VS/VB60		VS/VB85		VS/VB150		VS/VB220
Item	Unit
Injection Unit	type	Vertical
Screw type	type	A	B	A	B	A	B	A	B	A	B
Screw diameter	mm	25	28	28	32	36	40	45	50	55	60
Injection Weight (PS)	g	45	56	67	88	137	169	318	392	480	571
Calculated Injection Vol.	cm³	49	61.5	73.8	96.5	150	186	349	431	527	627
Injection Pressure	kg/cm³	2329	1857	1857	1422	1840	1491	1919	1554	1833	1540
Injection Rate	cm³/sec	39	49	91	112	91	112	134	165	226	269
Plasticizing Capacity	kg/hr	16	19	50	67	50	67	79	100	145	183
Screw Speed	rpm	0~240		0~231		0~231		0~198		0~213

Clamping Unit
Model		VS/VB30	VS/VB60	VS/VB85	VS/VB150	VS/VB220
Item	Unit	Slide/Bed	Slide/Bed	Slide/Bed	Slide/Bed	Slide/Bed
Clamping Unit	type	Vertical
Clamping System	type	Tie Bar
Clamping Force	ton	30	60	85	150	220
Opening Stroke	mm	260	280	250	330	300
Min. Mold Thickness	mm	160	180	250	300	350
Max. Mold Thickness	mm	420	460	500	630	650
Tie-bar Clearance	mm	270ｘ295 270ｘ270	350ｘ350 350ｘ350	330ｘ470 470ｘ330	400ｘ460	460ｘ610 610ｘ450
Platen Size	mm	410ｘ435 410ｘ410	520ｘ520 515ｘ515	500ｘ640 640ｘ500	625ｘ685 685ｘ625	730ｘ890 890ｘ730
Slide Platen Size	mm	900ｘ265	1050ｘ340	1100ｘ460	1200ｘ460	1400ｘ600
Slide Platen Stroke	mm	450 -	500 -	550 -	600 -	700 -
Ejector Stroke	mm	60	60	65	80	110

General
Model		VS/VB30	VS/VB60	VS/VB85	VS/VB150	VS/VB220
Item	Unit
Heater Capacity	kW	2.7	3.5	6.3	7.8	9.7
Pump Motor Capacity	kW	7.5	11	18.5	22	30
Total Wattage	kW	11.4	15.7	26	31	40.9
Oil Tank Capacity	ℓ	250	300	350	350	500
Machine Size (L x W x H)	m	1.3ｘ1.8ｘ2.9[2.4] 1.3ｘ1.3ｘ2.9[2.3]	1.6ｘ2.0ｘ3.2[2.6] 1.4ｘ1.4ｘ3.1[2.4]	1.7ｘ2.0ｘ3.6[2.9] 1.5ｘ1.5ｘ3.5[2.8]	1.8ｘ2.2ｘ4.5 1.8ｘ1.9ｘ4.6	2.2ｘ2.6ｘ5.0[4.1] 2.2ｘ2.2ｘ5.0[4.0]
Machine Weight	ton	3.2	3.6	4.3	7.5	10.5 10.0
Water Requirement	ℓ/min	20	30	38	44	60

•	Calculated Injection Volume = Cross-sectional area of screw x Screw stroke
•	Injection Weight = Calculated injection volume x Material constant
•	Total Power Capacity = Heater capacity + Motor capacity + Control power capacity
•	Cooling water consumption is for the injection molding process; mold cooling requirements are not included.
•	The figures in the above table are subject to change without prior notice due to continuous research and development.
•	Hybrid system available upon separate consultation.

▪	Optimized for multi-cavity insert molding
▪	Machine structure optimized for specific molding requirements
▪	High-sensitivity mold protection
▪	Cycle time reduction via high-speed pressure buildup
▪	Enhanced safety by separating molding and takeout positions
▪	Superior high-speed rotation and positioning repeatability via Servo-driven rotary table control
▪	Enhanced positioning repeatability via table lock pin mechanism

Injection Unit
Model		VR30		VR60		VR85		VR110
Item	Unit
Injection Unit	type	Vertical
Screw type	type	A	B	A	B	A	B	A	B
Screw diameter	mm	25	28	28	32	36	40	36	40
Injection Weight (PS)	g	45	56	67	88	111	137	111	137
Calculated Injection Vol.	cm³	49	61.5	73.8	96.5	122	150	122	150
Injection Pressure	kg/cm³	2329	1857	1857	1422	1483	1201	1483	1201
Injection Rate	cm³/sec	39	49	67	87	123	152	123	152
Plasticizing Capacity	kg/hr	16	19	24	29	56	75	56	75
Screw Speed	rpm	0~240		0~250		0~250		0~250

Clamping Unit
Model		VR30	VR60	VR85	VR110
Item	Unit	Table	Table	Table	Table
Clamping Unit	type	Vertical
Clamping System	type	Tie Bar
Clamping Force	ton	30	60	85	110
Opening Stroke	mm	260	280	250	300
Min. Mold Thickness	mm	160	180	250	300
Max. Mold Thickness	mm	420	460	500	600
Rotary Table Diameter	mm	860	1000	1150	1300
Ejector Stroke	mm	60	60	70	80

General
Model		VR30	VR60	VR85	VR110
Item	Unit
Heater Capacity	kW	2.7	3.5	7.5	7.5
Pump Motor Capacity	kW	7.5	11	18.5	18.5
Total Wattage	kW	11.4	15.7	33	33.8
Oil Tank Capacity	ℓ	250	300	350	350
Machine Size (L x W x H)	m	2.0ｘ1.4ｘ2.9[2.3]	2.0ｘ1.5ｘ3.2[2.6]	2.2ｘ1.6ｘ3.6[2.9]	2.2ｘ1.9ｘ4.0[3.2]
Machine Weight	ton	3.2	3.5	4.7	7.0
Water Requirement	ℓ/min	20	30	38	38

•	Calculated Injection Volume = Cross-sectional area of screw x Screw stroke
•	Injection Weight = Calculated injection volume x Material constant
•	Total Power Capacity = Heater capacity + Motor capacity + Control power capacity
•	Cooling water consumption is for the injection molding process; mold cooling requirements are not included.
•	The figures in the above table are subject to change without prior notice due to continuous research and development.
•	Hybrid system available upon separate consultation.

▪	Optimized for multi-cavity insert molding
▪	Machine structure optimized for specific molding requirements
▪	High-sensitivity mold protection
▪	Cycle time reduction via high-speed pressure buildup
▪	Enhanced safety by separating molding and takeout positions
▪	Innovative structure with vertical clamping and injection for versatile part sizing
▪	Improved productivity and stability with a side-to-side slide system (VS SERIES)

Injection Unit
Model		VS/VB85H		VS/VB150H		VB180H		VB350H
Item	Unit
Injection Unit	type	Horizontal
Screw type	type	A	B	A	B	A	B	A	B
Screw diameter	mm	36	40	45	50	45	50	55	60
Injection Weight (PS)	g	137	169	318	392	318	392	539	642
Calculated Injection Vol.	cm³	150	186	349	431	349	431	593	706
Injection Pressure	kg/cm³	1840	1491	1919	1554	1919	1554	1833	1540
Injection Rate	cm³/sec	91	112	134	165	134	165	227	270
Plasticizing Capacity	kg/hr	50	67	79	100	79	100	145	183
Screw Speed	rpm	0~231		0~198		0~198		0~250

Clamping Unit
Model		VS/VB85H	VS/VB150H	VB180H	VB350H
Item	Unit	Slide/Bed	Slide/Bed	Bed	Bed
Clamping Unit	type	Vertical
Clamping System	type	Tie Bar
Clamping Force	ton	85	150	180	350
Opening Stroke	mm	250	370	370	500
Min. Mold Thickness	mm	250	250	330	380
Bottom Mold Thickness	mm	150	150	170	250
Max. Opening Stroke	mm	500	620	700	880
Tie-bar Clearance	mm	330ｘ470 470ｘ330	400ｘ460 460ｘ400	460ｘ400	1400ｘ450
Platen Size	mm	500ｘ640 640ｘ500	625ｘ685 685ｘ325	695ｘ635	1760ｘ810
Slide Platen Size	mm	1100ｘ460 -	1200ｘ456 -	-	-
Ejector Stroke	mm	60	80	80	120

General
Model		VS/VB85H	VS/VB150H	VB180H	VB350H
Item	Unit
Heater Capacity	kW	6.9	7.5	7.5	10
Pump Motor Capacity	kW	18.5	22	22	37
Total Wattage	kW	26.6	30.7	30.7	50.2
Oil Tank Capacity	ℓ	350	380	380	800
Machine Size (L x W x H)	m	3.1ｘ2.0ｘ2.1	3.1ｘ2.2ｘ2.8	3.1ｘ2.2ｘ2.8	3.7ｘ2.2ｘ3.8
Machine Weight	ton	4.8	6.8	7.0	16.0
Water Requirement	ℓ/min	38	44	48.4	74

•	Calculated Injection Volume = Cross-sectional area of screw x Screw stroke
•	Injection Weight = Calculated injection volume x Material constant
•	Total Power Capacity = Heater capacity + Motor capacity + Control power capacity
•	Cooling water consumption is for the injection molding process; mold cooling requirements are not included.
•	The figures in the above table are subject to change without prior notice due to continuous research and development.
•	Hybrid system available upon separate consultation.

LPIM Machine

▪	Injection
-	Injecting molten resin at precise pressure and volume after kneading at optimal temperatures

▪	Bolster & Moving unit
-	Device for mounting the lower mold
-	Installed on both left and right sides, centered on the machine's axis
-	Hydraulic motor-driven transfer unit for lateral (left/right) movement

VB500H