Optimi Provisores Scaenae Rotantis Cavae, Officina

Categoriae Productorum

Producta Insignia

Modulus Rotarius Bidimensionalis YKDR40 Momenti Magni ad Motum Axis AB Robotici

Modulus Rotarius Bidimensionalis Praecisionis Axis AB YKDR30 – Systema Gradatorium Biaxiale Compactum

Platea Rectificationis XXY Altae Praecisionis YK-XXY200170P-5-32105

Kaifull PD Centrum Impulsus Planus Taeniae Conveyor | Potentia Aequilibrata ad Tractationem Praecisam (Certificatio ISO/CE)

Kaifull PD Taenia Plana Capite Agitata Retroilluminata | LED Integrata ad Inspectionem Praecisam (Certificata ISO/CE)

Taenia Transportatoria Motore Incorporata | Kaifull PQ Aureum Anodizatum ISO/CE

Cingulum Transportatorem Planum A Centro Impulsum | Kaifull PG Adaptabile Certificatum ISO/CE

Convector Cinguli Pleni Capite Impulsus | PF ISO/CE Certificatus, Velocitatis Lentae

Taenia Transportatoria Plana Capite PE Impulsa | Systema Multi-Potentiae Adaptabile (Certificatum ISO/CE)

QH Taenia Transportatoria Plana Duplicis Ordinis, Medio Impulsa | Systema Duplicis Cursus Adaptabilis (Certificatum ISO/CE)

0102III0405

scaena-cava-rotativa-1 Scaena Rotans Cava

Axis ingressus integratus, magna rigiditas oneris ferens, nullum periculum labendi

Constructio partium ordinariarum, horas designandi reductae, libera integratio directionis institutionis, filorum electricorum conservatio 50%, spatium instrumentorum conservans, suggestus rotans cava magni diametri breviter distribui potest, responsio sensibilis fistularum, positio brevis temporis, celeritas lenta vibrationem humilem servat, nulla microvibratio, nulla adaptatio amplificationis.

Alta praecisio, vibratio humilis, imago clarior

(Ad customizationem sustinendam, nobiscum communicare)

Modellum	Magnitudo/mm	Ratio reductionis	Typus motoris	Diameter axis (Ø)	Momentum emissum (N·m)	Onus axiale maximum	Vis radialis (N·m)	Celeritas Emissionis (rpm)	Accuratio positionis	Accuratio repetitionis (arcus)

YKW60F-10A1	sexaginta	decem	Motor gradualis integratus 42 circuitus aperti	XXVIII	quinque	Pondus (kg)	quinque	CXX	≤3	≤±15
YKW60F-10A2	sexaginta	decem	Motor gradualis integratus incrementi 42, circuli clausi	XXVIII	quinque	decem	quinque	CXX	≤3	≤±15
YKW60F-10A3	sexaginta	decem	Motor gradualis absolutus 42 integratus	XXVIII	quinque	decem	quinque	CXX	≤3	≤±15
YKW60K-5T1	sexaginta	quinque	φ = 8, PCD = φ 43.8, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-10T1	sexaginta	decem	φ = 8, PCD = φ 43.8, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-5T2	sexaginta	quinque	φ = 8, PCD = φ 48, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-10T2	sexaginta	decem	φ = 8, PCD = φ 48, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-5V1	sexaginta	quinque	φ = 8, PCD = φ 45, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-10V1	sexaginta	decem	φ = 8, PCD = φ 45, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-15V1	sexaginta	XV	φ = 8, PCD = φ 45, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-5V2	sexaginta	quinque	φ = 8, PCD = φ 46, M = M4	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60K-10V2	sexaginta	decem	φ = 8, PCD = φ 46, M = M4	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60R-15T1	sexaginta	XV	φ = 8, PCD = φ 43.8, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤8	≤±30
YKW60R-10V1	sexaginta	decem	φ = 8, PCD = φ 45, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60R-15V1	sexaginta	XV	φ = 8, PCD = φ 45, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤8	≤±30
YKW60R-10V2	sexaginta	decem	φ = 8, PCD = φ 46, M = M4	XXVIII	quinque	decem	quinque	ducenti	≤3	≤±15
YKW60R-15V2	sexaginta	XV	φ = 8, PCD = φ 46, M = M4	XXVIII	quinque	decem	quinque	ducenti	≤8	≤±30
YKW60P-20T1	sexaginta	viginti	φ = 8, PCD = φ 43.8, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤5	≤±15
YKW60P-20V1	sexaginta	viginti	φ = 8, PCD = φ 45, M = M³	XXVIII	quinque	decem	quinque	ducenti	≤5	≤±15
YKW85F-18A1	LXXXV	XVIII	Motor gradualis integratus 42 circuitus aperti	XXXIII	3.2	viginti	decem	ducenti	≤3	≤±15
YKW85F-18A2	LXXXV	XVIII	Motor gradualis integratus incrementi 42, circuli clausi	XXXIII	3.2	viginti	decem	ducenti	≤3	≤±15
YKW85F-18A3	LXXXV	XVIII	Motor gradualis absolutus 42 integratus	XXXIII	3.2	viginti	decem	ducenti	≤3	≤±15
YKW85K-10T1	LXXXV	decem	φ = 8, PCD = φ 66.67, M = M4	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-5T2	LXXXV	quinque	φ = 14, PCD = φ 70, M = M5	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-10T2	LXXXV	decem	φ = 14, PCD = φ 70, M = M5	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-5V1	LXXXV	quinque	φ = 14, PCD = φ 70, M = M4	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-10V1	LXXXV	decem	φ = 14, PCD = φ 70, M = M4	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-15V1	LXXXV	XV	φ = 14, PCD = φ 70, M = M4	XXXIII	viginti	triginta	viginti	ducenti	≤8	≤±30
YKW85K-50V1	LXXXV	quinquaginta	φ = 14, PCD = φ 70, M = M4	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85K-5V2	LXXXV	quinque	φ = 14, PCD = φ 70, M = M5	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-10V2	LXXXV	decem	φ = 14, PCD = φ 70, M = M5	XXXIII	viginti	triginta	viginti	ducenti	≤3	≤±15
YKW85K-15V2	LXXXV	XV	φ = 14, PCD = φ 70, M = M5	XXXIII	viginti	triginta	viginti	ducenti	≤8	≤±30
YKW85K-50V2	LXXXV	quinquaginta	φ = 14, PCD = φ 70, M = M5	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85R-15T1	LXXXV	XV	φ = 8, PCD = φ 66.67, M = M4	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85R-15T2	LXXXV	XV	φ = 14, PCD = φ 70, M = M5	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85R-15V1	LXXXV	XV	φ = 14, PCD = φ 70, M = M4	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85R-20V1	LXXXV	viginti	φ = 14, PCD = φ 70, M = M4	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85R-15V2	LXXXV	XV	φ = 14, PCD = φ 70, M = M5	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85R-20V2	LXXXV	viginti	φ = 14, PCD = φ 70, M = M5	XXXIII	decem	triginta	viginti	ducenti	≤8	≤±30
YKW85P-20T2	LXXXV	viginti	φ = 14, PCD = φ 70, M = M5	XXXIII	Duodecim	triginta	triginta	ducenti	≤5	≤±20
YKW85P-20V1	LXXXV	viginti	φ = 14, PCD = φ 70, M = M4	XXXIII	Duodecim	triginta	triginta	ducenti	≤5	≤±20
YKW130K-10T1	130	decem	φ = 8, PCD = φ 66.67, M = M4	LXII	45	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-18T1	130	XVIII	φ = 8, PCD = φ 66.67, M = M4	LXII	viginti	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-10T2	130	decem	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-18T2	130	XVIII	φ = 14, PCD = φ 70, M = M5	LXII	viginti	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-30T2	130	triginta	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130K-10V1	130	decem	φ = 14, PCD = φ 70, M = M4	LXII	45	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-18V1	130	XVIII	φ = 14, PCD = φ 70, M = M4	LXII	viginti	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-30V1	130	triginta	φ = 14, PCD = φ 70, M = M4	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130K-50V1	130	quinquaginta	φ = 14, PCD = φ 70, M = M4	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130K-10V2	130	decem	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-18V2	130	XVIII	φ = 14, PCD = φ 70, M = M5	LXII	viginti	centum	sexaginta	ducenti	Tres	≤±15
YKW130K-30V2	130	triginta	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130K-50V2	130	quinquaginta	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-18T1	130	XVIII	φ = 8, PCD = φ 66.67, M = M4	LXII	viginti	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-30T1	130	triginta	φ = 8, PCD = φ 66.67, M = M4	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-18T2	130	XVIII	φ = 14, PCD = φ 70, M = M5	LXII	viginti	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-30T2	130	triginta	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-18V1	130	XVIII	φ = 14, PCD = φ 70, M = M4	LXII	viginti	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-30V1	130	triginta	φ = 14, PCD = φ 70, M = M4	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-50V1	130	quinquaginta	φ = 14, PCD = φ 70, M = M4	LXII	45	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-18V2	130	XVIII	φ = 14, PCD = φ 70, M = M5	LXII	viginti	centum	sexaginta	ducenti	VIII	≤±30
YKW130R-30V2	130	triginta	φ = 14, PCD = φ 70, M = M5	LXII	45	centum	sexaginta	ducenti	VIII	≤±30